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South West Regional Assembly
Infrastructure Planning Advice Note
August 2008
South West Regional Assembly SWRA Regional Infrastructure Infrastructure Planning Advice Note Black
South West Regional Assembly SWRA Regional Infrastructure Infrastructure Planning Advice Note
August 2008
This report takes into account the
particular instructions and requirements
of our client.
It is not intended for and should not be
relied upon by any third party and no
responsibility is undertaken to any third
party
Ove Arup & Partners Ltd
The Arup Campus, Blythe Gate, Blythe Valley Park,
Solihull, West Midlands. B90 8AE
Tel +44 (0)121 213 3000 Fax +44 (0)121 213 3001 www.arup.com Job number 207067
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South West Regional Assembly SWRA Regional InfrastructureInfrastructure Planning Advice Note
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Contents
Page
Executive Summary 1
1 Introduction 9
1.1 Purpose of the advice note 9
1.2 The relationship between the spatial and infrastructure planning processes 10
1.3 Use of case studies 13
1.4 Regional Infrastructure Coordination Database 13
1.5 Structure of this report 15
2 Establishing a Framework for Infrastructure Planning 17
2.1 The Role of the Local Planning Authority 17
2.2 Determining the status and scope of the infrastructure delivery plan 19
2.3 Adopting a partnership approach 23
2.4 Defining a sub-regional geography for infrastructure planning 25
3 Identifying Infrastructure Need & Service Options 27
3.1 Steps for defining infrastructure need 27
3.2 Relating infrastructure need to the vision for an area 28
3.3 Contingency planning 31
3.4 Define infrastructure planning growth test scenarios 31
3.5 Option generation to test infrastructure solutions 33
3.6 Working with utility providers on evidence base development 36
3.7 Formalising the vision –structures and plans 41
4 Undertaking Infrastructure Costings 45
4.1 Costing methodologies 46
4.2 Sensitivity testing and cost review 54
4.3 Whole Life Costing 54
4.4 Future proofing the cost of infrastructure 55
4.5 Alignment with the Development Plan 56
5 Prioritisation & Monitoring of Infrastructure Needs 57
5.1 Development of criteria for infrastructure delivery plan prioritisation 58
5.2 Monitoring the delivery plan and risk management 60
6 Financing of Infrastructure 61
6.1 Background to the financing problem 61
6.2 Matching finance with type of infrastructure need 62
6.3 Developing a framework for considering funding options 63
7 Understanding the Scope for Developer Contributions Towards Infrastructure Funding 65
7.1 Residual Values and the funding of infrastructure 65
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7.2 Utilising Residual Appraisals 66
7.3 Residual appraisal scenarios 69
7.4 Scenario residual appraisal results 74
7.5 Conclusions from the residual appraisal scenarios 82
8 Capturing Development Value: Developing Planning Obligations Policy & Emergent
Approaches to establishing a Community Infrastructure Levy 84
8.1 Current use of Planning Obligations 84
8.2 Case studies – Planning Obligation policy development 85
8.3 Emerging approaches to the Community Infrastructure Levy 87
9 Alternative Finance Options 92
9.1 Deficiencies in local financial mechanisms to fund infrastructure 93
9.2 Creating local financial freedoms 94
9.3 Securing greater financial freedoms over the longer term 99
9.4 Forward funding - the South West Regional Infrastructure Fund 100
9.5 Global investment funds 102
10 Capacity Development for Local Authorities 103
10.1 Major Development Peer Review Events 104
10.2 Resourcing skills needs 104
10.3 Dedicated Delivery Vehicles 106
11 Conclusions: The Infrastructure Challenge & Key Principles for an Integrated Planning
Approach 109
11.1 Sharing of experience across the region and areas for further research 110
Appendices
Appendix A
Key Themes & Trends in Infrastructure Provision
A1 Public Capital Expenditure in the South West – A Baseline
A2 Government Proposals for Integrated Regional Strategies
A2.1 Supporting economic development
A2.2 The Planning White Paper – Nationally Significant Infrastructure Projects
Appendix B
Sources of Information on Infrastructure Performance Requirements
Appendix C
Whole Life Costing & Exploring Infrastructure Service Models
C1 Whole Life Costing
C2 Exploring Service Model Assumptions & Options
Appendix D
Infrastructure Standards
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Appendix E
Sources of Finance That Will Require Primary Legislation
Appendix F
Dedicated Delivery Vehicles: Summary Table
Appendix G
Definitions of Strategic Infrastructure
G1 South East RSS Implementation Plan & Milton Keynes Business Plan.
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Executive Summary
The advice note is directed towards helping Local Planning Authorities (LPAs) in the South West to
prepare Infrastructure Delivery Plans. It presents an outline process that can be followed, while
acknowledging that different councils and partner organisations will not be starting afresh. The
advice note has been prepared mindful of a range of existing and emerging requirements upon
LPAs:
• Revisions to Planning Policy Statement 12 that promote the integration of development
planning and infrastructure planning.
• Requirements for robust business cases to unlock sources of funding for infrastructure.
• A need to consider the sustainability of infrastructure options and service models.
• Proposals that a partnership approach to infrastructure planning is adopted to enable
cross-boundary and cross-sectoral working.
In order to fulfil requirements under PPS12, it is suggested that the evidence base for infrastructure
delivery plans should be recorded in ‘live’ databases and the information visualised through the links
to Geographical Information Systems (GIS) to enable improved analysis of information and frequent
review. At the time of this note’s publication, the Regional Planning Body (RPB) is in the process of
establishing a Regional Infrastructure Coordination Database, which provides an example of and
template for such an approach.
The sequencing of the stages in infrastructure delivery plan preparation,and the integration with the
local development framework (LDF) process, is illustrated in the diagram below:
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The structure of the advice note broadly relates to the infrastructure planning stages shown in the
diagram. Key observations relating to each of these stages are outlined below.
Establishing a framework for infrastructure planning
Prior to embarking on a detailed infrastructure planning process, it is recommended that the LPA
takes a step back to establish an appropriate framework for the task. Key points are:
• The requirements of PPS12 and the ability to collect developer contributions mean that
the LPA will have a central role in the process. However the promotion of the task at
the corporate level of the council is appropriate taking account of the multiple service
delivery functions of the wider LA and its role as ‘community leader’.
• Infrastructure Delivery Plans are required as evidence base to support the core strategy
and planning obligations Supplementary Planning Documents. A robust evidence base
will depend on the periodic updating of costs and reappraisal of financing options as
infrastructure programmes and individual projects progress. A flexible, readily updated
form of document may therefore be considered the most appropriate solution.
• A partnership approach to infrastructure planning led at the corporate level is advocated
to ensure that planning is undertaken at the appropriate functional and geographic scale
and so that potential interlinkages between infrastructure sectors can be explored by
delivery agencies. Local authorities should explore opportunities the benefits of a
common approach to infrastructure planning with neighbouring councils. The process
should be led corporately. Collaboration between sub-regional partnerships will also be
required to ensure that matters relating to regionally significant infrastructure networks
are addressed.
• PPS12 requires that the infrastructure planning process should identify, as far as
possible, responsibilities for the delivery of infrastructure programmes and individual
projects. In response to this, the RPB will explore with LPA’s where they can assist by
working with the relevant regional delivery agencies and service providers to outline the
benefits of a collaborative business planning approach and draw up 'statements of
commitment' or formal agreements with infrastructure providers and agencies to enable
them to provide evidence to support the RSS and Core Strategy preparation.
Identifying infrastructure need and service options
Infrastructure Delivery Plans must be integrated with the overall vision for an area as expressed in
its Sustainable Community Strategy and Core Strategy. This vision will need to be unpicked to
identify the critical and placemaking infrastructure requirements required to achieve the vision over
the term of the plan. Key performance indicators for infrastructure can be determined by
undertaking a review of existing plans and strategies and through consideration of the needs and
aspirations of a community.
As part of the infrastructure planning process, it is recommended that alternative scenarios which
reflect the overall vision are used to determine critical thresholds for infrastructure delivery. The
scenarios should test alternative rates of household and job growth as well as variances in
demographic profile to analyse the effects on the timing of infrastructure provision and service
demand.
The scale and nature of the infrastructure solutions required will depend on the location of major
development within a local authority area, the assumed service model and the decision as to
whether conventional or low carbon solutions are adopted. The infrastructure planning process
therefore provides an appropriate forum for integrated decision making around the application of
climate change mitigation measures to land use planning, the testing of new infrastructure delivery
models and funding mechanisms, and the exploration of linkages and feedback loops between
infrastructure sectors.
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Comprehensive and integrated infrastructure planning cannot be undertaken without knowledge of
water, wastewater, and energy requirements. Understanding the structure of the utility industries,
the nature of the forecasting activities of these companies and the information they prepare as a
matter of course provides a good basis for further engagement. The challenges set by the Code for
Sustainable Homes, as well as other strengthened environmental standards, will impact upon the
decisions and operations of LPAs and utility providers alike providing the motivation for more
collaborative approach to forward planning than has taken place in the past.
Undertaking infrastructure costings
A pragmatic approach will be needed to produce costings of infrastructure which uses benchmarking
information, until such time as feasibility funding can be secured to undertake design work. This
reinforces the need to treat the Infrastructure Delivery Plan as a “living document” that can be
updated readily as more detailed data becomes available without prejudicing the formalised plan
making process. At each stage of the development plan, confidence levels are likely to increase
making it possible to move from the use of aggregate expenditure data to costs based on outline
designs.
For each type of infrastructure, an assessment will need to be made as to which costing
methodology is most appropriate out of the following:
• Expenditure approach.
• Reference case approach.
• Standards based ‘top down’ approach.
• Baseline capacity assessment ‘bottom up’ approach.
• Modelling / design approach.
These approaches can be supplemented with sensitivity testing to investigate the affects of costing
parameters, including inflation and “optimism bias”. An unviable unit cost should trigger a review of
the process used to derive the initial costs including, if necessary, the exploration of alternative ways
or contingency plans for delivering the same infrastructure outcomes.
The Treasury promotes the use of the whole life costing approach, a technique that shows the flow
of costs associated with a particular type of infrastructure over its economic life span. Accounting
for ease of maintenance, the need for an upgrade in performance and decommissioning are material
considerations to the cost of an investment and can change the ultimate investment decision. For
example, a lot of sustainable construction design can involve a higher capital outlay at the start of a
project’s life, but potentially reduced expense in on going operation and maintenance.
Prioritisation and monitoring of infrastructure needs
The ability to raise planning obligations provides LPAs with an important, discretionary tool for
raising finance towards infrastructure provision across a range of sectors. The inherent flexibility of
developer contributions are likely to place LPAs in the position of having to promote a prioritisation
process as the scope of demands on planning obligations increases. Financial resources will rarely
meet all the identified needs for infrastructure and there will inevitably be a requirement to phase
and prioritise projects across an area. As a result, a qualitative framework and a decision-making
body will need to be defined to prioritise between geographical areas, categories of infrastructure
and individual projects.
Considerations that could form the basis for prioritisation criteria include:
• Strategic fit with regional, sub regional and local strategies;
• Significance to the realisation of a wider vision;
• Deliverability/ robustness;
• Value for money; and
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• Contribution to critical interdependencies & sequencing of development activity
At this stage in the process projects are being prioritised within the Infrastructure Delivery Plan
rather than being formally appraised for funding approval so judgements may be subject to change
when more detail becomes available. The Infrastructure Delivery Plan will need to be managed and
monitored carefully on a regular basis to ensure that the plan is up to date, critical milestones are
reached and key infrastructure is in place at the appropriate time to enable sustainable
development. A monitoring programme could usefully incorporate a risk register, which can be used
to highlight those ‘critical’ infrastructure items that are key to the phasing and delivery of strategic
sites, but where consenting, programme, finance and construction risks have been identified.
Financing of infrastructure
As the definition of infrastructure needed to support new development has expanded beyond the
basics of transport, water, sanitation and energy into social and community facilities and green
infrastructure, so has the range of funding options with which it is beneficial for LPAs to be
conversant. Within this advice note, funding derived from developer contributions and alternative
sources are presented separately (Chapters 7 and 8 respectively), however it is important that they
are viewed as part of an integrated process of exploring funding options. The types of funding
streams that are available and the responsibility for LAs to secure finance will vary between different
infrastructure sectors. Nevertheless, the exploration of linkages between sectors and infrastructure
delivery options may reveal opportunities to pool resources and achieve investment efficiencies.
There are two options that can provide a starting point for considering funding strategies for an
infrastructure item. The first shows infrastructure need aligned with funding, ranging from cases
where need is met through more efficient on-site asset management through to larger scale asset
investment. The second demonstrates that it is necessary to consider both the need for up front
“delivery finance” and “repayment finance”, potentially against a backdrop of assessing the risk
associated with securing each type of finance.
Understanding the scope for developer contributions towards infrastructure funding
Optimising developer contributions is a crucial aspect of developing an infrastructure funding
strategy. The scope for securing planning obligations from development to fund infrastructure is
determined by the “residual value” left in a development after deducting costs from the gross value
of a completed development. There are a number of development appraisals and residual valuation
models in the market, which can be used to estimate what would constitute a viable developer
contribution towards strategic infrastructure. Key points to make with respect to residual valuations
are:
The strength of a residual valuation can only be as good as the inputs and assumptions used to
derive the figure. Due to the level of variable input assumptions, small changes in estimates can
affect the residual value. Seeking up to date professional advice at appropriate times is essential to
maximise contributions and to mitigate the effects upon the viability of schemes so that development
will be brought forward.
Gross Residual Land Values that result from planning permission being granted can vary
substantially between cities and towns, when compared to the relatively small variations in the
existing use value of greenfield land (i.e. agricultural land). Generally speaking, developments in
high value, high demand areas can sustain higher levels of contribution. Peripheral areas often
contain less attractive development opportunities which derive less value. This factor must be taken
account of during the design of a planning obligation policy, tariff or Community Infrastruture Levy
(CIL).
A developer is rarely able to control the overall costs of development and, as such, will have limited
ability to extract more value to pay for increased contributions to strategic infrastructure, particularly
during later stages of the process. Ultimately, therefore, land value will provide the main element for
negotiation and the land owner may be passed the majority of affects for strategic infrastructure
contributions via a lower land price.
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Benchmarks for what constitutes an acceptable ‘receipt’ for the landowner will naturally vary from
place to place. The current move towards the establishment of local tariff/CIL approaches requires
new benchmarks of acceptable uplift in land value to be set, however these value levels are not yet
understood and will only materialise in the fullness of time. Infrastructure contributions should be a
known quantity so that developers may include these within appraisals to form the basis for
negotiations with landowners.
There is an onus upon LPAs to establish robust, costed lists of infrastructure and associated
planning obligations policy, in order that the costs of strategic infrastructure items are accounted for
in land markets.
Developing Planning Obligations policy and emergent approaches to establishing a
Community Infrastructure Levy
Proposals for the establishment of CIL aim to reduce the costs and increase certainty in the
negotiation of planning obligations. CIL will also allow for more equitable application of infrastructure
costs across small and large developments. By providing for the pooling of funds, the levy will also
assist by breaking the current planning obligation regime’s requirement for a direct link between a
contribution and a particular development; although it will need to be underpinned by a robust,
costed list of strategic infrastructure projects that are needed to support development. A key benefit
of CIL, therefore, is that it can more easily fund sub-regional or cross boundary infrastructure. Case
studies from within the South West reveal that some Local Authorities are already gearing up to
take advantage of the benefits associated with a tariff/CIL approach to securing developer
contributions.
Alternative finance options
The need for alternative and innovative finance strategies is primarily driven by the limitations of
funding infrastructure through central government funding and developer contributions alone. This
has led to a consideration of how other funding streams with some level of local discretion might be
used to address shortfalls and cashflow problems. Some measure of local discretion can be
exercised over the following sources of finance:
• Loans;
• Capital receipts;
• Grants;
• Equity; and
• User Charges
Further options that can be considered as part of an overall funding strategy include:
• Asset Backed Vehicles, such as the Local Infrastructure Finance Trusts (LIFT)
established for community health programmes and Local Education Partnerships
(LEPs); and
• Revenue based approaches, e.g. Southampton’s District Heating Network.
These two mechanisms can be used to secure private sector investment and are not mutually
exclusive. An asset backed vehicle can draw upon a guaranteed revenue stream, which can help to
further enhance confidence for the private sector to make an investment.
In addition to exploring whether the asset backed vehicles and revenue based models are
appropriate in a particular area, a long term route to reinvigorating infrastructure investment at the
local level will involve optimising the use of under utilised powers available in existing legislation.
These include:
• Up Scaled Local Area Agreements
• Road Pricing / Workplaces Car Parking Levy
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• Relaxed Prudential Borrowing Rules
• Business Improvement Districts (BIDS)
• Local Area Business Growth Incentive (LABGI)
• Land Pooling
One of the biggest problems faced when a business plan for a major infrastructure item is being
prepared is that important elements of finance, such as financial contributions from developers, may
only become available after the initial need for infrastructure arises. It is in situations such as these
that the South West Regional Infrastructure Fund (RIF) will be invaluable. The South West RIF,
launched in March 2008, has an initial investment fund of £80 million. Achieving a return of 100% of
invested funds is the ultimate aim, with the fund growing further through the capturing (“topslicing”)
of development value uplift and additional contributions captured through pooling arrangements. It
is accepted that risk in some investments won’t be returned in full; therefore an 80% target has been
set as the minimum across the portfolio, with riskier investments being balanced against those
where 100% returns are certain.
Opportunities to establish smaller scale local or sub regional rolling funds may be an avenue worth
exploring in the future. The identification of an appropriate body to act as banker and the source of
start up finance will of course be key questions from the outset.
Capacity development for Local Authorities
Infrastructure planning is undoubtedly a crucial component of a successful and robust approach to
spatial planning, hence the increasing emphasis on this agenda within PPS12. As the role of
planning is redefined in order to ensure the delivery of major development, it is increasingly
recognised that local authority staff are required to adopt a new approach to planning that
encompasses a stronger element of project management. In terms of the opportunities available to
develop appropriate skill sets and bolster organisational capacity, options available to LAs include:
internal reorganisation and the creation of new posts to manage the infrastructure planning process;
and partnering arrangements with external partners, including the private sector, allowing for the
sharing of skills to meet common objectives.
With respect to support available for the development of internal organisational capacity, two key
initiatives at the regional level are the SW RIEP (Regional Improvement and Efficiency Partnership)
and the Major Development Peer Review Events. The SW RIEP has brought together the efficiency
work of the Regional Centre of Excellence with the Regional Improvement Partnership and will focus
on four interrelated strands of activity:
• Supporting excellent outcomes from LAAs;
• Building capacity for overall improvement in authorities;
• Building capacity for business transformation and driving value for money; and
• Building capacity in key thematic areas.
The Major Development Peer Review Events provide a forum whereby local authority staff from
across the region can meet to share experience, both best practice and lessons learnt.
Outsourcing and the sharing of skills between organisations presents a second set of opportunities
for local authorities. For instance, public-private partnerships for a specific project provides a
mechanism for gaining access to both finance and skilled staff. This report recommends that an
Infrastructure Planning Group (IPG) or partnership comprised of a range of organisations is
established to coordinate and progress the infrastructure planning process. The formation of a
partnership of this type will provide a forum for the integrated planning of infrastructure and will also
assist in sharing the resource load of undertaking the task. One of the main agenda items that the
IPG will need to consider during the preparation of an infrastructure plan is its own ongoing role as
the emphasis shifts from information gathering and planning towards implementation and delivery.
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In effect, should the IPG partnership be further developed to form a Dedicated Delivery Vehicle
(DDV)? Important questions that partner organisations would need to consider are:
• Is a DDV required to coordinate the finance and delivery of infrastructure, or does
another single organisation or group of organisations have the competencies to
undertake this role?
• What powers would a DDV require to undertake its role most effectively?
• Where should the administrative boundary of the DDV be drawn?
• How would relationships between the DDV and existing and emerging LSPs, LABVs,
URCs, MAAs and LAs etc. be managed in terms of finance and accountability.
Conclusions: the infrastructure challenge and key principles for an integrated planning
approach
Providing for the levels of growth set out in the Regional Spatial Strategy presents a major challenge
to Local Authorities and the wide range of organisations responsible for infrastructure and service
provision across the South West. The preparation of an infrastructure planning evidence base to
support Core Strategies as required by PPS12 will undoubtedly have resource implications for all
organisations involved, however it is important that this agenda is not seen as a burden.
Infrastructure planning is a vital component of a comprehensive approach to spatial planning and it
is proposed that the establishment of appropriate working arrangements and processes will reduce
the time required to undertake the task while improving the outcomes and deliverability of
development plans. This advice note presents an outline approach to infrastructure planning that
must be adapted to the organisational circumstances in a locality. Key principles are as follows:
• Adopt a collaborative approach – the preparation of a robust infrastructure delivery
plan will depend on working across infrastructure sectors and administrative boundaries.
Many organisations will benefit from an integrated approach to infrastructure planning
and the resourcing of the task should be shared accordingly. Local authorities should
be prepared to lead this process at the corporate level.
• The Infrastructure Delivery Plan should be a ‘live’ document – the strategies and
plans of infrastructure and service providers will not always be neatly aligned in terms of
plan period or projected growth. It is therefore suggested that a database/GIS is
established that allows for information held to be readily updated and analysed to inform
the preparation of the Core Strategy and revisions to a Planning Obligations SPD. This
evidence base will also play a crucial role in informing the RSS Implementation Plan
and prioritisation of strategic infrastructure items at the regional level.
• Contingency Planning should be undertaken – as part of the infrastructure planning
process, local authorities and their partners should undertake contingency planning
based on: alternative growth projections; consideration of alternative models of service
provision; and alternative locations of growth. It is imperative that the sustainability of
alternative infrastructure solutions are explored given the huge influence of such
projects on the future demand and means of supply of energy and water etc. This
process can then feed into the Sustainability Appraisal of the Core Strategy.
In addition to meeting the requirements of PPS12 and improving the robustness of spatial planning
processes, a business planning approach to infrastructure will improve access to funding from both
the public and private sectors. This will help to address historic shortfalls in capital expenditure in
the South West when compared to that in many of the English regions.
Analysis of PESA (Public Expenditure Statistical Analysis) data shows that, in the past, the South
West has occupied 7th position out of all the English regions (9 regions) including London in terms of
per capital expenditure (refer to Appendix A1 for details). A key issue for the South West will
therefore become one of substantively raising the per annum rate of investment in infrastructure
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through a process of identifying need, raising new forms of finance and ensuring the timely delivery
of projects. Innovations such as the South West Regional Infrastructure Fund (RIF) present the
region with an opportunity to move forward positively. The establishment of efficient, integrated and
robust infrastructure planning processes at the local/sub-regional levels will enable mechanisms
such as the RIF to be utilised to their full potential.
The Regional Planning Body are interested to explore with Local Authorities how they can best
assist with the establishment and resourcing of infrastructure planning and reporting processes.
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1 Introduction
Summary
The advice note is directed towards helping Local Planning Authorities (LPAs) in the South
West to prepare Infrastructure Delivery Plans. It presents an outline process that can be
followed, while acknowledging that different councils and partner organisations will not be
starting afresh. The advice note has been prepared mindful of a range of existing and
emerging requirements upon LPAs:
• Revisions to Planning Policy Statement 12 that promote the integration of development
planning and infrastructure planning.
• Requirements for robust business cases to unlock sources of funding for infrastructure.
• A need to consider the sustainability of infrastructure options and service models.
• Proposals that a partnership approach to infrastructure planning is adopted to enable
cross-boundary and cross-sectoral working.
In order to fulfil requirements under PPS12, it is suggested that the evidence base for
infrastructure delivery plans should be recorded in ‘live’ databases and the information
visualised through the links to Geographical Information Systems (GIS) to enable improved
analysis of information and frequent review. At the time of this note’s publication, the
Regional Planning Body (RPB) is in the process of establishing a Regional Infrastructure
Coordination Database, which provides an example of and template for such an approach.
1.1 Purpose of the advice note
Delivering the sustainable communities envisaged by the Regional Spatial Strategy (RSS)
will rely upon sound infrastructure planning processes at the sub-regional and local level.
This advice note is, therefore, directed towards helping Local Planning Authorities (LPAs) in
the South West to prepare infrastructure delivery plans, which will in turn assist in delivering
the RSS and taking forward the RSS Implementation Plan. It is, however, important to
recognise a wider corporate dimension to the issue of infrastructure planning which involves
finance, legal, technical/ engineering and partnership development considerations. This
advice note presents an outline process that can be followed, while acknowledging that
different councils and partner organisations will not be starting afresh.
The advice note has been prepared mindful of a range of existing and emerging
requirements upon Local Planning Authorities in relation to infrastructure planning, as
summarised here:
• National Planning Policy to further integrate development and infrastructure
planning. Following the Kate Barker Review of Housing and the Comprehensive
Spending Review, the government has revised Planning Policy Statement 12 to
emphasise the importance of integrating the timely delivery of infrastructure into the
development plan process. PPS12 states that ‘the core strategy should be supported
by evidence of what physical, social and green infrastructure is needed to enable the
amount of development proposed for the area, taking account of its type and
distribution… The core strategy should draw on and in parallel influence any strategies
and investment plans of the local authority and other organisations’ (paragraph 4.8).
The recent paper on the Community Infrastructure Levy (CIL)(August 2008) advises that
the infrastructure planning underpinning the CIL needs to be embedded in the
development plan system.
• Unlocking funding sources. Access to funding sources such as the South West
Regional Infrastructure Fund (RIF)(see section 8.3) and CIL will depend on robust
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business planning approaches to setting out the need for and cost of infrastructure. In
the case of the RIF, it will be necessary to demonstrate how the up front funding will be
recouped.
• Sustainability appraisal. PPS1 “Delivering Sustainable Development” places a duty
on LPAs to ensure that development plans pursue sustainable development in an
integrated manner. They are urged to bring forward sufficient development land taking
into account issues such as accessibility and sustainable transport needs, the provision
of essential infrastructure, including for sustainable waste management, and the need to
avoid flood risk and other natural hazards (paragraphs 13 & 27). As infrastructure
planning becomes more closely integrated with development planning, it will become
necessary for LPAs and their partners to develop methodologies to assess the
sustainability of different infrastructure options and service models.
• Governance approach to infrastructure delivery. Responsibility for infrastructure is
fragmented across a wide range of public agencies, private sector bodies and tiers of
government who perform regulatory as well as delivery responsibilities. Local Planning
Authorities are, therefore, one of many stakeholders in the process. Nevertheless, the
general “Well Being Power” introduced by the Local Government Act 2000 does give
credibility to LPA’s acting as a ring master to co-ordinate the actions of others. The
functional geographies of infrastructure such as transport will also necessitate working
across administrative boundaries with neighbouring authorities if they are to be
coordinated adequately. The functional geography of infrastructure will be informed by a
rigorous evidence base. The importance of engaging in partnership working is
emphasised by the RSS, while the piloting of Multi Area Agreements demonstrates the
Government’s commitment to facilitating joint working approaches.
Further context on current infrastructure spending in the South West region, on the
implications of planning reforms and the sub-national review is given in Chapter 11 and
Appendix A.
Local Planning Authorities (LPAs) in the South West already make extensive use of
planning obligations to fund the infrastructure demands arising from major development.
Progress has also been made in the development of Supplementary Planning Documents
that take forward the requirements of Circular 05/2005 to set out formulas and standards for
the calculation of contributions to infrastructure. It is intended that this advice note will
assist local planning authorities in further developing their approaches to infrastructure
planning and delivery.
1.2 The relationship between the spatial and infrastructure planning
processes
An integrated approach that seeks to align the main stages of the spatial and infrastructure
planning processes is illustrated in Figure 1 below. Infrastructure delivery planning has a
number of stages represented in the segments contained in the inner circle of the diagram.
The infrastructure delivery planning process moves from the identification of infrastructure
requirements; through undertaking costings and the consideration of funding routes; to
prioritisation; adoption; and monitoring/ review. The infrastructure delivery planning process
sits within the wider development planning cycle comprising of the issues and options;
submission; adoption and review stages. The two processes are shown to be linked by a
common vision for the area being focused upon.
In reality, the two sets of plan making processes can not be expected to neatly align with
one another, not least for the fact that key providers of infrastructure both inside and outside
the Council will have their own investment planning processes (e.g. water; flood prevention,
etc) that will be out of synchronisation with the plan development process outlined in the
Local Development Scheme (LDS). The infrastructure delivery planning process is,
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therefore, likely to complete several review cycles within the time taken to adopt a local
development document reflecting a “catch up” process with third party providers. Whilst both
processes are shown separately in Figure 1, a continual exchange of information is needed
between both sets of processes to create the best opportunities for alignment at crucial
stages, such as the examination of a core strategy.
Figure 1 - Spatial and infrastructure planning cycle
As infrastructure planning is inherently a cross border activity, a further co-ordination
problem also applies in managing multiple development planning processes around a
shared vision. In some places this is at least partly overcome through the preparation of
joint Core Strategies.
Estimating CIL
One aim of this Advice Note is to assist Local Authorities to define the work that will be
necessary in setting a CIL levy if they chose to use this system once introduced through the
Planning Reform Bill and any secondary legislation. Figure 2 below illustrates the stages
that would be necessary.
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Figure 2 - CIL flow chart
Key considerations in working through this flow chart are summarised below in Table 1 and
discussed more fully in later chapters.
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Table 1- Key considerations in working through CIL flow chart
1.3 Use of case studies
Throughout this guidance note we have used examples drawn from four case study areas
within the South West who have agreed to share current practice on the planning of
infrastructure. The four case study areas have been selected to demonstrate a variety of
circumstances with the region:
• West of England – Encompassing three Strategically Significant Cities and Towns
(Bristol, Bath and Weston-super-Mare) and comprising of four local authorities, the sub-
region presents a particularly complex case in terms of the coordination of infrastructure
planning and delivery.
• Swindon – Situated in the east of the region on the M4 growth corridor, Swindon
Borough Council (SBC) is planning for the establishment of the single largest urban
extension in the region, of 12,000 dwellings in the Eastern Development Area.
• Taunton – A market town with an ambitious growth agenda including major brownfield
regeneration within the town centre and the delivery of two urban extensions.
• Plymouth – Located to the west of the region, the City Council is taking forward
redevelopment proposals set out in nine Area Action Plans, together with the planning
of Sherford New Community in partnership with South Hams District Council.
The case study areas are drawn upon to illustrate experience of the infrastructure planning
stages, focussing where relevant on different infrastructure sectors for each of the case
study areas. A commentary on the directions that each of the case study areas are or may
take with respect to the development of policy on planning obligations and tariffs is also
provided in Chapter 7.
Case studies from outside of the South West region are also included throughout the report
where they are thought to demonstrate valuable experience.
1.4 Regional Infrastructure Coordination Database
To support the Regional Planning Body (RPB) in fulfilling its requirements under PPS11, a
database has been created to record regionally significant strategic projects. This will
provide a platform for the RPB to:
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• bring together data from a number of sources (e.g. Local Authority Infrastructure
Delivery Plans, Department for Transport (DfT) major scheme monitoring, Communities
(CLG) New Growth Point monitoring, Annual Monitoring Report data, Regional Funding
Allocation process etc.) to assist with funding applications and the monitoring of
progress of delivery at the SSCTs;
• store data on the strategic infrastructure required to deliver the RSS and update the
RSS Implementation Plan as required by PPS11;
• together with the Annual Monitoring Report (AMR), feed into the RSS AMR Policy and
Strategy Implications Report which will in turn influence future reviews of the RSS / Sub
Regional Strategies (SRS); and
• help better align the timing and delivery of transport and other major infrastructure
across sub-regions by providing a picture of what will be delivered when.
The database could also assist in the process of agreeing priorities for future rounds of the
Regional Funding Allocation (RFA) process.
The Regional Infrastructure Coordination Database provides an example of and template for
the type of ‘live’ infrastructure planning tool that Local Authorities may consider establishing.
Infrastructure Delivery: Spatial Plans in Practice (CLG, 2008) recommends that LAs produce
an 'infrastructure programme' which should be treated as a living document to be amended
as and when required to keep it up to date (paragraph 7.13). The storage of information in a
database rather than paper document would allow for the filtering and analysis of
infrastructure projects by sector, category and geographical sub-area, enabling improved
understanding of overall requirements The incorporation of the database within a
Geographical Information System (GIS) would allow for further visualisation of what is likely
to present a complex picture (see Figure 3 below). The aim would be create layers
representing different types of infrastructure and then develop a capability to take a cross
sectional view through multiple layers representing the combined needs of a specific
community. Ultimately it should be possible to look at infrastructure from a three
dimensional perspective picking up critical pathways and linkages essential to the early
identification of bottlenecks and barriers. Ideally, this could be linked to capital programming
activity and even involve interfaces out to external providers.
Figure 3 - Infrastructure planning and anaylsis using GIS
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With respect to the collation of infrastructure planning information, the RPB are interested to
explore with LAs opportunities for the standardisation of data collection so that reporting and
review processes can be streamlined.
Case study: London Thames Gateway Social Infrastructure Framework
Initiated in 2004, the key aim of the Thames Gateway Social Infrastructure Framework was
to identify and plan for the social infrastructure required to support the London Thames
Gateway development agenda to assist in the creation of healthy sustainable communities
across the area. It was recognised from the outset that the Thames Gateway area contains
a wide diversity of communities, neighbourhoods and urban forms, ranging from the high
density multi –ethnic character of Inner East London, through to the lower density suburban
character of parts of Outer East London. Given this geographic, socio-economic and
administrative diversity, the Framework has not set out to impose a specific solution or “one-
size fits all” approach. Instead, the Social Infrastructure Framework seeks to establish an
evidence base and methodology that can be used by local stakeholders within a variety of
different circumstances to assist in the local decision making process.
An important component of the Social Infrastructure Framework approach, developed by
EDAW and Bevan Brittan, involves the establishment of a mapping toolkit that can be used
to analyse the infrastructure planning evidence base and guide decision making.
http://www.healthyurbandevelopment.nhs.uk/pages/int_social_infra/integrating_social_infras
tructure.html
1.5 Structure of this report
The sequence of chapters within this advice note broadly follows that of the main stages of
the infrastructure planning process shown in Figure 1.
• Chapter 2 seeks to establish the role of local planning authorities in the infrastructure
planning process and poses important questions about organisational arrangements
and the status of an infrastructure plan.
• Chapter 3 emphasises the need to establish a vision and performance standards that
will guide assessments of infrastructure need and prioritisation later in the process. It
suggests that conventional service models should be tested against other options that
may achieve improved efficiency and sustainability.
• Chapter 4 sets out a number of approaches to quantifying infrastructure need and the
production of costings.
• Chapter 5 suggests a framework for the prioritisation of infrastructure, which could be
used to inform decision making process in circumstance where insufficient finance has
been raised to deliver all the infrastructure sought.
• Chapter 6 provides an introduction to infrastructure financing and proposes some tools
that could be used to explore funding options.
• Chapters 7 and 8 focus on planning obligations. Chapter 7 utilises case studies to
explain how residual valuation techniques can be used to estimate the level of finance
that could be raised through s106. Chapter 8 provides brief details on how the case
study local authorities in the South West are developing Planning Obligations policy and
also sets out an outline methodology for establishing a Community Infrastructure Levy.
• Chapter 9 presents a range of alternative and innovative finance mechanisms, including
the South West Regional Investment Fund.
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• Chapter 10 explores ways in which the infrastructure planning process can be
resourced and includes a section on the potential role of Dedicated Delivery Vehicles
(DDVs) in driving forward infrastructure provision.
• Chapter 11 reflects on the challenge presented by the infrastructure planning agenda,
sets out the key principles that should applied and suggests some areas of work that
could be coordinated at the regional level allowing for the pooling of resources of
experience.
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2 Establishing a Framework for Infrastructure Planning
Summary
Prior to embarking on a detailed infrastructure planning process, it is recommended that the
LPA takes a step back to establish an appropriate framework for the task. Key points are:
• The requirements of PPS12 and the ability to collect developer contributions mean that
the LPA will have a central role in the process. However the promotion of the task at
the corporate level of the council is appropriate taking account of the multiple service
delivery functions of the wider LA and its role as ‘community leader’.
• Infrastructure Delivery Plans are required as evidence base to support the core strategy
and planning obligations Supplementary Planning Documents. A robust evidence base
will depend on the periodic updating of costs and reappraisal of financing options as
infrastructure programmes and individual projects progress. A flexible, readily updated
form of document may therefore be considered the most appropriate solution.
• A partnership approach to infrastructure planning led at the corporate level is advocated
to ensure that planning is undertaken at the appropriate functional and geographic scale
and so that potential interlinkages between infrastructure sectors can be explored by
delivery agencies. Local authorities should explore opportunities the benefits of a
common approach to infrastructure planning with neighbouring councils. The process
should be led corporately. Collaboration between sub-regional partnerships will also be
required to ensure that matters relating to regionally significant infrastructure networks
are addressed.
• PPS12 requires that the infrastructure planning process should identify, as far as
possible, responsibilities for the delivery of infrastructure programmes and individual
projects. In response to this, the RPB will explore with LPA’s where they can assist by
working with the relevant regional delivery agencies and service providers to outline the
benefits of a collaborative business planning approach and draw up 'statements of
commitment' or formal agreements with infrastructure providers and agencies to enable
them to provide evidence to support the RSS and Core Strategy preparation.
Prior to embarking on a detailed infrastructure planning process, it is recommended that the
LPA take a step back to consider: firstly, their role in the process; and secondly, whether the
most affective framework for the task has been or could be established. Key matters to be
considered at the outset of the process will be:
• The status, scope and timing of the delivery plan in relation to other strategies and plans
produced by the LA.
• The governance arrangements that are in place to enable partnership working with
infrastructure and service providers.
• Consideration of whether infrastructure planning is being undertaken at the most
appropriate geographical scale.
These matters are explored in further in this chapter.
2.1 The Role of the Local Planning Authority
A number of factors reinforce a view that LPAs should play a central role in the
infrastructure planning process.
Firstly, test of soundness (viii) requires that clear mechanisms for the implementation and
monitoring of development plans should be in place alongside other requirements
concerned with the need for a robust evidence base. The recently updated PPS12 (June,
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2008) provides further clarification of what this means in relation to LPAs responsibilities for
infrastructure planning and delivery (paragraphs 4.8 and 4.9):
‘The Core Strategy should be supported by evidence of what physical, social and green
infrastructure is needed to enable the amount of development proposed for the area, taking
account of its type and distribution. This evidence should cover who will provide the
infrastructure and when it will be provided. The core strategy should draw on and in parallel
influence any strategies and investment plans of the local authority and other organisations.
Good infrastructure planning considers the infrastructure required to support development,
costs, sources of funding, timescales for delivery and gaps in funding. This allows for the
identified infrastructure to be prioritised in discussions with key local partners. This has
been a major theme highlighted and considered via HM Treasury’s CSR07 Policy Review
on Supporting Housing Growth. The infrastructure planning process should identify, as far
as possible:
• infrastructure needs and costs;
• phasing of development;
• funding sources; and
• responsibilities for delivery.’
This emphasis on delivery corresponds with the government’s wider vision of a spatial
planning approach, which goes beyond traditional land use planning, to bring together and
integrate policies for the development and use of land with other policies and programmes
which influence the nature of places and how they can function.
The second reason why LPAs have an inherent interest in the infrastructure planning
process is their crucial role in contributing to infrastructure funding through the collection of
developer contributions. Establishing a robust evidence base to justify developer
contributions and ensuring that the amount of finance that can be raised is optimised are
clearly of importance.
Both the spatial planning function and power to capture s106 contributions mean that LPAs
have a key role to play in an infrastructure delivery partnership, but it is also suggested that
the resourcing implications of producing a delivery plan should not fall solely with the LPA.
A wide range of both public and private sector organisations have vested interests in
ensuring that the planning, financing and delivery of infrastructure progresses as smoothly
as possible. The production of a delivery plan will in any case depend on the timely
provision of information by partner organisations and discussion of funding options. A
partnership approach to delivery plan preparation led at a corporate level is therefore
recommended.
It should also be noted that infrastructure planning in this context is very much an emerging
discipline. The recent CLG publication, Infrastructure Delivery – Spatial Plans in Practice:
Supporting the reform of local planning (June, 2008), advises as follows:
‘One of the main challenges in addressing this topic is that relatively few local planning
authorities have yet reached the stage of having an adopted core strategy or other
development plan document which outlines infrastructure requirements. Many local
authorities are only at an early stage of grappling with this aspect of the new spatial
planning arrangements, and as a result, the extent of current experience and practice that
can be drawn upon in the form of ‘good practice’ examples is relatively small.’
Without a definitive approach available ‘off the shelf’, it will be necessary for LPAs and their
partners to customise a process of infrastructure planning that takes account of local
circumstances, and the stage of review of the Local Development Framework and other
plans and strategies.
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2.2 Determining the status and scope of the infrastructure delivery
plan
One of the first decisions facing LPAs will be to decide on the status of the Infrastructure
Delivery Plan. Although PPS12 requires that infrastructure planning is undertaken, it is not
explicit about the type of document that should be prepared. The emphasis is on the
provision of evidence base to support the Core Strategy, rather than the production of a
standalone Infrastructure Development Plan Document (DPD) or Supplementary Planning
Document (SPD).
The nature of infrastructure planning is such that a more flexible, readily updated form of
document could be considered more appropriate. Robust evidence base will depend on the
cyclical updating of costs and reappraisal of financing options as new funding streams are
developed. When deciding on the status and programming of Infrastructure Delivery Plan
preparation, the following should be considered:
• The status of the Core Strategy and timing of the examination.
• The status of the Developer Obligations SPD or equivalent. Is it necessary for the SPD
to include infrastructure planning evidence, or need it only refer to the Infrastructure
Delivery Plan?
• Do any major funding applications require the submission of infrastructure planning
evidence, such as New Growth Points?
• What are the timeframes for the production of relevant plans and strategies by partner
organisations?
• How frequently should the infrastructure delivery plan be reviewed? Should it be a ‘live’
document that is updated regularly?
In relation to these points about the timeframes of planning documents and the review
period of the infrastructure delivery plan, it will also be important for LPAs to consider which
items of infrastructure should be included having regard to their anticipated delivery date.
To explain, Local Transport Plans have a five year timeframe, but are set within a longer
timeframe. Local Development Documents generally have a fifteen year timeframe, and the
RSS a 20 year timeframe, (and assuming Sub-national Review proposals are implemented)
moving towards a single regional strategy looking to around 2031. It is anticipated that for
completeness, it will be necessary for the Infrastructure Delivery Plan to cover a long term
planning horizon, but potentially including a more detailed breakdown of short term priorities
and programme dates. This issue of timeframes ties in with the selection of demographic
and growth scenarios to assess infrastructure need, as discussed in section 3.2.2.
2.2.1 Infrastructure Delivery Planning can influence decisions in the rest of the
Development Plan
LPAs should beware of seeing Infrastructure Delivery Plans as an additional passive “bolt
on” stage to the planning process. The need for deliverability to be proven as part of the
testing of soundness may mean that the shape and distribution of new development must
take a significant account of infrastructure delivery considerations alongside other matters.
The massing and phasing of development will materially affect the deliverability of
infrastructure. For example, a larger urban extension (circa 6,000 dwellings) is more likely to
support its own range of social and community facilities, reducing the need to travel longer
distances. Smaller urban extensions could only support a much more limited range of social
and community infrastructure (without subsidy) and would therefore depend on the sharing
of facilities between developments or the use of headroom elsewhere in a local authority,
necessitating efficient transport links.
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The interconnections between urban form and infrastructure emphasis the need for a
continual exchange of information between the infrastructure planning process and the
development plan process as illustrated in chapter 1.
2.2.2 The scope of the infrastructure delivery plan
There is now general acceptance that an infrastructure delivery plan is an integral part of the
spatial planning process. However, the inclusion of infrastructure opens the question as to
what is meant by the term in the first place. The word infrastructure was original derived
from a combination of “infra” meaning beneath and “structure” meaning buildings where the
term was usually applied to services and facilities that are underground such as piped water
and sewerage or that lie on the surface such as rail tracks and roads. As technology
evolved the term was also applied to lines strung above ground on poles and pylons. The
common characteristics were the use of networks that distributed goods and services over a
geography involving extensive capital investment of a durable and immobile nature. Most of
these networks require long, linear and contiguous rights of way which require some level of
subjugation of private property rights (to allow networks to be extended or maintained
without interruption or the extraction of excessive payments). Combined with extensive spill-
over benefits created by these networks in terms of community health, safety and economic
development, these characteristics have been a basis of government involvement and
regulation of infrastructure providers. However, the term “infrastructure” has been
broadened out to include a wide range of services associated with welfare provision through
fixed facilities.
PPS12 refers to social infrastructure, encompassing the health, education, social and
emergency services (paragraph 4.29). This broader definition is useful as it encapsulates
more of the infrastructure that is required to build successful communities, and which could
be part funded by developer contributions. There are close links to Communities and Local
Government agenda around “place making”. The development of the term “critical
infrastructure” represents an attempt to reaffirm a more traditional vision of infrastructure.
Table 2 lists the services that are considered to fall within the term of infrastructure for the
purpose of this advice note. Affordable housing has been included in this list for the reason
that, while it may not be considered an infrastructure item, contributions towards affordable
housing are major components of s106 agreements. The share of development value used
to support affordable housing will necessarily have a material effect on more conventional
forms of infrastructure. It is therefore important that Registered Social Landlords (RSLs) are
engaged throughout the infrastructure planning process so that they understand the
competing pressures for funding.
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Table 2 - Infrastructure categories
2.2.3 Defining “strategic” infrastructure
The term ‘strategic infrastructure’ is used for a number of purposes (e.g. CIL Policy
Statement, RIF policy statement) and a view as to whether a particular item of infrastructure
is of strategic importance is likely to vary depending on the geographical scale of plan
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making. This point is illustrated by the examples drawn from the South East RSS
Implementation Plan and Milton Keynes Partnership Business Plan which are provided at
Appendix G. Situations where a definition of strategic can be useful are:
• prioritising the funding and delivery of infrastructure items with reference to policy
objectives and development enabled;
• determining the scale of infrastructure that will be considered for a particular funding
stream; and
• determining whether it is reasonable to pool developer contributions from a wide area to
fund a particular infrastructure project.
The draft RSS sets out the region’s priorities for investment to support the spatial strategy.
While these broad objectives have been deleted in the Proposed Changes, they still provide
a useful indication of areas of focus for the South West:
• ‘More resilient and reliable inter-regional transport links and particularly links with
London and the South East, with the second strategic route as priority.
• Investment in urban transport systems and demand management with a step change in
public transport support, with investment to enable higher growth to be accommodated.
• Sufficient resources within locally determined funding sources to enable rural
accessibility and congestion in small towns across the region to be addressed.
• A South West Regional Infrastructure Fund to forward-fund development infrastructure.
• Mechanisms to enable contributions from development to be maximised and the
proceeds to be pooled across immediately affected local authorities to ensure all
development contributes to critical community and transport infrastructure, green
infrastructure and cultural facilities.
• A regional carbon offset fund, to finance actions to reduce climate change emissions
which would not otherwise go ahead, to which developers could contribute to offset
emissions they cannot avoid.
Key infrastructure requirements identified by the section 4(4) LPAs during their preparation
of evidence for the draft RSS are set out in section 2 of the draft RSS Implementation Plan
(Submission Version). These requirements will, of course, change over time in response to
new understanding of the developments’ needs and confirmation of development proposals
as LPAs prepare their LDDs and infrastructure delivery plans.
Section 3 of the South West’s Regional Infrastructure Fund proposal sets out a number of
tests in relation to how the word ‘strategic’ is applied:
• Projects with a large geographic scope;
• Projects that cannot be related to individual development proposals;
• Projects where costs exceed local funding mechanisms;
• Projects that support multiple developments;
• Projects that maximise private sector contributions.
To this definition can be added considerations about beneficiaries, including for example
infrastructure which caters for tourists essential to the South West economy as well as
existing residents and businesses. Projects that cross local authority boundaries, i.e. which
are of sub-regional scale, would also be defined as strategic.
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2.2.4 Defining “critical” Infrastructure
The term “critical” infrastructure is sometimes applied to the classification of infrastructure
need and, typically, concerns infrastructure essential to delivering the basic requirements for
living. “Critical” infrastructure usually concerns potable water; energy; waste; waste water
and transport. The term is not used to devalue other forms of infrastructure but mainly to
express an understanding of basic requirements without which no development can
function.
2.3 Adopting a partnership approach
A second important decision will be the allocation or creation of an Infrastructure Planning
Group where the infrastructure planning process can best be advanced. It is possible that a
sub group within the Local Strategic Partnership (LSP) may already have suitable
membership to fulfil this role, although in most cases it is likely that a new body will need to
be formed. The adoption of a partnership approach fits with the “ring master” role prevalent
in government thinking around the responsibilities of local authorities within this agenda.
This advice note recommends that infrastructure planning should be promoted and pursued
by LAs at the corporate level, reflecting an overall responsibility as community leader and
multiple functions as LPA, Local Highway Authority and strategic housing body. PPS12
states that ‘local authorities should undertake timely, effective and conclusive discussion
with key stakeholders on what option(s) for a core strategy are deliverable… There is no
point in proceeding with options for the core strategy which cannot be delivered as a result
of failure to obtain the agreement of key delivery agencies’ (paragraphs 4.27 and 4.28).
Building on this, and as noted above, PPS12 requires that the infrastructure planning
process should identify, as far as possible, responsibilities for the delivery of infrastructure.
Infrastructure Delivery: Spatial Plans in Practice (CLG, 2008) recommends, therefore, that
LAs produce 'statements of commitment' which are formal agreements with infrastructure
providers and agencies etc to enable them to provide evidence to meet the test of
soundness requirements. In response to this, the RPB are interested to explore with LPAs
whether they can assist by working with relevant delivery agencies to draw up a regionally
agreed approach to 'statements of commitment'.
Delivery agencies whom LAs should consider approaching to form infrastructure planning
partnerships include:
• county councils and neighbouring LAs
• GOSW
• SWRDA
• SWRA (as RPB and Regional Housing Body)
• English Partnerships (New Homes and Communities Agency)
• Housing Corporation (New Homes and Communities Agency)
• The Environment Agency
• Natural England
• English Heritage
• the highways authority
• Highways Agency
• utility companies
• internal drainage board
• Port authorities and companies
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• Network Rail
• public transport providers
• airport operators
• local authority education department (LEA)
• social services
• NHS primary care trust (PCT)
• acute hospital trusts
• strategic health authority
• the police
• the fire service
• Sport England
• Culture South West
• local authority parks department
• Urban Regeneration Companies (URC) and City Development Companies
(CDC)(where applicable)
Devising a strategy for engaging these stakeholders, that will facilitate the timely provision of
information, the discussion of delivery options and agreement of funding strategies, will be
an important early task. Recent research sponsored by the RTPI and CLG, Shaping and
delivering tomorrow’s places: effective practice in spatial planning (UCL and Deloitte, 2007)
contains important views about the role of spatial planning as ‘a delivery vehicle for the
social, economic and environmental infrastructure needed for our communities.’ The report
argues that for spatial planning to be affective, ‘it must focus on outcomes before
processes’, which suggests that delivery should be a driving force behind spatial planning.
The report therefore recommends that LPAs establish a Local Infrastructure Programme
(LIP)(equivalent to Infrastructure Delivery Plan), together with a Local Infrastructure Fund
(LIF), which would be managed by a Local Infrastructure Group (LIG). Swindon Borough
Council (BC) provide an example of where an equivalent to an LIG has been established.
Case study : Swindon BC – the establishment of an Infrastructure Delivery Board
Swindon Borough Council launched the ‘Swindon Infrastructure Delivery Board’ in October
2006. The Board was established in recognition that the Borough Council has an ambitious
agenda to improve the quality of life for existing communities and for the long-term
sustainable growth of Swindon.
The Infrastructure Delivery Board is responsible for overseeing and co-ordinating the
delivery of Swindon’s long-term future development. Board Members act as representatives
of their organisation, but take a wider view in order to deliver the Board’s objectives for
Swindon. Each Board member ensures the delivery of the individual projects for which their
organisation is responsible, or has a significant role in achieving. Board Members are key
stakeholders and include senior representatives from Swindon Borough Council (chair of the
Board), Department for Transport, Highways Agency, Environment Agency, Thames Water,
SWRDA, SWRA, GOSW, English Partnerships, Housing Corporation, Swindon PCT and
The New Swindon Company (the Swindon URC).
Since its establishment the Board has overseen Swindon become a designated growth
point; the implementation of the first year of growth point projects; the development of the
Swindon Programme of Development; award of growth point funding for the current
Comprehensive Spending Review period; as well as having a key input into important
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workstreams that support the long-term growth of the Borough including the masterplanning
of a major urban extension, and the Swindon Transportation Study.
2.4 Defining a sub-regional geography for infrastructure planning
No single right answer exists for defining the most appropriate sub regional geography for
infrastructure planning. Sometimes, the solution to the boundary definition problem will be
found in pre existing partnership arrangements e.g. a City Region or Regeneration
partnership, but in other cases an evidence base review may require some adaptation.
2.4.1 Joint Study Areas and Housing Market Areas
When determining the nature of the forum/partnership that will take forward the
infrastructure planning process, it is suggested that consideration is given to the
geographical scale over which an infrastructure vision and needs assessment should be
developed. The Joint Study Areas (JSA), which informed the policies of the draft RSS,
provide an example of where sub-regional boundaries initially based on travel to work areas
(and with modifications) have been used to look at joint development issues in the South
West. Since the Joint Study Areas, other forms of spatial and functional geography have
been introduced to manage relationships, most notably the strategic Housing Market Areas
(HMA). Experience of JSA development showed that it did encourage cross boundary
working, and good practice from other English regions suggest that HMAs could be used as
a building block to create larger sub regional units if needed.
A sub-regional approach to infrastructure planning suggests that local authorities should
explore opportunities to align methodologies with their neighbours. For instance,
Cheltenham Borough Council, Gloucester City Council, Gloucestershire County Council and
Tewkesbury Council are considering options for the coordinated production of an
Infrastructure Delivery Plan to support a joint Core Strategy for the area.
The use of a single definition of a sub region (whether based on HMAs, aggregates of
HMAs or JSAs) might, in some circumstances, create governance and communications
problems. Infrastructure providers whose geographic area of operation exceeds the scale of
sub region may regard smaller sub regions as a complication or have limited resources to
engage multiple sub regions when its primary concerns are focused at a higher level.
Moreover, the demand modelling used by these infrastructure providers may not be spatially
discriminating enough to understand the requirements of smaller geographic areas. For
example, work undertaken for the Northern Way City Region infrastructure plans revealed
that a common load growth assumption was used to assess future energy demand rather
than one reflecting growth at a city region scale.
Choices with respect to the most affective infrastructure planning boundary are therefore
unlikely to be straightforward.
2.4.2 Understanding the functional geography of infrastructure providers
Much social and community infrastructure is specific to a local planning authority area,
reflecting local service priorities and catchments. However, many critical service
infrastructures like transport, energy and water supply are delivered through wide area
networks that extend well beyond the boundaries of any single local planning authority. In
these instances, infrastructure investment ‘plugs in’ new development to the benefits of the
wider networks that include national road travel, distant power stations and water treatment
plants. The nature of these networks has led to the government’s proposals to create a new
pathway through the planning system for Major Infrastructure Projects (MIPS).
The infrastructure delivery plan will have to contend with instances where key connection
points into these networks (e.g. transport interchanges, ports) are located outside the sub-
regional boundary, but will nevertheless be of importance in enabling growth and delivering
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services. The delivery of a motorway junction, sewage treatment plant or grid reinforcement
outside the sub-regional infrastructure planning area may be essential in unlocking growth.
These situations will entail collaboration between sub-regions if infrastructure delivery plans
are to provide a sound foundation for the core strategies of individual LPAs.
The functionality of infrastructure networks will mean that geographic relationships will
change according to the type of service being provided. Consequently, planning for flood
defences within a river catchment area or coastal area would ideally require different
boundaries compared to the travel to work boundaries serviced by a transport network. It
will not be possible to define an infrastructure planning boundary that suits all infrastructure
types, however, inviting organisations with wider geographical remits to participate in the
infrastructure planning process will help to ensure that broader issues are identified and
addressed. For instance, the Environment Agency have responsibility for producing
Catchment Flood Management Plans and utility companies will wish to ensure that regional
distribution networks are able to meet future load requirements. Efforts should also be
made to ensure that key partners leading the infrastructure planning process are involved in
sector specific partnerships and initiatives, such as the Water Management Partnership
established for Somerset.
Case study: Taunton – the Parrett Catchment Project and Somerset Water
Management Partnership
The Parrett catchment is a large area (1690 Square kilometres), which includes not only the
River Parrett itself, but also its main tributaries - the Tone, Isle, Cary and Yeo. The area
contains the major urban areas of Taunton, Bridgwater and Yeovil and the internationally
significant Somerset Levels and Moors. The summer floods of 1997 and the prolonged
flooding of 1999/2000 proved that the Parrett catchment’s river and drainage system cannot
cope in extreme weather events, and the likelihood of increased stormy conditions,
combined with rising sea levels would make the problem of flooding much greater over the
next few decades.
As such, local agencies and people came together in 2000 to form the Parrett Catchment
Project, whose aim was to take action to address the issue of flooding now, rather than
storing up problems for the future. There is no single organisation which can tackle the
problem of flooding alone, so there is no single solution. After early consultations, twelve
areas of action were established, which, when combined, make a significant contribution to
reducing the adverse effects of flooding. They are:
• Changes to agricultural land management
• Creating temporary flood storage areas on farmland
• Controlling runoff from development
• Creating new wetland habitats
• Dredging and maintaining river channels
• Raising riverbanks
• Upgrading pumping stations
• Spreading floodwater across the moors
• Building a tidal sluice or barrier downstream of Bridgwater
• Upgrading channels to enhance gravity drainage
• Restricting new development on the floodplain
• Woodland development
The Parrett Catchment Project has recently been replaced by the Somerset Water
Management Partnership, which will be co-ordinated by Somerset County Council. The
new partnership provides a forum in which consultation can take place and issues debated
with a view to achieving consensus on what actions should be taken. The full membership
of the partnership is: Somerset County Council, Environment Agency, Taunton Deane
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Borough Council, Sedgemoor District Council, South Somerset District Council, National
Farmers Union, Farming and Wildlife Advisory Group, Somerset Wildlife Trust, Royal
Society for the Protection of Birds, Somerset Consortium of Drainage Boards, South West
Association of Drainage Authorities, Somerset Waterways Development Trust, Wessex
Water and Natural England.
3 Identifying Infrastructure Need & Service Options
Summary
An infrastructure delivery plan has to be led by an overall vision for the development of an
area as expressed in its Sustainable Community Strategy and Core Strategy. This vision
will need to be unpacked into the performance required from individual services over the
term of the plan. Key performance indicators for infrastructure can be determined by
undertaking a review of existing plans and strategies and through consideration of the
technical and aspirational demands of a community.
As part of the infrastructure planning process, it is recommended that test scenarios
covering household growth, employment growth and demographics are agreed, which
reflect the vision, and can be used to define critical thresholds for infrastructure delivery in
terms of need and financing.
The scale and nature of infrastructure required will depend on the location of major
development within a local authority and the assumed service model. The infrastructure
planning process therefore provides an appropriate forum for integrated decision making
around land use planning, the testing of new infrastructure delivery models/ideas, and the
exploration of linkages and feedback loops between infrastructure sectors.
Comprehensive and integrated infrastructure planning cannot be undertaken without
knowledge of water and wastewater, and energy requirements. Understanding the structure
of the utility industries, the nature of the forecasting activities of these companies and the
information they prepare as a matter of course provides a good basis for further
engagement. Given that the challenges set by the Code for Sustainable Homes and other
strengthened environmental standards will impact upon the decisions and operations of
LPAs and utility providers alike, they are likely to provide the motivation for more integrated
working than has taken place in the past.
This chapter discusses the requirements of an evidence base to support the Infrastructure
Delivery Plan. Whilst the RSS sets broad quantitative requirements (numbers of houses,
numbers of jobs) it does not provide sufficient detail on its own account to plan infrastructure
need. An evidence base needs to be created that converts high level housing or
employment land targets into quantities relevant to infrastructure providers. For critical
infrastructure providers, metrics such as gigawatt hours, millions of litres of water/ waste
water, tonnes of waste or trips generated will be needed. For social and community
infrastructure, housing targets need to be expanded upon to understand the demographic
characteristics of likely occupying households. These broad aggregates must be assessed
in relation to the quality of service to be offered both now and into the future, risk assessed
against future problems such as security of supply and climate change. Sometimes, quality
standards are set by national regulators (e.g. water and power) but others may have more
scope for local flexibility. As noted in the previous section, the evidence base must also
look wider than individual local planning authorities.
3.1 Steps for defining infrastructure need
A number of process steps are recommended in examining the need for infrastructure:
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Figure 4 - Flow chart of steps for defining infrastructure need
3.2 Relating infrastructure need to the vision for an area
Once a sub region for infrastructure planning has been defined, the partners working within
that sub region need to determine what their overall vision is for that area. A vision can
forcibly drive the performance expected from infrastructure in terms of what levels of service
or economic growth is expected. The vision links to the government’s agenda on making
places with attributes that sustain the attractiveness of communities over the longer term.
The vision may also influence the pace of development if partners want to ensure that key
infrastructure is in place before delivery of productive growth – housing and jobs.
The development of a vision cannot be neatly separated from the point in the business cycle
when partners develop their vision. In a buoyant economy boosting land values, greater
scope will exist to pursue bold visions. In a post “credit crunch” economy dominated by fears
of inflation and slump, the options might look more constrained. Partnerships will need to
consider carefully whether they are willing to trade off the prospect of meeting targets but at
a lower performance standard. A “making do” strategy may allow targets to be met in the
short term but are likely to present future downstream problems such as the need to retrofit.
Reconciling these pressures is likely to be a key issue for partners in the future that may
require development design that is flexible enough to absorb retrofit both physically and in
terms of the institutional set up (e.g. access to systems). Relatively short-term fears arising
from a downturn in the economy should not be allowed to stifle the need to plan for the
longer-term delivery of the vision and strategy.
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An infrastructure delivery plan has to be led by an overall vision for the development of an
area as expressed in its Sustainable Community Strategy and Core Strategy. An early view
will need to be taken as to whether the Community Strategy is sufficiently well rounded to
inform the total vision of an area e.g. are economic issues adequately covered.
A rounded stakeholder vision for an area should inform the quality of life aspirations that
stakeholders want to achieve using infrastructure investment over the life time of the plan.
This vision will need to be unpacked into the performance required from individual services
over the term of the plan. Performance will need to be assessed in terms of the quantity of
provision required to meet absolute levels of growth but also any qualitative changes e.g.
improved environmental standards. The Vision, and associated standards, will form a
useful component of the prioritisation process described in chapter 5.
Case study: Vision for Plymouth
The Core Strategy for the city sets out the aspiration for Plymouth to become one of
Europe’s finest cities and that, to affirm its role as the leading city of the far south west,
Plymouth must be of significant critical mass. This ambition has also been enshrined in the
‘Vision for Plymouth’ which was prepared for Plymouth’s Local Strategic Partnership by
MBM Arquitectes and AZ Urban Studio under the lead of Barcelona based architect David
Mackay.
The vision for Plymouth was launched in November 2003 and outlines the following aims:
• To raise its population from 241,000 to 300,000 by 2026.
• To significantly reduce intra-regional disparities through targeted area action
programmes.
• To continue to invest in the City Growth Strategy sectors to create new jobs.
• To deliver 33,000 new dwellings by 2026, 4,200 affordable homes by 2016 and 17,000
new jobs through 220 hectares of new employment land.
• To deliver a radically different approach to transport in the city whilst continuing
investment in key road infrastructure projects linked to regeneration priorities.
The principal challenge is to ensure that the vision is realised and that a step change on the
economy is delivered after a period of poor economic growth, narrow economic base and
deprivation. Mechanisms are now in place to achieve this change in the form of the Local
Economic Strategy and the establishment of a City Development Company (CDC). Major
developments that will assist in meeting these aims include those in Devonport, Millbay,
Sherford and Plymstock Quarry.
To this end, Plymouth City Council has been working with its neighbouring authorities
(Caradon and South Hams) to provide integrated infrastructure, including:
• New park and ride interchanges in Caradon and the South Hams – providing links to
key employment and commercial destinations;
• Developing and extending the local rail links into the city; and
• Extending the city’s high quality public transport network to nearby towns.
The North Plymstock Area Action Plan (AAP), which covers the eastern corridor of
Plymouth, between Plymstock and Plymton and was produced by Plymouth City Council
makes reference to the Sherford AAP published by South Hams District Council, and the
importance of a coordinated, complementary planning and delivery of development.
Plymouth City Council and South Hams District Council have agreed to work together
informally to produce joined up solutions to cross boundary issues and this is exemplified in
the planning approach to Sherford and the North Plymstock AAP.
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Together the AAP’s provide a framework to guide the form and content of development and
provision of infrastructure which it is hoped will lead to high quality development, timely
provision of infrastructure, high quality public transport and the coordinated progression of
cross boundary strategies.
Case study: Taunton Vision Commission
In 2002 the Taunton Vision Commission led a wide ranging consultation exercise, leading to
the formation of a vision for 2025 and beyond of a continually rejuvenating Taunton,
acknowledged nationally as a leading exemplar of a 21st century market town. One of the
key messages derived from the consultation was that a fresh approach should be taken to
the town centre and river frontage. It was recognised that the River Tone had been
neglected and under-valued, when it has great potential to be a key feature of the town with
the river corridor providing an open space resource and a corridor for footpaths and
cycleways.
Broad public support was also gained for the regeneration of major brownfield sites, such as
Tangier and Firepool, located on the banks of the river. It was clear that plans for the
redevelopment of these strategic sites would be underpinned by requirements for flood
alleviation measures. The Environment Agency has therefore been involved as a key
partner in developing the town centre strategy from the outset. The timeline table below
charts the flood risk assessment work that has been undertaken in parallel with the
masterplanning of the town centre.
3.2.1 Review and define service key quality performance standards
Key performance indicators for infrastructure will emerge from considering the technical and
aspirational demands of a community. Performance standards can be found by:
• Reviewing available statutory and non statutory plans and programmes to identify key
metrics and trajectories, such as the RSS, Local Transport Plans, Sustainable
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Community Strategies; Sustainability Frameworks, Catchment Flood Management
Plans, etc.
• Identifying technical standards needed to meet adoption standards by a managing body
for infrastructure (e.g. Highways agency; Environment Agency, etc.).
• Identifying commercial performance standards if private sector participation is essential
(see Chapter 5 on Finance).
• Community consultation (new development will, by definition, lack any occupiers from
which to ascertain views on the performance objectives. In this case, steps should be
taken to identify suitable reference communities of a scale matching the proposed level
of growth and draw lessons from its implementation. Opportunities may exist for cross
boundary working if one local authority has already learnt lessons from developing a
new community).
Where standards can not be identified for infrastructure within existing plans and policies
then performance requirements can be sourced from a number of regulator and provider
organisations. These sources have been aligned against the categories identified by Egan
as constituent parts of a Sustainable Community (please refer to the table in Appendix B).
3.3 Contingency planning
Paragraph 4.10 of PPS12 advises that LAs undertake contingency planning to show how
objectives will be achieved under different scenarios. PPS12 refers specifically to
circumstances where the funding of critical infrastructure is unknown at early stages,
however, it is suggested here that a broader interpretation of and approach to contingency
planning would explore three interrelated subject areas:
• Alternative population, housing and employment growth projections;
• Alternative locations of growth, to tie in with the issues and options stage of Core
Strategy development; and
• Alternative models of service provision.
Factors to be take into consideration in the contingency planning process are explored
further in sections 3.4 and 3.5.
3.4 Define infrastructure planning growth test scenarios
The RSS provides targets for housing and employment growth over the next 20 years.
Infrastructure provision is, however, sensitive to any under or over shooting in meeting
those targets. In other words, the need for infrastructure delivery and the economies of
scale required to finance that infrastructure, may be dependent on particular growth
thresholds being reached. As part of the infrastructure planning process, it is therefore
recommended that test scenarios covering household growth, employment growth and
demographics are agreed which reflect the vision and provide for any potential acceleration
or deceleration in numbers. Growth scenarios that can be applied include the following:
• Target (RSS growth rate);
• High (e.g. assume success in becoming a growth point);
• Low (e.g. marginal improvement in build rate);
• Baseline (current build rates extrapolated)
• Maximum (maximum growth that can be accommodated)
The final ‘maximum’ scenario was identified during discussions at the Spring 2008 South
West Major Development technical Peer Review Events (see section 10.1 for further
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details). The advice of LA presenters was that is worth considering the maximum number of
dwellings and employment floorspace that can be accommodated in a given Area of Search,
on the basis that current target growth figures are likely to be exceeded by future reviews.
The infrastructure required to deliver the maximum may exceed in scale or specification that
required currently, but it may be possible to facilitate upgrading at a later date through
careful planning and design now. Potential benefits of considering a maximum scenario
during the infrastructure planning include gaining further understanding of economies of
scale that can be achieved and value that could be captured. It also means that LPAs will
be prepared and aware of the infrastructure consequences should larger schemes be
proposed by other parties.
Case study: Plymouth – Testing of growth scenarios
Headline expansion targets for Plymouth include building 32,000 homes in the period to
2021 and creating 42,000 new jobs in the travel to work area. Plymouth City Council (PCC)
consider that it is vital that the necessary infrastructure is coordinated, programme and
planned to ensure that the anticipated growth in households and employment is mirrored
with appropriate infrastructure. Sufficient lead in time and coordination of infrastructure
design and funding is also fundamental to ensure a framework for the growth of the city is
delivered within budget against a pre-determined schedule.
One of the first tasks PCC have undertaken has been to determine a common set of
demographic change scenarios to enable infrastructure providers to have a consistent set of
data for short, medium and long term planning. The approach taken focuses on
demographic scenarios, but has also taken into consideration employment since the two are
interrelated. Job growth will attract migration and population growth will generate
employment in services. It was recognized therefore that population growth and
employment growth therefore need to be considered simultaneously.
The study undertaken by Arup and Knight Frank tested a large number of scenarios, which
were useful in providing context and indicating the range of uncertainty around such
projections, but were too many for practical use for assessing infrastructure requirements. It
was therefore concluded that it would be necessary to focus on a few scenarios that best
represent the current intentions for the city’s growth. It was also considered important to use
scenarios that strongly test infrastructure capacity, so that the risks and costs of under-
provision can be identified, and in case particular thresholds for infrastructure exist near the
top of growth expectations, with significant implications for planning and costs.
3.4.1 Converting growth scenarios into infrastructure need
Once growth scenarios have been agreed, it is necessary to convert numbers of households
and jobs into metrics suitable for establishing the scale and nature of the infrastructure
needed to support these figures.
Social and community provision would normally require household targets to be converted
to a form that would allow providers to understand the type of person expected to occupy
new development in terms of their demographic characteristics. The age profile will
determine the type of social services; education; health and general community services
needed. These factors will be dependent upon the characteristics of the new housing
proposed in a community (reflecting social mix and other factors).
Careful consideration will need to be given as to whether new housing will be occupied by
households conforming to average for the LPA. The type and scale of housing proposed is
likely to have a significant influence on the socio economic composition of the development.
For example, detached market housing with private garden space may be particularly
attractive to aspirant professional worker households with children whilst flatted
accommodation may encourage childless singles and dual income households. These
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outcomes have a significant bearing on the need for different types of social and community
infrastructure e.g. more or less nursery and school accommodation. Consideration should
also be given to the displacement effect created by new development which successfully
attracts short distance moves (most moves in the housing market) from existing or newly
created households within the existing LPA boundary. For example, less mobile sections of
the population may account for an increased proportion of an existing neighbourhood,
resulting in changing demands for services hence infrastructure.
Critical service infrastructure will be required to meet the additional demand for energy;
water consumption; waste tonnage and trip generation, all of which must be measured in
the appropriate units. Methods will need to be developed with infrastructure and service
providers to model the impact of growth in terms appropriate to their business.
The methods employed will vary according to the stage in the planning process. At the
issues and options stage of the development plan process it is unlikely that any customised
forecasting will exist, however it should be possible to identify some metrics that can be
refined later:
Table 3 - Metrics to quantify critical infrastructure need
For further information on metrics relevant to community and social infrastructure please
refer to Appendix D.
3.5 Option generation to test infrastructure solutions
In addition to the consideration of growth scenarios, it is recommended that partners identify
wider trends that will inform and drive the development of alternative infrastructure and
service delivery options and solutions. This process will link in with the Whole Life Costing
process introduced in chapter 4 and an integrated approach to land use and infrastructure
planning as explored below. Factors that could be considered include:
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• Changes to the cost of materials required to construct infrastructure, such as escalation
in the price of key commodities like steel and copper.
• Changes to the cost of running infrastructure, such as where carbon based fuels are
essential to the on going viability of a project and/or development.
• Likelihood of changes in government policy concerning the future ownership and
management of infrastructure.
• Likelihood of resilience to future changes in physical operating conditions, for example
higher temperatures can materially affect the operation of the electricity grid and
demand for potable water and the disposal of storm water;
• Likelihood of future technological change affecting the costs of a particular solution e.g.
power can be produced through multiple smaller sized generation units under a
decentralised scenario or through a grid based solution. It is also possible that
substitute energy carrier fuels will emerge that will either make personal mobility more
or less likely.
The uncertainties surrounding these issues means that there is no single most likely
outcome but more a range of differing scenarios whose likelihood needs to be investigated
as part of the testing process. Mitigating actions that could be tested are as follows:
• Give a high level of resilience and/or self containment in the future (where development
is future proofed against the affects of climate change and fluctuations in the availability
of key resources by lowering its reliance on external sources of energy, water, etc.);
• Networked solutions with a strong economic focus (where development draws on the
most cost effective source of supply through networks);
• Prioritisation of critical infrastructure services (e.g. water, energy transport) to meet
essential service needs;
• Employment of “soft” measures that reduce demand for services in the first place
(energy, water and transport);
• “Critical massing” of development to optimise the scope for meeting the minimum
thresholds required for viable infrastructure provision in larger urban extensions (say
over 5,000 dwellings); and
• Opportunities to utilise available headroom to absorb growth and minimise the need for
new investment.
Each of these scenarios will have an impact on the cost, phasing and risk associated with
development. The impact of these scenarios will need to be balanced against other material
considerations assessed in the planning process. For example, a large urban extension may
facilitate a lower cost of development but might materially affect the settlement to which it is
attached which may be important in heritage terms. Partners must decide on the relative
weighting that infrastructure considerations are given alongside other matters.
3.5.1 Integrating land use planning with infrastructure planning
The goal of integrating land use planning with infrastructure planning means that the
development of scenarios covering infrastructure must be worked through alongside those
relating to the scale, nature and timing of development to be delivered. The sub-sections
below introduce a range of factors that should be used to test infrastructure options and
devise solutions:
3.5.2 Sustainability performance criteria
As the Infrastructure Delivery Plan will support the Core Strategy, it is appropriate that the
infrastructure planning process is subject to sustainability appraisal.
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A high level of sustainability performance has the potential to change the infrastructure
solution used to deliver services. High levels of resource efficiency reduce the need to
deliver water and remove waste water; electricity/ gas and landfill. Downstream implications
of resource efficiency are fewer power stations; pumping stations; land fill. Sustainability
resource criteria also affect the means used to deliver remaining need. Maximising energy
delivery through on site or community scale provision reduces the need for centralised
energy generation delivered from remote sites. Sustainable drainage places a greater
emphasis on landscaping rather than engineered drainage solutions.
3.5.3 Integrated infrastructure provision
Infrastructure solutions have traditionally been planned and delivered by sectoral specific
organisations providing water, electricity, gas or transportation. In contrast, sustainable
models of provision involve the delivery of integrated solutions, which recognise that
feedback loops can fostered between infrastructure sectors. For instance, that combustible
residual waste (non recyclable) can be used to generate energy and waste water can be
used as a source of biogas. These feedback relationships can be modelled and optimised
collectively, rather than treating infrastructure items as discrete service problems.
3.5.4 Location and scale of growth and economies of scale
It will be important for people responsible for developing housing targets to understand the
minimum thresholds associated with development as this might help identify additional
capacity to accommodate more growth if needed. The use of scenarios becomes critical
under circumstances where market confidence is already low or subject to uncertainty
making it less likely that a target level of growth can be met. Market uncertainty can easily
be transmitted to infrastructure providers who face a delivery risk if the anticipated level of
growth is not realised (although it would not normally be permissible to invest in advance of
a defined need for new capacity).
The deliverability of infrastructure is affected by the degree to which the scale of growth
meets the minimum economic size criteria used by a provider. Social and community
infrastructure typically requires a minimum population catchment to justify investment.
Phasing is, therefore, critical to ensuring that a development delivers the minimum
population needed to justify a new facility or upgrade economically. Unfortunately, different
types of infrastructure will have different minimum population requirements to justify their
needs. In these cases, the LPA must base its judgement on phasing by looking at the
expected socio economic profile of the development.
The situation with critical infrastructure is complicated by the way water, transport and
energy needs can often be met by spreading the load across a wider network, bringing in
resources from great distances. While this may resolve a problem in the short term, the
efficiencies of using remote networks can be lower, for example using the grid to deliver
power as opposed to higher efficiency district generation. Ultimately, these wider networks
may also be subject to the same problems, in this case, new electricity generation capacity
is needed to make up a projected national shortfall arising from the retirement of nuclear
and older coal fired power stations. These decisions remove control from the region and can
have a deleterious effect on the ability of the region to fulfil targets, for example, the likely
carbon intensification of the grid as a result of the construction of new coal fired power
stations to replace ageing nuclear plant.
Asset efficiency
Specific site allocations are material to the scale of infrastructure need (see section 4.1.4 on
Baseline Capacity Assessments). The need for fixed facility based infrastructure like
schools can be affected by the proximity to existing facilities where excess capacity has
been identified. Network infrastructure items such as transport can be affected by the flow
capacity of the infrastructure at the proposed point of ‘plugging in’ new development e.g.
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spare carrying capacity may exist on the road network or grid at one location compared to
another location in the same Strategically Significant Cities and Town (SSCT).
The need for Local Authorities to show greater efficiencies in the use of their assets (The
National Improvement and Efficiency Strategy) may also provide a further driver towards
assessing where “headroom” exists in the physical infrastructure available in a locality.
Greater emphasis is now placed on co-locating services to achieve integrated delivery
between services formerly managed separately. The government is encouraging the
formation of Regional Improvement and Efficiency Partnerships (RIEPs) to facilitate this
innovation.
Accessibility
Accessibility is a key concern in planning infrastructure. Steps made to reduce the time and
cost required by people in new development to access an under utilised facility can remove
the need to provide additional capacity. A comparative cost benefit analysis should be used
to consider if improved accessibility can make existing infrastructure more effective.
Cost feedback into options
The issue of costing infrastructure is dealt with in Chapter 4. Information on the Whole Life
Costing model promoted by HM Treasury and further approaches to service model testing
are provided at section 4.4 and Appendix C.
3.5.5 Future proofing
Future proofing is a process whereby current standards are tested against the likely future
scenarios and decisions taken regarding the need to adopt more rigorous standards, such
as those relating to reduced energy or water use. Efficiencies can be gained by looking at
ways in which infrastructure needed to deliver one type of service can also support the
efficiency of another service.
Much of the legacy infrastructure built during the last two centuries did not have to meet
very testing performance standards because the resource base used to supply need was
relatively cheap and plentiful. As such it has been acceptable to use commodities like
energy fuels and potable water inefficiently without incurring any significant penalty.
The future is, however, likely to be dominated by shortages and expense as easily
exploitable resources and there is increasingly reliance on more expensive reserves and
alternatives. The use of more expensive alternatives will have an impact on the South West
economy’s ability to generate and retain wealth and place increasing strain on household
finances, especially those where basic commodities like energy, water and food account for
a relatively high proportion of total income.
Against this background, the relative efficiency by which infrastructure delivers services to
populations and businesses is likely to become a key issue that will impact on the ability of
areas to generate wealth and stability.
By its very nature, future proofing requires looking across a development to identify potential
linkages and set targets appropriate for them. This typically involves reviewing existing
targets and standards set within the planning process and outside it concerning waste,
localised energy, water, employment, environment and transport. It would be expected that
this type of work requires the development of an evidence base capable of informing
choices that cut across many of the professional disciplines that contribute to a final
development.
3.6 Working with utility providers on evidence base development
It is apparent that within the spatial planning field, the least-well understood infrastructure
sectors are the utilities; namely water and sewerage; and electricity and gas. These
industries are relatively complex in statutory make-up, spatial remit and their respective
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regulatory frameworks. Understanding the structure of the industry, the nature of the
forecasting activities of these companies and the information they prepare as a matter of
course provides the basis for further engagement. Given that the challenges set by the
Code for Sustainable Homes and other strengthened environmental standards will impact
upon the decisions and operations of LPAs and utility providers alike, they are likely to
provide the motivation for more integrated working than has taken place in the past. For
example, the consultation of renewable energy issued by government in July 2008 on how
to meet the European Union’s 15% target for renewable generation across all forms of
energy consumption makes in more likely that a renewable heat obligation may be created.
It will be hard for the energy utilities to meet this target without a more intensive dialogue at
the local level.
This chapter of the advice note aims to provide a brief introduction to the structure of the
utility industries, and seeks to highlight matters of particular significance to improved
integration with spatial planning. Observations that are common to all the infrastructure
industries and may inform an approach to consulting companies are noted here:
• As a result of commercial sensitivity, some of the information held by utility companies
may not be available at all stages during the planning process. This could lead to a lack
of transparency and openness during dialogue.
• Utility infrastructure can involve long lead times and it is necessary for companies to
include costed infrastructure proposals within five year business plans. A process of
rolling engagement between the LPA and utility companies is likely to be of mutual
benefit.
• The geographical boundary of the utility providers does not correspond with that of
district, unitary or county administrative areas. As such, there may be benefit in LPAs
within a functional water supply area grouping together to discuss strategic
infrastructure issues with the appropriate company/s.
• Infrastructure networks face the challenge of renewal. For instance, sewer networks
have been built-up over several generations and many sewers are well over 100 years
old. A sewer’s age is a poor guide to its condition and performance and company
information on the state of a sewer may not always be complete. Gathering the data
necessary to make informed decisions on available capacity can therefore take time.
• In connection with the challenge of renewal, infrastructure networks are also facing
pressure to reconfigure. Much of the electricity grid infrastructure, built in the 1950s and
60s, is now nearing the end of its design life. Many argue that the opportunity to
facilitate decentralised technologies such as CHP should therefore be taken now while
ageing infrastructure is being replaced. The wastewater industry is presented with a
similar test in terms of how sustainable urban drainage systems should interact and be
maintained with more conventional systems.
Background information more specific to the two groupings of utilities is provided in the
following sub-sections:
3.6.1 Water and sewerage
The Water Act 1989 led to the privatisation of public water authorities and there are now 22
water and sewerage companies in England and Wales. Because the water industry is made
up of local and regional natural monopolies, and there is no national grid to transfer water
between networks, it has not been possible to stimulate improved performance and service
efficiency by providing customers with the option to switch supplier. The Government has
therefore maintained an economic regulator, whose role is to set price limits for customers
based on demanding efficiency assumptions. This encourages companies which perform
poorly to catch up with those that are more efficient.
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Established in April 2006, Ofwat (the Water Services Regulation Authority) is the economic
regulator of the water and sewerage industry in England and Wales. Ofwat’s responsibilities
are to set limits on pricing and protect customer interests, encourage competition and
adequate investment within the industry, and administer and enforce the licensing regime
for water and sewerage companies set out in the Water Services Act 1991. Ofwat is not a
quality or environmental regulator for water; these responsibilities lie with the Environment
Agency, the Drinking Water Inspectorate and English Nature.
The key responsibilities of the water companies in relation to clean water supply are set out
in the Water Industry Act 1991:
• Section 37 – Every water supplier must develop and maintain an efficient and
economical system of water supply in its area.
• Section 55 – The water supplier must provide a supply of water.
In addition, the Environment Act 1995 specifies:
• Schedule 22, section 102 – It shall be the duty of every water undertaker to promote the
efficient use of water by its customers.
Water companies are required to submit two main forms of plan for scrutiny by government
agencies:
• 5 year business plans – every five years Ofwat evaluates business plans submitted by
each company to determine whether the proposed expenditure is necessary to deliver
required services, including security of supply, and therefore whether it will allow the
investment to be reflected in charges to the customer.
• 25 year water resource plans – Ofwat shares responsibility for ensuring companies
meet demand with its principle partner, the Environment Agency. The EA is responsible
for companies’ long term water resource planning, ensuring they have 25 year water
resource plans that will enable demand to be met.
Over the last few decades, the general principle underlying water management for
developments has been that it would be technically possible for water supply, sewerage and
sewage treatment to be made available anywhere. For instance, sewerage companies
have a duty to provide drainage, and have limited powers to stop additional flows into the
network even though these may overload it and cause flooding. It is widely acknowledged
that this model of infrastructure provision is outdated, as it does not account for the
potentially significant environmental, economic, timing and sustainability constraints that can
arise.
In terms of the linkages between spatial planning and infrastructure planning by the water
and sewerage undertakers, mechanisms for ensuring a degree of integrated planning have
improved in recent years. The Environment Agency has responsibility for long water
resource planning and also acts as a statutory consultee for both regional and local plans.
The EA is therefore in a position to ensure that, for instance, levels of groundwater
abstraction are maintained within environmental limits. Water Resource Plans with a 25
year timeframe correspond well with the strategic timeframe of the RSS and are important
as the provision of a new reservoir will typically take around twenty years from proposal to
completion.
As with water supply planning, planning for future wastewater discharges requires long-term
strategic appraisal. Where development is proposed in a river catchment close to its
capacity for accepting effluents, the treatment and discharge of additional wastewater will be
a concern. If development proceeds ahead of the sewerage system capacity and the ability
of receiving sewage treatment works to process increased flows, inadequate foul drainage
may result in pollution of the water environment. To overcome this, the sewerage undertaker
could transfer flows to another catchment for discharge, or treat the effluent to a quality that
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is close to natural river quality and so limit impact on the water environment. Both solutions
would require a sustainability assessment. The gap in the current planning framework is
that there is currently no equivalent to the long term water resource plans, whereby
companies would be required to produce 25-year sewerage plans that consider strategic
options. This absence of long term planning within the wastewater industry is an issue that
Ofwat are currently seeking to address in consultation with the Environment Agency.
In terms of financing water and sewerage infrastructure, under current planning legislation
there is no requirement for developers to contribute to the cost of upgrading sewage
treatment works or of new water resource schemes and it can be problematic to secure
upgraded infrastructure in advance of development. There are several ways of allowing
developers to finance other network infrastructure (such as network extensions), but new
infrastructure, such as works upgrades, will be financed from general customer tariffs,
unless the developer and the statutory undertaker reach a bilateral agreement that
accelerates the process.
3.6.2 Electricity and gas
British Gas was privatised in 1986 and the electricity industry was privatised three years
later in 1989. The structure of the energy industry has more organisational layers than that
of the water and sewerage industry and therefore the economic regulator, Ofgem, is
required to promote efficiency and competition in a number of ways. The roles of the
numerous stakeholders are summarised below:
• Generators (electricity) and wholesale gas suppliers – Generators own and operate
power stations. The majority of Britain’s gas comes from offshore gas fields in the North
and Irish Seas. Since market reforms in 1996, wholesale gas has been traded like any
other commodity. Generators and wholesale gas suppliers sell to energy supply
companies (see below).
• Transmission Network Owner – Both the electricity and gas transmission networks in
England and Wales are owned and operated by National Grid.
• Distribution Network Operators (DNOs) – Distribution networks carry electricity and
gas from the transmission network to homes and businesses. The south west region is
served by three electricity DNOs: Western Power Distribution, Central Networks and
SSE-Southern (a map of DNO boundaries can be viewed at:
http://www.nationalgrid.com/uk/Electricity/AboutElectricity/DistributionCompanies/
Energy transportation businesses are natural monopolies so in order to encourage
efficiency and protect customers’ interests, Ofgem regulates the companies through
five-year price control periods. Electricity network companies raise revenue by levying
three broad types of charges on both generators and energy suppliers: use of system
charges to pay for network reinforcement and maintenance; connection charges to
cover the cost of new connections; and balancing charges, to meet the costs of
matching supply with demand.
• Energy Suppliers – Household and business consumers buy electricity and gas from
the energy supply companies. At present this competitive market is dominated by the
‘big six’ supply companies: E.on (Powergen), Centrica (British Gas), EDF Energy,
Scottish and Southern Energy, RWE (npower) and ScottishPower.
Beyond proposals for major infrastructure items such as power stations and gas storage
facilities, elements of the energy industry that are likely to be of greatest interest at the local
level are:
• the cumulative impact of grid connections on the transmission and distribution networks;
and
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• the implications of decentralised generation on the form of the electricity distribution
network.
In relation to the first of these, an accumulation of connection requests can ‘trigger’ deeper
Grid reinforcements, to increase capacity at bottlenecks. By waiting for requests from
developers and suppliers, network operators are able to build an evidence base to show
planning authorities that new lines are needed. This approach also allows operators to
avoid investing in lines which may prove uneconomic at a later date. The disadvantage is
that long delays to delivery can result when the trigger point for the additional capacity is
reached.
The second issue relates to the form of the electricity distribution network and its ability to
integrate the decentralised generation technologies promoted by planning policy, such as
CHP and small wind farms. The distribution network can be described as resembling a tree,
with power flowing from the root and trunk and out along branches. There is little
interconnection between the branches and therefore maintaining reliability can present
technical challenges. Once decentralised generation is introduced, networks would need to
cope with voltage fluctuations and reverse power flow. Though the higher-voltage lines are
monitored and managed centrally, the lower-voltage parts are not. Most faults still require
on-site intervention to restore supply. If decentralised generation is to become widespread,
improved monitoring and control techniques are likely to be required, with more automation
and more interconnectivity between branches.
Engagement with utility providers will help LPAs to understand whether the matters raised
here are significant issues for and individual sub-region, and therefore whether spatial
planning policies and delivery timeframes need to be adjusted. The Taunton case study
provides illustrates the type of useful information that can be gathered through early
consultation.
Case study: Taunton - Urban Extension Study
Taunton Deane Borough Council commissioned Terence O’Rourke to complete an Urban
Extension Study (published November 2004). Utility infrastructure providers were contacted
as part of this study, and for strategic site at Monkton Heathfield, the following information
was gathered:
Electricity – It was confirmed that any expansion of the town within this area of search will
require some off-site reinforcement work. The area already accommodates 11kV overhead
power lines and these will need to be incorporated within future road layouts as part of any
expansion of the town. The area of search is also crossed by 33kV overhead lines and
these may need to diverted of laid underground.
Gas – The area of search lies at the start of the medium pressure gas network and close to
the intermediate pressure network. An urban extension here would potentially require no
reinforcements and minimal approach mains.
Water supply – Any large scale expansion of the town will have significant impacts on
water supply sources and on the distribution system in general, and considerable
reinforcement work will be required alongside any expansion. Detailed appraisals will be
required to model the water supply system once the scale and location of any extension has
been confirmed.
Sewerage – The whole of the Taunton area discharges foul sewerage to a single sewage
treatment works at Ham located approximately six kilometres east of Taunton town centre.
It was confirmed by the sewage company that the further extension of the town in a north-
eastwards direction will require a public sewerage connection to the Ham trunk sewer which
is located approximately 1 kilometre to the south. Making this connection will involve
crossing the Taunton to Bridgwater canal, the Penzance to Paddington railway and the
River Tone, which will be expensive and potentially difficult. As this connection is likely to
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be a pumped connection, to avoid problems of septicity when foul flows are relatively small
during the early years of the town’s expansion, a short-term solution may also be required
alongside the long-term solution, perhaps entailing the use of lower capacity pumps and the
provision of twin or multiple small diameter rising mains in lieu of one of large diameter.
However, as many of the other local sewerage systems in this area of Taunton are already
at capacity, there are likely to be wide benefits resulting from this long-term connection if
delivered in advance of any expansion of the town.
Telecommunications – No problems were envisaged in terms of supplying
telecommunications to the area.
Case study: Yorkshire and Humber Assembly - Lessons from the Regional
Integrated Infrastructure Scoping Study
The preparation of a scoping study by Arup, to help develop a common evidence base and
approach to infrastructure in the Yorkshire and Humber region, involved engagement with
the full range of infrastructure providers.
Before an engagement strategy can be prepared a full understanding of the infrastructure
providers to be engaged is essential. It is necessary to ensure that all relevant
organisations for the spatial area to be covered are contacted. This may involve a number
of organisations, for example in the Yorkshire & Humber region there were 5 relevant water
and sewage treatment companies, 4 electricity distribution networks and 2 Gas Distribution
Network Operators.
In terms of the engagement process itself it emerged that there was considerable advantage
to be gained by engaging providers on an individual basis through structured face to face
meetings. This was found to enable a greater degree of shared understanding about the
planning objectives and therefore deliver more useful outcomes than could be gained
through telephone conversations or email correspondence. Workshops (of around 50-60
representatives in the case of Y&H) were beneficial for wider debates, particularly where the
regional assembly or local authority utilised its status and contacts to gather together the
relevant organisations. Water companies were generally well represented at workshops,
followed by electricity companies. Gas companies were less likely to attend workshops.
The benefit of a good strategy is that the process of dialogue with regional stakeholders and
service providers itself has the potential to build capacity in the region and assist in the
move towards a more integrated approach to planning for future growth, as was found in the
case of Yorkshire & Humber.
3.7 Formalising the vision –structures and plans
The government has introduced the Multi-Area Agreement (MAAs) as an opportunity to
work across shared priorities, while the Review of Sub-National Economic Development and
Regeneration has also strengthened the role of localities in securing economic growth. This
agenda requires looking beyond administrative boundaries to consider options for delivering
services across sub regions. The same issues apply specifically to choices for delivering
need and opportunities for achieving greater efficiencies in delivery.
MAAs are designed to enable local government to transcend traditional administrative and
structural boundaries. MAAs could deliver solutions to issues which may be more
effectively dealt with on a cross boundary basis (e.g. skills deficits, housing market
imbalances, transport links and other infrastructure projects). They are intended to be
aligned with, and to add value to, existing LAAs, whilst increasing freedom and flexibility for
local decision-making. The Local Government White Paper sets out the main intentions
behind MAAs: “We expect that development of MAAs will be voluntary. It will be for groups
of authorities and their partners to develop and deliver the MAA, and ensure democratic
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accountability in the governance arrangements. They will be able to agree shared outcome-
based targets drawn from the national indicator set and local priorities, which will then be
reflected in each area’s LAA. Authorities and their partners will also be able to agree to pool
funding to be used across the sub-region. These funding streams will need to be managed
by a single accountable body nominated by the partners.”
MAAs may be delivered one of three ways:
• An entirely localized agreement between different local authorities and regional
partners, amongst which common strategies and funds are shared, and existing
flexibilities are more fully utilized.
• An informal local or central agreement, in which central government assists in
unblocking any barriers to more effective working as a partnership.
• A formal local or central agreement, in which central government grants more
extensive and detailed flexibility in exchange for clear commitment to specific outcomes.
In November 2007, Hazel Blears announced thirteen sub-regions interested in developing
MAAs as part of a process to enable them to increase competitiveness and quality of life.
The aim is for each to produce an MAA locally and with government by June 2008. Two
examples from the thirteen sub-regions are the Tees Valley Partnership and the West of
England Partnership.
Case study – Tees Valley MAA
The Tees Valley City Region consists of the five borough councils of Darlington, Hartlepool,
Middlesbrough, Redcar and Cleveland; a group of authorities who have a strong history of
partnership working through the Tees Valley Joint Strategy Unit, the Tees Valley
Partnership, Tees Valley Urban Regeneration Company and Tees Valley Living. In May
2006, the Secretary of State for Communities and Local Government asked the partnering
authorities to prepare a City Region Business Case (dated September 2006), which was
accompanied by a 10 year investment plan based broadly on the current availability of
resources. In due course the Tees Valley Partners were also invited to participate as one
the thirteen pilot sub-regions who would produce a MAA.
The Tees Valley Partners felt that they already had the basis of an MAA within the City
Region Business Case, and hence the proposed MAA includes four elements:
• Priorities – based upon the projects within the City Region Investment Plan;
• Resources – the projects have already been prioritised to complement expected
funding envelopes and delivery capacity;
• Governance – a new City Region Metropolitan Economic Partnership including strong
representation from the private sector (see Tees Valley Unlimited below); and
• Performance monitoring – indicators that draw on, rather than add to the emerging
national indicator set for Local Area Agreements.
The Tees Valley Partners feel that the MAA should draw as much as possible on the work
already in place in the City Region, but provide added value. The partners advise that, in
essence, 80% of what they wish to achieve can be done without an MAA; the MAA itself
facilitates the delivery of the final 20% through the following key areas:
• Comfort – for the Tees Valley in being able to say that their proposals have the outline
support of Government, and for Government to show that the City Region has taken
hard choices in prioritising our interventions to account for funding availability and
delivery capacity;
• Certainty – greater long term funding certainty which will facilitate greater private sector
leverage and provide agreed ‘limits’ for Government to work to;
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• Flexibility – an ability to vire resources between projects and funding streams so that
overall programme (and cost) management is improved, and to share efficiency savings
between all partners;
• Buy in – a document that has a protocol, and is signed, committing parties to delivering
real benefits for communities, which draws Partners together towards a common goal.
It is proposed that, initially, the MAA would cover the three main funding streams in order to
keep it simple:
• the single programme from One NorthEast;
• transport funds through the regional funding allocation or direct from the Department for
Transport; and
• housing market restructuring funds through the Regional Housing Board/Department for
Communities and Local Government (DCLG).
It is intended that one authority will act as the accountable body for the resources in the
MAA supplemented with an agreement with the other four Tees Valley authorities specifying
the responsibilities of the accountable body and the other four local authorities in delivering
the MAA in their area. This agreement already exists in the city region for single
programme resources from One NorthEast.
With respect to governance, the MAA will be overseen by the Tees Valley Unlimited
partnership, the organisational structure of which is set out in the diagram below:
Source: http://www.teesvalleyunlimited.gov.uk/
Case study - the West of England MAA
The MAA will be based around the following key themes for the area: economic growth;
employment and skills; housing; transport; waste and climate change. These themes are
considered to be those where benefit could be gained from one or more of the following:
• Focusing the sub-region, its strategic partners, regional/national agencies and
government departments on delivery of the West of England’s key priorities;
• Securing commitment in advance of programmed investment in infrastructure, to match
growth in jobs and homes;
• Improving ways of doing business with strategic partners, regional/national agencies
and government departments, by reducing bureaucracy and complexity;
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• Concluding specific agreements which link together the work of public sector
organizations and government, reduce certainties and speed up delivery, especially
around public development;
• Ensuring greater flexibility, powers and resources are devolved to the sub-region, in
return for delivery of agreed and measurable outcomes.
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4 Undertaking Infrastructure Costings
Summary
A pragmatic approach will be needed to produce costings of infrastructure which uses
benchmarking information, until such time as feasibility funding can be secured to undertake
design work. This reinforces the need to treat the Infrastructure Delivery Plan as a “living
document” that can be updated readily as more detailed data becomes available without
prejudicing the formalised plan making process. At each stage of the development plan,
confidence levels are likely to increase making it possible to move from the use of
aggregate expenditure data to costs based on outline designs.
For each type of infrastructure, an assessment will need to be made as to which costing
methodology is most appropriate out of the following:
• Expenditure approach.
• Reference case approach.
• Standards based ‘top down’ approach.
• Baseline capacity assessment ‘bottom up’ approach.
• Modelling / design approach.
These approaches can be supplemented with sensitivity testing to investigate the affects of
costing parameters, including inflation and “optimism bias”. An unviable unit cost should
trigger a review of the process used to derive the initial costs including, if necessary, the
exploration of alternative ways or contingency plans for delivering the same infrastructure
outcomes.
The Treasury promotes the use of the whole life costing approach, a technique that shows
the flow of costs associated with a particular type of infrastructure over its economic life
span. Accounting for ease of maintenance, the need for an upgrade in performance and
decommissioning are material considerations to the cost of an investment and can change
the ultimate investment decision. For example, a lot of sustainable construction design can
involve a higher capital outlay at the start of a project’s life, but potentially reduced expense
in on going operation and maintenance.
The realities of development planning and infrastructure planning are that they are more
likely to be out of step with one another than neatly aligned. Typically, the planning system
demands much greater detail than infrastructure providers are capable of delivering early on
in the process, because insufficient certainty exists for others to commit resources to in
depth design work.
A pragmatic approach will, therefore, be needed to produce costings of infrastructure which
uses available sources of information until such time as feasibility funding can be secured to
frontload design work. This reinforces the need to treat the Infrastructure Delivery Plan as a
“living document” that can be updated readily without prejudicing a more formalised plan
making process.
As the development plan process moves towards the specification of specific sites and
policies, infrastructure providers will have greater certainty within which to commit their own
monies to design works.
The process of producing an Infrastructure Delivery Plan is, therefore, iterative meaning it
will become possible to refresh the IDP with new costing information either from providers or
through funding available from other sources to firm up proposals.
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4.1 Costing methodologies
For each type of infrastructure, an assessment will need to be made as to which
methodology is most appropriate out of the following:
• Expenditure Approach
• Reference Case Approach
• Standards based ‘top down’ approach
• Baseline capacity assessment ‘bottom up’ approach
• Modelling/ Design Approach
4.1.1 Expenditure approach
This method is the fall back position that should be used when no other alternatives exist,
usually early in the planning process. This method makes up for the lack of information by
making a simplifying assumption that total budgeted sum spent on providing a particular
type of infrastructure is a reliable guide (adjusted for inflation) of what might be needed to
meet future need. Most government programmes allow for 2.5% inflation, which is separate
from construction cost inflation and land price inflation (e.g. inflation for major transport
schemes is currently running at around 10%).
Methods based on looking at the totality of expenditure on a particular type of infrastructure
should look to applying a cost inflator and producing a per capita expenditure figure which
can then reflect anticipated growth. This method is a stop gap method and only capable of
producing “ball park” figures. It should be the objective to substitute costs calculated this
way with output from any of the other methods if and when they become available.
Table 4 - Undertaking expenditure costing
This approach does assume that per capita costs for providing infrastructure stay constant
in real terms irrespective of the size of settlement. However, it is likely that once a
settlement expands beyond a certain point, the per capita costs of infrastructure change
because the projects tend to get larger and more complex to deliver.
4.1.2 Reference case approach
This method makes up for the lack of information by making a simplifying assumption that
comparable projects or how much has been spent on providing a particular type of
infrastructure in the past is an adequate guide to meeting future need. The absence of
design proposals for the costs for a new waste processing would be met by looking for a
comparable facility provided either locally or elsewhere (including outside the region if
necessary). Examples may be available through professional journals, specialist studies,
government databases on PFI projects. Reference case data can be a useful way of testing
other assumptions such as whether a project proposed now has made too optimistic
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assessments of the costs and benefits associated with its development (see box on
optimism bias).
Dealing with “Optimism Bias”
Accumulated evidence from large reference case projects can help reveal potential
“optimism bias” where actual costs registered on these projects significantly exceed the
forecast costs. For instance, inaccuracy on costs has averaged 44.7% on rail (where
schemes have been reasonable well defined); 33.8% for bridges and tunnels and 20.4% for
roads. When inaccuracies on costings are combined with the errors in forecasting demand
for rail and road services, the cost/ benefit appraisals are factoring significant problems.
Academic study suggests that the source of inaccuracy seem less related to the quality of
data and more related to the psychological and political behaviour of the people involved
with project development. Forecasters and managers were seen to be deliberately
overstating the benefits and understating the costs in order to secure approval for their
project.
The problem has been given the term “optimism bias” which is a form of self deception as
opposed to deliberate lying. Research has suggested that optimism bias tends to be
systematic rather than random and therefore open to correction. Reference class
forecasting is a means of trying to correct for optimism bias by identifying a relevant
reference class of past, similar projects. The class must be broad enough to be statistically
significant but narrow enough to offer meaningful comparisons. The second step is to draw
lessons from the class in terms of statistically significant patterns. The third step would
compare a specific project’s assessment against the reference class to identify possible
sources of bias.
The results of the “optimism bias” survey referred to above related to schemes that were
fairly well defined. Clearly, the potential for underestimations of the funds required for a
scheme that is only at the conceptual or options appraisal stage will be even greater.
4.1.3 Standards approach
This approach is based on producing a bottom up assessment of need using a standard
cost yardstick like a build cost per square metre. Need expressed as quantities of floorspace
needed for community centres, doctor’s surgeries, day care centres, social day care centres
can be readily converted to a cost using the type of guides available through Quantity
Surveyors or through official benchmark costs used by government departments like
Department for Education and Skills. Examples of the standards approach are to be found
in the Supplementary Planning Documents and Development Control Guidance Notes on
Planning Obligations published by Local Planning Authorities aligned to advice issued under
ODPM Circular 5/05.
The standards approach can deal with economies of scale in providing social infrastructure
if it’s known that a minimum size of facility is needed to service a particular need.
Local Authorities still commission or deliver directly much of the social infrastructure within
their remit so the data needed to develop indicators is usually drawn from service planning
data held by departments.
Accessing data to establish standards for private services is, however, less easy to deal
with. Issues of commercial confidentiality arise when trying to access performance data
outside anything publicly available through regulatory bodies.
Standards are usually moderated to reflect the size of the development (where standards
are reduced for smaller sized developments reflecting relative impact); and “headroom”
(where requirements are reduced to reflect the availability of headroom in existing
infrastructure).
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Standards are also moderated by type of development (e.g. smaller dwellings with fewer
occupants have a different service impact than larger dwellings). Type is usually
differentiated by bedroom size which is equated to average number of occupants:
Table 5 - Average number of occupants per dwelling (Swindon)
Many further examples of the standards approach exist in the South West. Swindon BC’s
Developer Contributions Guidance Note (Sep 2006) sets out the Council’s approach across
a variety of community infrastructure.
4.1.4 Baseline capacity assessments
The results of a standards assessment can be refined using baseline capacity studies,
which are better able to take account of specific local circumstances and forms of service
delivery. It is therefore good practice to encourage service providers to report on what
headroom exists in existing facilities; road networks and processing plants etc. Local
government is increasingly obliged to demonstrate efficiency savings so understanding
where scope exists for using what already exists; building on what is already in existence or
looking at complimentary co-location can help identify resource efficiencies that lessen
impact on the eco system and are cheaper and less disruptive to communities.
The diagram below illustrates the queries/stages of baseline capacity assessment that could
be followed:
1. Can need be met through existing headroom?
2. Can need be met by enhancing existing facilities or through co-location?
3. Can need be met on site?
4. Can need be met within the host community?
5. Need to be met remotely?
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Figure 4 – Infrastructure provision and finance
Case study: Swindon – baseline capacity assessment of schools
Swindon Borough Council’s Developer Contributions Guidance Note (Sep 2006) utilises a
combination of the baseline capacity and standards approaches to calculate developer
contributions for education provision.
Swindon Borough Council used The Schools Organisational Plan (2006 to 2011) to identify
the number of educational facilities within the Borough operating at or beyond capacity, or
that are likely to operate at or beyond capacity during the life of the Plan – the Plan being
updated annually. This entails that decisions regarding
sufficient capacity are made with reference to the Net
Capacity Figures, as reported to the DfES in the Annual
Surplus Places Return, in line with the Pupil Level Annual
Census Data (PLASC). Empty spaces do not necessarily
mean there is excess capacity at a given school, as it is
generally accepted that schools should not operate at
100% capacity. The amount of surplus places calculated
also takes into account the impact of previous Planning
Applications processed within the previous two years.
The Council seeks a contribution from all developments
within catchment areas where schools are operating within
5% of capacity, or are projected to reach upwards of this
capacity during the period up to 2011, or have fewer than
6 actual places. Catchment maps such as that adjacent
are used to signify areas in which proposed residential development would result in a need
to contribute to primary and/or secondary education.
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If residential development results in a school’s capacity being exceeded, a financial
contribution for the extension or upgrading of off-site facilities would be sought. If the size of
the development justifies the provision of new educational facilities, on-site provision may be
required. Single bed dwellings, bed-sits and temporary housing are not currently expected
to contribute, as the number of educational places resulting is marginal.
Contributions to Primary and Secondary School education are calculated using the following
formulae, which are subject to annual review in line with government guidance:
DfE’s Cost Multiplier x 0.98 Regional Factor + ICT £1800 = £ per place
£ per place x places per dwelling = £ per dwelling
The cost multiplier is the assessment made by the government of the cost of a school place.
The Regional Factor is an adjustment made for the local costs of provision.
Where the impact of a new development results in the need for a new school,
accommodation requirements are calculated by reference to the maximum DfES guidelines
as outlined in Building Bulletin 98 (Secondary schools) and Building Bulletin 99 (Primary
schools). Specifications also need to meet the government’s Extended Schools agenda and
best practice for the type of school, in addition to government advice on design and
environmental issues.
4.1.5 Modelling approach – larger infrastructure
Larger infrastructure projects that enhance an open network like highways,
telecommunications, energy grids or waterways present a challenge to the development of
appropriate standard, and baseline capacity assessments.
Network improvements change the behaviour of existing users as well as providing capacity
for new users, unless steps are taken to deliberately exclude them, such as through
targeted pricing. Without modelling the behaviour of the whole network to determine the
effect of new motorway junctions or electricity grid reinforcement, it becomes hazardous to
load the cost of network infrastructure upgrades on the last development that resulted in the
maximum capacity threshold of the existing infrastructure being exceeded. The impact of
network behaviour also has an important influence on the cost of the infrastructure itself as
the actual design performance of the infrastructure must account for all potential users. As
noted in section 3.2.2, it may therefore be useful to explore the implications of a number of
growth scenarios on network capacity, in order to understand when critical thresholds are
crossed and what the economy of scale implications are for the funding of a particular item
of infrastructure.
Case study: West of England – Greater Bristol Strategic Transport Study
The West of England differs from the majority of sub-regions within the South West for the
reason that it encompasses three designated Strategically Significant Cities and Towns
(SSCTs) rather than a single principal town or city. In this context, transport modelling has a
particularly important role to play in planning the balance of growth between the three
closely linked SSCTs of Bath, Bristol and Weston-super-Mare, in addition to considering the
distribution of growth within and adjacent to each of these centres.
The four authorities of Bath & Northeast Somerset Council (B&NES), Bristol City Council
(BCC), South Gloucestershire Council (SGC) and North Somerset Council (NSC) have
traditionally cooperated on transport planning matters; formally through the Joint Strategic
Planning and Transport Unit (JSPTU) and more recently through the West of England
Partnership (WoEP). The Greater Bristol Strategic Transport Study (GBSTS), undertaken
by Atkins, was commissioned with a brief to develop a series of integrated multi-modal
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transport strategies over time, including detailed strategies for 2011 and 2016 and broader,
high level, strategies for 2021 and 2031.
Modelling work was initially undertaken for five spatial growth scenarios. None of these was
designed to be a distribution of developments that was expected to be implemented, rather,
they represented a range of different assumptions whose impact on the transport system
could then be estimated and assessed. From the transport analysis, it was possible to
assess the affects that each scenario would have on the performance of the transport
system and the types of measures that would be required in order to resolve some of the
resulting transport problems. This analysis formed an input into the selection by the West of
England by Partnership of a baseline preferred spatial distribution, which formed the basis
for the preparation of a preferred transport strategy that is now being taken forward through
the Joint Local Transport Plan.
The problem with the modelling approach is that it is expensive and sensitive to the lack of
detail that pervades the planning system early on the development planning process. The
transition from a broad location identified in the RSS to a specific site in a site allocations
development plan document can produce materially different outcomes on how
infrastructure is used.
Faced with this problem, attempts have usually been based on finding rationales for
apportioning a design cost to new housing as opposed to other users. The method is based
on determining what proportion of a large project should be allocated to new development
and what is reasonably attributable to an existing community.
A cost per new household is calculated by:
• apportionment between domestic and non domestic (where appropriate);
• forecasting the number of new households over the plan period;
• determining what proportion new households constitute of the total for the local
authority;
• calculate the share of the infrastructure cost attributable to new housing;
• dividing the cost by the number of new houses to establish a charge per house.
This method relies on someone calculating the cost of the infrastructure in the first place
and agreeing to it’s status as a shared benefit, such as a common definition of an existing
community if the benefit crosses administrative boundaries.
4.1.6 When to apply these methods
To gain an overview of infrastructure requirements for all categories, it will be necessary for
authorities to use a combination of approaches to assessment. This will involve gathering
existing information that is available and requesting/commissioning new studies that utilise
the broad approaches to assessment described above. As more accurate and detailed
information becomes available, initial costing exercises undertaken using an expenditure or
standards approach can be supplemented or replaced by that gained through a baseline
capacity assessment and quantity surveying.
Table 6 - Converting assessments of infrastructure needs to costs
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An illustration of how the different approaches can be applied within a single sub region is
illustrated below:
Case study: West of England – pooling of information on infrastructure need and
costs
The West of England Partnership (WoEP) recently commissioned SQW to produce a
Delivery Plan for the sub region. The study provides an example of where information
derived through the standards, baseline capacity and modelling approaches has been
pooled to build up a comprehensive picture of sub regional infrastructure requirements and
identify where further work may be required. Table 7 identifies the sources of information
used for each category of infrastructure and the likely costing methodology.
In terms of next steps, the report advises that partners may need to undertake a
prioritisation process to determine where funding should be allocated when shortfalls arise,
in addition to a rolling review of identified infrastructure requirements.
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Table 7 - West of England assessments of infrastructure need and costing
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Table 7 - continued
4.2 Sensitivity testing and cost review
Sensitivity testing can be undertaken to investigate the affects of the following costing
parameters:
• Scoping of costs – what is included/ what is excluded.
• Assumptions concerning cost – as the development planning process moves ahead,
new sources of data will become available that can be used to refresh costing data.
Every attempt should be made to get design specific costing data and supercede
budget based costing data.
• Assumptions concerning the continuity of infrastructure budgets – typically
governments tend to cut capital budgets when faced with economic difficulties – these
effects need to be examined.
An unviable unit cost should trigger a review of the process used to derive the initial costs
including, if necessary, some of the core assumptions involved including the initial vision.
Alternative ways of delivering the same infrastructure outcomes may need to be explored
and evaluated.
4.3 Whole Life Costing
Costing of projects should reflect the whole life implications of infrastructure rather than its
immediate construction costs. Figure 6 shows the flow of costs associated with a particular
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type of infrastructure over its economic life span. An initial spike in costs can be seen during
the construction of a project however there is a cumulative effect of spending funds to
maintain and upgrade the performance of infrastructure over its lifespan. The illustration
shows two key areas of additional expense related to upgrading performance and
decommissioning which collectively amount to a significant sum.
Accounting for the ease of maintenance; the need for upgrade in performance and
decommissioning are material considerations to the cost of an investment and can change
the ultimate investment decision. For example, a lot of sustainable construction design
carries a higher capital outlay at the start of a project’s life but potentially reduced expense
in on going operation and maintenance. Traditional solutions to infrastructure can carry a
reduced up front cost, but may turn out to be more costly to maintain and service. Irregular
and corrective maintenance requires certainty of public sector funding over a longer
timeframe so that funding ‘peaks’ can be accommodated.
Whole Life Costing has only been promoted by the Treasury relatively recently. Following
the “credit crunch” with the inevitable pressure to do the basic minimum, whole life costing
assumes critical importance. Reducing the capital cost of a development through a basic
compliance approach to design may bring a project within a reduced budget now but cost
much more over its lifetime because the running and maintenance costs are much greater.
Partnerships will need to understand the trade offs they will be making in allowing a reduced
development and possibly look to ways that the design; institutional and procurement
systems can facilitate retrofitting higher quality solutions when economic circumstances
allow.
Further detail on Whole Life Costing has been provided at Appendix C.
Figure 5 - Profile of costs associated with a project over time
4.4 Future proofing the cost of infrastructure
Until fairly recently, the price of resources needed to run and maintain infrastructure has
tended to be a marginal consideration relative to other cost items like staffing. Increasing
resource scarcity combined with price inflation is likely to change this perception. At a time
when economic growth prospects are likely to constrain budgets, energy or water hungry
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infrastructure is likely to create a significant cumulative cost for the future. Infrastructure with
a life span in excess of 25 years is likely to experience the effects of unavoidable climate
change which may prompt a need for more costly corrective maintenance to meet new
performance needs or simply deal with the damage caused by more extreme climate
events. In addition, any move to price carbon dioxide emissions as a further deterrent to
climate change may mean operating costs increase alongside inclusion in Emissions
Trading Systems or the imposition of carbon taxes. Decommissioning may also incur
significant costs as the regulation of waste require certain actions to be taken in relation to
recycling and reuse.
4.5 Alignment with the Development Plan
The development plan is most likely to affect this stage by changing the basis of the costing
methodology. At each stage of the development plan, confidence levels are likely to
increase making it possible to move from the use of aggregate expenditure data to costs
based on outline designs.
Table 8 - Alignment of infrastructure costing with development plan production
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5 Prioritisation & Monitoring of Infrastructure Needs
Summary
The ability to raise planning obligations provides LPAs with an important, discretionary tool
for raising finance towards infrastructure provision across a range of sectors. The inherent
flexibility of developer contributions are likely to place LPAs in the position of having to
promote a prioritisation process as the scope of demands on planning obligations increases.
Financial resources will rarely meet all the identified needs for infrastructure and there will
inevitably be a requirement to phase and prioritise projects across an area. As a result, a
qualitative framework and a decision-making body will need to be defined to prioritise
between geographical areas, categories of infrastructure and individual projects.
Considerations that could form the basis for prioritisation criteria include:
• Strategic fit with regional, sub regional and local strategies;
• Significance to the realisation of a wider vision;
• Deliverability/ robustness;
• Value for money; and
• Contribution to critical interdependencies & sequencing of development activity
At this stage in the process projects are being prioritised within the Infrastructure Delivery
Plan rather than being formally appraised for funding approval so judgements may be
subject to change when more detail becomes available. The Infrastructure Delivery Plan
will need to be managed and monitored carefully on a regular basis to ensure that the plan
is up to date, critical milestones are reached and key infrastructure is in place at the
appropriate time to enable sustainable development. A monitoring programme could
usefully incorporate a risk register, which can be used to highlight those ‘critical’
infrastructure items that are key to the phasing and delivery of strategic sites, but where
consenting, programme, finance and construction risks have been identified.
Financial resources will rarely meet all the identified needs for infrastructure and there will
inevitably by a requirement for the prioritisation of projects. This process is likely to involve
difficult decisions and a political dimension. The establishment of an up front framework for
prioritisation can however assist by providing a structure for political decision making and a
means for justifying the choices that are made.
As collectors of developer contributions and custodians of relevant policy, it is likely that
LPAs will need to promote a corporate prioritisation process as the demand on planning
obligations increases in scope. A framework for prioritisation will need to operate taking
account of three main elements:
• Prioritisation between areas - The Infrastructure Delivery Plan and prioritisation
framework will need to reflect the intended spatial pattern of growth and be presented
so that the infrastructure requirements for each area within a sub region, such as
particular districts of a city or growth corridor, are clearly defined. In this context,
infrastructure related to strategic growth corridors that are programmed to come forward
in the first five or ten years of the plan period are likely to form the initial focus for
investment.
• Prioritisation between types of infrastructure (where funding is not ring fenced to
certain types of investment) - Clearly, a balance needs to be struck between different
types of infrastructure needed to make viable places aligned to government thinking on
sustainable development. There may well be tensions between whether available
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resources are used to fund visible social/ community ‘place making’ infrastructure in
preference to less visible, yet essential infrastructure like flood defences or transport.
• Prioritisation between projects – Within a particular category of infrastructure
provision, there are likely to be competing projects that will also need to be assessed
against set criteria.
In terms of establishing an approach to prioritisation, it may be desirable to consider
infrastructure in terms of its contribution to a holistic measure of outcomes, such as
ecological footprinting or quality of life indicators, rather than seeking to balance
performance measures peculiar to a particular type of infrastructure. Such systems will
however incorporate there own inherent weighting systems, which may not reflect the
starting position, specific infrastructure needs and main concerns of a given community.
5.1 Development of criteria for infrastructure delivery plan
prioritisation
A prioritisation framework should take cues from the visioning and infrastructure standards
development described in chapter 2 of this report. Further considerations that should form
the basis of prioritisation criteria include:
• Strategic fit with regional, sub regional and local strategies - Does the project ‘fit’
with the Regional Spatial Strategy and sub regional and local strategies. For instance,
those in line with policy would be ranked medium or high, whilst those not in line would
be ranked low or zero. The importance of criterion in the overall weighting will be
dependent on the status of the Sustainable Community Strategy, LDF etc. and the
timescale for the proposed project. Where possible, infrastructure providers should
demonstrate which policies their projects support and, where there is conflicting policy,
how this has been considered.
• Significance to the realisation of a wider vision - How significant is the project in
terms of achieving the vision set for an area. Proposals that clearly advance the
delivery of spatial priorities will be scored highly. Proposals that don’t fit will be scored
medium or low, whilst those that risk the spatial priorities will be scored zero.
• Deliverability/ robustness - Is the project deliverable in the required timeframe given
its stage of development and the nature and scale of risks associated with it? Project
robustness and risks should be clearly outlined by infrastructure and service providers,
including the dependability of the finance package, certainty over land acquisition and
feasibility of achieving consent and licences. Projects providing a robust viability and
risk assessment would be scored highly, proposals with partial information would be
scored medium and those with no information would be score low.
• Value for Money - Does the project provide value for money in terms of its cost relative
to the benefits realised in achieving housing and employment targets. In order to
ensure a judgement can be formed information will be required on:
• the overall cost of the scheme and how this may be broken down over time;
• why public sector funding is required;
• the funding gap and costs broken down by source and timing;
• key outputs that the project would help deliver e.g. jobs by type or housing units
(including number of affordable homes);
• ‘additionality’ delivered as a result of public funding
Projects providing reasonable cost and output information will be scored high, those
providing partial information or where elements of the information are uncertain would
be score medium whilst projects with minimal information would be scored low.
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• Contribution to critical interdependencies & sequencing of development activity -
The prioritisation process should take account of a projects importance to delivering the
Vision. For example, a project may be relatively small in cost terms, but crucial in
facilitating a development opportunity or another interlinked infrastructure project. There
are likely to be many instances where an infrastructure item must be delivered before a
planning permission for development can be implemented.
Alternatively a project could change perceptions of an area, as a place to live, work and
invest. For example, the provision of a new educational facility could have a positive
effect on land value uplift in parts of the city thus enhancing the potential to raise
funding via the tariff or CIL.
Where a project can demonstrate that it is an essential part of the development process
or its programming is critical to the maintenance of the housing or employment build out
trajectories it should score highly, whereas projects that can’t demonstrate a causal link
should be scored medium or low.
At this stage projects are being prioritised within the Delivery Plan rather than being formally
appraised for funding approval so judgements may be subject to change when more detail
becomes available.
Case Study: Prioritisation – Milton Keynes Partnership
The experience of Milton Keynes Partnership offers an insight into the need for prioritisation
in the bringing forward of infrastructure projects. The total funding requirement for 15,000
homes was calculated to be £1.67 Billion of which the tariff was projected to contribute £310
million or 19% of the total (with nearly 90% of the tariff coming from housing). The balance
of funding consists of a range of funding sources including Local Transport Plan monies;
Local Authority main programme; Highways Agency and Health funds. The Partnership has
had to consider prioritisation in relation: firstly, the flow of available funds; and secondly, the
sector spread of funds contained in the business plan, which has been formulated to lock in
commitments from the various partners involved with the process which include the utilities,
the primary care trust, highways agency, land owners, community sector and the Regional
Development Agency alongside the Council.
Case study: Cranbrook New Community – prioritisation of s106 requirements
In the case of Cranbrook New Community, there are a wide range of competing demands
upon developer contributions to be secured through a s106 agreement, and early valuation
advice suggested that the burden placed on the s106 package would challenge the viability
of the project. In order to ensure that the final s106 agreement best represents the needs
and priorities of the new and existing community, East Devon District Council has
undertaken the following steps:
Firstly, the council progressed the preparation of their Supplementary Planning Guidance for
the New Community in parallel with the processing of the planning applications, providing
members with the opportunity to consider priorities in a separate forum to direct negotiations
with developers. The SPG process provided for the examination and prioritisation of key
infrastructure such as public transport, the railway station, roads, utilities and renewable
energy technology.
Secondly, the council have sought to involve key infrastructure and service providers
throughout the process. This includes the formation of a Service Providers Group, with the
following organisations represented:
• East Devon DC;
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• Devon CC;
• East Devon PCT;
• Christians Together in Devon;
• Westcountry Ambulance Service;
• Devon Fire and Rescue;
• Community Council of Devon;
• Devon and Cornwall Police Authority; and
• Devon and Cornwall Housing Association.
Workshops were convened both prior to submission and during the processing of the
planning applications to allow service providers to examine opportunities for shared service
provision. Consultants were employed to examine the range of services identified by the
Service Providers Group and identify the built form, ownership and management options for
the range of services and facilities needed. The study looked at options for sharing
accommodation and scenario planning for delivery, such as RSL led public service
provision.
This process established a clear list of community needs, but commitments from service
providers to the ongoing funding and management of facilities were also needed.
Finally, when it came to prioritising demands on s106 funding, East Devon DC and Devon
CC jointly invited bids from service providers and scrutinised those bids over two days of
interviews. The process allowed both Councils to form a view of the relative merits of all the
bids and compile a priority list.
The priority list established through this process was turned into an early heads of terms
document that could be negotiated with developers and service providers and used to
examine options for delivery. Discussions included the extent to which private sector
funding would be made available for the provision of GP and dentist surgeries.
Opportunities for community service organisations to share a multi purpose building,
especially for the early years, were also explored.
5.2 Monitoring the delivery plan and risk management
The Delivery Plan will need to be managed and monitored carefully on a regular basis to
ensure that the plan is up to date, critical milestones are reached and key infrastructure is in
place at the appropriate time to enable sustainable development. This task is a corporate
role rather than belonging to any single department/ directorate and it is therefore essential
that the corporate services arm of the council takes ownership of the monitoring process
with the planning function remaining a key contributor.
As identified in chapter 1 of this report, to support the RPB in fulfilling its requirements under
PPS11, a database has been created to record regionally significant strategic infrastructure
projects. The database could provide the means for LAs to report progress on a rolling
basis. In addition to assisting the RPB in completing the RSS AMR Policy and Strategy
Implications Report, it will also provide the RPB with the information required to pursue
funding on behalf of Local Authorities.
A monitoring programme could usefully incorporate a risk register, which can be used to
highlight infrastructure items that are key to the delivery of strategic sites, but where
important programming, finance and construction risks have been identified. Procedures
will also need to be put in place to ensure that risks are monitored at regular (quarterly)
intervals in order for mitigation measures or alternative solutions to be put in place as early
as possible.
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Risk should be presented in a way that allows senior managers to quickly appraise
themselves of progress and consideration should be given to techniques such as “traffic
lighting” that can be used to highlight potential problem areas.
6 Financing of Infrastructure
Summary
As the definition of infrastructure needed to support new development has expanded
beyond the basics of transport, water, sanitation and energy into social and community
facilities and green infrastructure, so has the range of funding options with which it is
beneficial for LPAs to be conversant. Within this advice note, funding derived from
developer contributions and alternative sources are presented separately (Chapters 7 and 8
respectively), however it is important that they are viewed as part of an integrated process
of exploring funding options. The types of funding streams that are available and the
responsibility for LAs to secure finance will vary between different infrastructure sectors.
Nevertheless, the exploration of linkages between sectors and infrastructure delivery
options may reveal opportunities to pool resources and achieve investment efficiencies.
There are two options that can provide a starting point for considering funding strategies for
an infrastructure item. The first shows infrastructure need aligned with funding, ranging
from cases where need is met through more efficient on-site asset management through to
larger scale asset investment. The second demonstrates that it is necessary to consider
both the need for up front “delivery finance” and “repayment finance”, potentially against a
backdrop of assessing the risk associated with securing each type of finance.
6.1 Background to the financing problem
Demand for new infrastructure has expanded beyond government’s ability to fund from
taxation alone and must be met by other sources of funding. This introductory section and
the next two chapters of this advice note deals with this issue.
As the “shopping list” of infrastructure needed to support new development has expanded
beyond the basics of transport, water, sanitation and energy into social and community
support and green infrastructure, so the need for funding has expanded both in terms of the
overall cost of servicing a community and the type of funding needed to sustain activity.
Basic services like water and electricity have been part of the everyday cost of living borne
by households and businesses, while other forms of infrastructure create new demands for
on going revenue support. These are by their nature “public goods” requiring support from
taxation. The Whole Life Costing approach reveals that these costs can be considerable
over the life of an investment.
The government’s response to the expanding shopping list and ageing infrastructure has
been to undertake a combination of accounting policy changes and look at ways of making
public finance stretch further. Expanding the role of private finance has been a critical part of
government policy, firstly, through extracting more funds from the development process
itself but also through contractual relationships established by central government for
participation at a local level in projects. As infrastructure projects are usually big and
immobile, the complexities of the contracts are usually extensive and need to guarantee a
rate of return for the private investor.
This part of the guidance note now deals with how these two areas of private finance can
fund infrastructure development. The issues dealt with are:
• Understanding the scope for contributions from development;
• Assessing current practice in the use of Planning Obligations and the emergent
Community Infrastructure Levy; and,
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• Understanding the scope for contribution from other financial mechanisms principally
through public private contributions.
Given the pressures on finance, government has been increasingly interested in ensuring
that land owners and developers pay a fair share towards the costs of the infrastructure that
their projects create a demand for in the first place. The Kate Barker Review on Housing,
including the aborted Planning Gain Supplement (PGS) proposal, represents a recurrent
theme in public policy as to how the uplift in land price conferred by a planning consent can
be used to meet the ballooning costs of infrastructure, especially at peak points in the
property and construction cycle.
At the peak of the cycle, gains in development value have been significant especially in high
demand areas of the country but, arguably, the demand for infrastructure has also risen
significantly at the same time. Pressures created by unavoidable climate change; new
models of energy delivery; concerns over water shortages and the desirability of a
knowledge/ cultural economy have created additional demands. The latter of these can be
seen as particularly important in areas that are seeking to regenerate their economies and
diversify away from failing industries. As such there is often a significant mismatch between
the scale of infrastructure and what the development process is capable of realistically
delivering, hence the importance of the prioritisation process outlined in chapter 5.
The funding gap will be exacerbated by certain situations. For instance, while some
projects benefit a wide geography, well beyond that required to service new development
alone, there are few local funding mechanisms available that will allow councils to tap into
these additional beneficiaries. The UK system of local government finance is highly
centralised and limits scope for generating funds to support infrastructure from existing
residents and businesses. Equally, few opportunities exist to extract funding from the tourist
visitor to the South West whose primary contribution will be through general national
taxation e.g. value added tax. Those options that are available are discussed in Chapter 8.
Without the financial freedoms and flexibilities found in other countries with developed
economies, the focus of the debate has centred on extracting more value from the
development process to fund infrastructure. However, this mechanism is uniquely unsuited
to funding the upfront creation of new infrastructure that is often essential to creating viable
communities. The largest flow of receipts is likely to occur after the peak expenditure
requirement creating a cash flow deficit, funded by either borrowing or using positive
cashflow from another source. In a falling market, a further risk is introduced in the form of a
potential threat to the forecast value being realised from development. Various solutions to
the timing problem have been developed, including the establishment of a fund designed to
meet an infrastructure need in advance of funds flowing from the development itself. In the
South West, this model has been made available to LAs through the establishment of a
Regional Infrastructure Fund (RIF), which will be replenished from receipts downstream of
the initial investment (see section 8.3 for more details on the RIF).
Within this report, funding derived from developer contributions; the use of planning
agreements/ CIL to capture that benefit and alternative sources are presented separately
(Chapters 7, 8 and 9 respectively), however it is important that they are viewed as part of
an integrated process of exploring funding options.
6.2 Matching finance with type of infrastructure need
The types of funding streams that are available and the responsibility for LAs to secure
finance will vary between different infrastructure sectors. Nevertheless, the exploration of
linkages between sectors and infrastructure delivery options may reveal opportunities to
pool resources and achieve financial gains. Figure 7 shows infrastructure need aligned with
funding, ranging from cases where need is met through more efficient asset management
through to larger scale asset investment.
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Figure 6 - Infrastructure provision and finance
Where an infrastructure need can be met through using headroom in existing assets more
efficiently, the use of existing assets could be met through Capital Maintenance Funding.
As the requirement moves beyond the utilisation of an existing asset (options 1 and 2 in
Figure 7) towards asset investment, the financial options changes. “On site” infrastructure
(option 3) and that related to new development is likely to be associated with the use of
planning obligations where there is a clear relationship between the additional need being
created and the development itself. This in itself presents options as to whether a developer
should be required to construct a building/facility, or provide a financial contribution towards
provision by the infrastructure or service provider.
As the scale of infrastructure need increases (options 4 and 5), the funding toolset changes
to include additional more complex financial mechanisms. Infrastructure related to the
general functionality of a community rather than a specific site may be better dealt with
through a tariff/Community Infrastructure Levy. Larger scale propositions may also be
considered appropriate for complex public private partnerships, where scope of investment
is more likely to justify the overheads involved in establishing them. More scalable vehicles
focused on specific sectors include Local Infrastructure Finance Trusts (LIFTs) and Local
Education Partnerships (LEPs), which are described in section 8.2.1 of the advice note.
6.3 Developing a framework for considering funding options
A business planning approach to the financing of infrastructure assumes a systematic
approach to the consideration of funding options. Table 9 below provides a framework that
an infrastructure planning group may find useful. Firstly, the diagram distinguishes between
those funding sources that are able to provide the “delivery finance” that will enable
construction of an infrastructure item to commence, and the “repayment finance” that will be
required to service loans available through the RIF. Secondly, the diagram lists potential
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funding sources, with the lowest risk options on the left and higher risk alternatives to the
right. The funding options included here are represent only a few of the options which might
be included, which will vary depending on the infrastructure sector being considered.
In the example below, government grant is the preferred option, as it is low risk and will not
require arrangements for repayment finance. If grant is not available, then the up front
financing of a project through the RIF is preferred to private finance, as the performance
requirements on loan payments will not be as demanding. When it comes to considering
repayment finance, contributions generated through an asset backed vehicle are shown to
be preferable to conventional developer obligations, as the LA will have greater control over
development outcomes. The revenue that would be generated through congestion charging
is shown as the highest risk option in this case, as there may be legislative and political
hurdles to overcome before a charge could be implemented.
Table 9 - Funding options framework
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7 Understanding the Scope for Developer
Contributions Towards Infrastructure Funding
Summary
Optimising developer contributions is a crucial aspect of developing an infrastructure
funding strategy. The scope for securing planning obligations from development to fund
infrastructure is determined by the “residual value” left in a development after deducting
costs from the gross value of a completed development. There are a number of
development appraisals and residual valuation models in the market, which can be used to
estimate what would constitute a viable developer contribution towards strategic
infrastructure. Key points to make with respect to residual valuations are:
• The strength of a residual valuation can only be as good as the inputs and assumptions
used to derive the figure. Due to the level of variable input assumptions, small changes
in estimates can affect the residual value. Seeking up to date professional advice at
appropriate times is essential to maximise contributions and to mitigate the effects upon
the viability of schemes so that development will be brought forward.
• Gross Residual Land Values that result from planning permission being granted can
vary substantially between cities and towns, when compared to the relatively small
variations in the existing use value of greenfield land (i.e. agricultural land). Generally
speaking, developments in high value, high demand areas can sustain higher levels of
contribution. Peripheral areas often contain less attractive development opportunities
which derive less value. This factor must be taken account of during the design of a
planning obligation policy, tariff or Community Infrastruture Levy (CIL).
• A developer is rarely able to control the overall costs of development and, as such, will
have limited ability to extract more value to pay for increased contributions to strategic
infrastructure, particularly during later stages of the process. Ultimately, therefore, land
value will provide the main element for negotiation and the land owner may be passed
the majority of affects for strategic infrastructure contributions via a lower land price.
• Benchmarks for what constitutes an acceptable ‘receipt’ for the landowner will naturally
vary from place to place. The current move towards the establishment of local tariff/CIL
approaches requires new benchmarks of acceptable uplift in land value to be set,
however these value levels are not yet understood and will only materialise in the
fullness of time. Infrastructure contributions should be a known quantity so that
developers may include these within appraisals to form the basis for negotiations with
landowners.
There is an onus upon LPAs to establish robust, costed lists of infrastructure and associated
planning obligations policy, in order that the costs of strategic infrastructure items are
accounted for in land markets.
7.1 Residual Values and the funding of infrastructure
The scope for securing funds from the development process to fund infrastructure is
determined by the residual value left in a development after deducting costs from the gross
development value (GDV). Residual valuation techniques are usually employed to
determine how much a site is worth to a developer. However, the residual valuation
approach can be adapted to include land values as another cost to be met out of the gross
development value achievable on a site. The residual value becomes the amount of funds
available to meet all forms of infrastructure including on site requirements like affordable
housing as well as off site provision.
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The amount of funding is therefore highly sensitive to changes in the assumptions over the
gross development value; developer profit; professional fees; construction costs and
discounting rates used in the calculation. Areas of weak demand would be expected to
yield a smaller residual value available for infrastructure. The residual value would also
need to be split between competing uses of the funding – on site versus off site
infrastructure.
The scale of residual value essentially acts as a cap on expected development contributions
towards infrastructure. Increasing residual values can only happen by testing initial
assumptions on development costs but this may not be realistic. Developer profit must be
maintained at a reasonable level if sufficient incentive is to be left to developers.
Clearly the viability of a scheme is a subjective term which can be argued from contrasting
points of view. As such, Knight Frank have adopted a rational approach to undertaking
indicative residual appraisals within this Advice Note, providing a spectrum of values, with a
base figure set at the existing use value and an upper value set at the assessed Gross
Residual Value. Through this range it is possible to observe the potential contributions
towards strategic infrastructure.
It is considered that a suitable definition of viability for the purpose of this study is the
attainment of a site value sufficiently in excess of the current use value in order for a
landowner, acting reasonably, to release the land for development. The reasoning behind
this approach is that the adopted valuation inputs are considered relatively fixed and in the
main outside of the control of the expected market norms. Therefore it is logical to conclude
that further contributions, over and above those already known and accepted within the
market place, will derive from a lower land purchase price.
This section does not propose to debate what constitutes a “sufficient excess” from the
perspective of a landowner, as this may differ vastly in reality, and will vary between
different geographic areas. What this chapter does show is that in some cases there may
be vast increases in land value. This increase has the potential to contribute towards
strategic infrastructure.
7.2 Utilising Residual Appraisals
7.2.1 The Residual Valuation Model
A residual land valuation model can be broken down into three main parts;
Gross Development Value (GDV) – the aggregate value of capital receipts, i.e. sale of
units, assuming the development is completed and 100% sold at today’s date at current day
values.
Costs – These are total costs incurred by the developer through out the construction,
inclusive of both on and off site works, contingency, professional fees, acquisition costs,
sales, marketing, legal and finance costs to complete the scheme.
Profit – This is a calculation of reasonable return for the risk the developer incurs
throughout the process of development and the opportunity cost of the capital invested.
These components create the inputs to a simple equation;
GDV – (Costs + Profit) = Residual Land Value
7.2.2 Variables
There are a number of fundamental variables which influence the output of a residual
valuation. Fully understanding the effects of these is important and requires careful skill in
determining these range of inputs.
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Capital Values
There are a number of methods for calculating the capital value, or GDV, of a development
opportunity. The most commonly used are the comparative method and the investment
method.
The comparative method is most widely used for assessing the value of residential property
and is suitable due to the high volume of market transactions. This method adopts a review
process, assessing recent or current sales figures of both new build and second hand
property within the local market. This evidence is then compared against the subject
scheme to form an opinion of value, taking into account inter alia, size, location, aspect and
specification.
In the absence of relevant comparable evidence alternative methods for valuation must be
employed to derive reliable information. A typical alternative which is widely employed in
assessing the value of commercial property is the investment method. This derives value
from the rental income of the subject scheme, on the basis that most commercial properties
are often leased/let. The resultant rental stream can be capitalised, which calculates the
value of the property in the following way:
Net Rental Income per annum x Capitalisation Rate = Capital Value
Net rental income per annum can be assessed through a review of comparable commercial
properties within the vicinity of the subject, usually expressed on a pro rata area basis.
The capitalisation rate is a calculation of risk/return which is derived from the time frame
assigned to the rental stream and a risk factor, or yield, which is an expected investment
return (%) for the capital to be invested. The yield is based on comparable properties in the
vicinity of the subject. The higher the yield, the greater the expected risk, and therefore the
lower the capital value.
The most difficult and subjective variable within the residual valuation is capital value, or
GDV, of the scheme. This is due to the multitude of influencing factors.
Costs
Ascertaining project costs can be a complex and lengthy process. Albeit, indicative costing
information can be gathered from a range of sources to formulate a general view. Sources
such as the Building Cost Information Services (BCIS) or Spon’s Architects' and Builders'
Price Book 2008 gather a wide range of data throughout the country with a view to providing
up-to-date general build cost information.
It must be stressed that in 2007/2008 build cost inflation is rising between 6-7% per annum,
therefore information must be treated accordingly. It should never be assumed that a rise in
build costs could be absorbed by a rise in capital value for the scheme.
Development costs are directly related to the type and complexity of the development
scheme. For example, low level traditional housing tends to derive lower costs per sq ft
than that of high rise buildings due to the added complexities of construction and more
expensive building materials. This is also true of the required levels of sustainability and is
notable throughout the increasing levels of the BREEAM Code for Sustainable Homes.
Cost can often be managed through effective phasing of the subject scheme. Cashflow
modelling, a staged or phased construction period can act to reduce the burden of debt,
large capital expenditure and risk by ensuring that there is not only an outflow of cash but
also a inflow as the scheme sells. Commencing development when it is specifically required
demands careful planning to achieve best value and can often lead to large savings across
a scheme.
A range of costs are also derived from developer contributions, including Section 106
agreements, highways agreements and affordable housing. The effect of these costs has a
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range of impacts depending on the requirement and also the expected implementation of
the contribution. Flexibility and negotiation in this area is often required to ensure
development contributions which are acceptable to all parties.
Another important area to be regarded is the difference in cost related to development on
Greenfield or Brownfield land. In some cases a Brownfield site can have nil or negative
value due to the past uses which incur high remediation costs to facilitate development.
Contrastingly, Greenfield sites may have limited or no contamination issues, however their
placement, often at the edge of settlements, requires enabling contributions towards
infrastructure to access the site. These “abnormal costs” all affect land value.
Another area of cost amounts from the requirement for finance from funding institutions and
third parties. This cost can derive from a variety of complex arrangements including
traditional senior debt funding, mezzanine funding, private equity clubs, development
management and joint venture funding among others. Each in turn accrue related costs
payable throughout the process and are often tied to the current Bank of England base rate.
Profit
Scheme profit is seen as a cost which must be included within a residual valuation. It is
widely recognised that development would not occur without acceptable profit for the
developer. Acceptable profit is to be assessed on an individual scheme basis and is a
reflection of risk. Risks include;
• The estimated time to complete the project
• State of property market
• Certainty of assumptions and information
• Potential pre sales or lets
• The level of competition in the region
A developers profile is also an important attribute in determining required profit, for example,
for a small development a local builder/developer may require a profit of 10% - 15%
whereas a regional builder, with greater overheads, may require higher returns. In
considering additional contributions to infrastructure in this advice note, the aim is to set
profit at a fixed but acceptable level to indicate what additional element of cost could
theoretically be borne by a development. The previous equation then becomes:
GDV – (Costs + Profits) = Residual Land Value + CIL
This equates to the Government’s assumption that any CIL would be deducted from the
land value.
7.2.3 Sensitivity Analysis
Sensitivity analysis is an important part of any development appraisal and ultimately seeks
to determine how sensitive the viability of a project is to changes in one or more of the
variables. This in turn helps to determine which are the most important and sensitive
variables which may threaten viability. It is possible to minimises exposure to this through a
number of means including; securing fixed build contracts and fixed interest rates, however
premiums are often paid for this level of security.
7.2.4 Strengths and Limitations of Residual Valuation
Residual valuation is a widely recognised valuation technique, used by a range of property
professionals. It’s over arching strength lies in the ability to model a variety of scenarios to
suit different circumstances, with the ability to have complexities built into the process as the
development evolves. Under the control of a suitable professional, with relevant knowledge
and expertise, a residual valuation can be produced with a high degree of accuracy.
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The strength of the residual valuation can only be as good as the inputs and assumptions
used to derive the figure. Due to the level of variable input assumptions, small changes in
estimates can affect the residual value. Therefore the process is ultimately dependant on
the professional expertise and judgement of the valuer.
7.3 Residual appraisal scenarios
There are a number of used and adopted appraisal packages in the market which all have
their pros and cons. Examples include:
• the Three Dragons model, which has been adopted by LPAs in South East Dorset to
ensure a consistent and equitable cross-boundary approach to securing developer
contributions;
• the Economic Appraisal Tool developed by GVA Grimley and Bespoke Property Group
on behalf of the Housing Corporation; and
• the Greater London Authority Affordable Housing Development Control Toolkit
These models are focussed on testing development viability with a view to isolating finance
that could be used to contribute towards affordable housing provision. Nevertheless, the
same basic principles will apply to an assessment that sets out to understand what
contributions could be made to the following three elements of a s106:
• affordable housing;
• on-site infrastructure; and
• strategic infrastructure.
Knight Frank have developed a bespoke residual appraisal model that is used to evaluate
and scenario test the viability of large, phased, mixed use development proposals. Like
other models this is based on a predefined take up rate on a current cost, current value
assumption.
To exemplify the workings of a residual valuation and it’s application to achieving community
gains, an approach of scenario testing has been adopted. In this way the intricacies of the
residual approach can be realised across different locations. We have created 4 scenarios
(A,B,C and D) which have been chosen to reflect a range of characteristics which lend
themselves to comparison, for example high value/low value and greenfield/brownfield.
As previously discussed a residual land valuation comprises three main parts; GDV, Cost
and Profit. For the purpose of these valuation examples a residual valuation has been
produced for each scenario with a view to analysing this against the existing use value. In
this way the value above existing use can be observed and the purchase price in terms of
viability can be assessed. This process takes the following form:
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The final stage of the appraisal will provide a sensitivity analysis to demonstrate how
changes in land value, across the spectrum of potential purchase price scenario’s, affect the
amount of funding received for strategic infrastructure.
For the purpose of our assessment of Gross Residual Land Value, we have assumed that
the site is not in the ownership of a developer yet, but that negotiations are underway with a
current landowner. This assumed deal is “conditional” upon receipt of planning, therefore
the offer price is to be completed once the developer has obtained planning permission.
Therefore within this process S106 agreements can be drawn up and a the strategic
infrastructure requirements subsequently negotiated.
An explanation of this takes is shown in Figure 7.
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Figure 7 - Viability analysis explanation
In this example it is considered that a developer could purchase the land for up to a
maximum of £3 million per hectare, this is therefore the combination amount of both price of
the land and contributions towards strategic infrastructure.
In terms of development scheme viability it is considered that the land may be sold for
development between the range of £12,000 and £3,000,000 per hectare.
We have considered it rational that if the site value is in reasonable excess of the current
use value there would be incentive to release the land for development. This however is
highly subjective and benchmarks which may be deemed “acceptable” by a landowner will
naturally vary from place to place.
A clear issue in relation to the expectations of a landowner is with regard to the historic
values that may have been achieved in the absence of additional developer contributions
towards strategic infrastructure. The balance of viability and landowner expectations is one
which will be required, over time, to shift in order to achieve these increased infrastructure
contributions. As such it is therefore of great importance that LPAs develop and adopt a
robust approach to infrastructure contributions and be prepared to demonstrate the true
costs of infrastructure at Inquiry if necessary.
Due to the untested nature of strategic infrastructure contributions as currently proposed,
and their effect upon residual land values, there is currently no empirical data that can be
utilised as a benchmark. Our valuations provide a value as if the development was
constructed now and sold at “today’s” values, ignoring the effects of the future uplift in
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contributions that will permeate land markets over time. A range between existing land use
and assessed Gross Residual Land Value is subsequently provided to demonstrate a
possible range of contributions.
7.3.1 Sources of Information and Key Assumptions
Property Values
In the instance of residential property the comparable method of valuation is a widely
recognised technique. Quality of information is of paramount importance and requires an
objective and skilled approach to ensure a full appraisal of all the variables.
There are a range of information sources including the Land Registry, which collates sales
prices; property websites, including Rightmove and Prime Location and general area
profiling from websites such as Up My Street.
For the purpose of our examples we have pursued Land Registry data, to provide a
spectrum of property prices across the region and sub regions. From this point we have
created a profile for each assumed area, with our final adopted values derived from the
example prices provided below.
Table 10 - Property prices across the region (March, 2008)
Property value is also directly related to the type and size of the property. We have
therefore made assumptions, based on our experience, as to a realistic development
schedule of unit sizes and types.
Density is a primary influence in the value of a scheme. Clearly density is influenced by a
range of factors directly relating to the sites constraints. We have adopted current accepted
density rates as described by local authority planning policy, with a view to derive a
maximum use value. This is on the basis that the higher this value the greater the ability for
the development to contribute to strategic infrastructure as costs related to development
remain relatively static and do not generally rise pro-rata.
Costs
Initial cost estimating is prepared once the basic outline of the development scheme has
been established and determined in broad outline. This is normally prepared by a Quantity
Surveyor with the main objective being to anticipate the overall build costs based on the
best information available.
Build cost information can be gained from a range of sources. These mainly rely on the
costing information gained from similar schemes, and provided on a per unit area basis, i.e.
£/sq m/ft. This information is collated by such organisations as Building Cost Information
Service (BCIS) or Spon’s Architects and Builders Price Book, and can be applied with
varying degrees of accuracy depending on complexities. Regional indices can be applied to
the average costs to reflect the availability of labour and materials. The difficulty clearly lies
with the lack of precise information, therefore sensitivity testing is often required to analyse
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fluctuations in build costs to show the best or worst case results. Build cost information has
been provided by BCIS, dated March 1st 2008 and index linked for the South West Region.
Another important area that requires careful consideration are assumptions relating to
professional fees. Development projects can require a wide range of professional advice
both before and during construction. Experts can include Architects, Ecologists,
Environmental Specialists, Geotechnicians, structural engineers, planners among many
others. The requirement for this expertise is in direct relation to the constraints and
complexities of the site and can have a large impact on the overall cost of a development.
In formulating our view of the cost of professional fees we have utilised our knowledge of
the process of development and applied this to the individual scenario examples.
Initial costing for community benefits, such as Section 106 agreements and affordable
housing requires a high level of understanding a skill. These attributes are often bespoke, it
is therefore prudent to value a scheme according to worst case assumptions. The range of
usable information in forming these assumptions is varied between authorities, with some
offering online matrices and programmes to calculate the expected contribution amounts. In
formulating our opinion of these costs we have endeavoured to liaise with the planning
authority for each scenario to gain a realistic view of likely contributions. In the absence of
information we have, through necessity, made assumptions based on our experience.
Costs relating to infrastructure and services are area and site specific. In our examples we
have assumed there to be acceptable access and services to the site and have made
allowances for internal infrastructure and services to be provided. We have adopted an
average across all the scenarios, which we consider appropriate, however this should be
treated as indicative only. In reality individual site costs may vary.
Land Values
Land values as discussed above are influenced by a range of variables. Ultimately the
varying effects of these will impinge on value of the site and consequently the proportion of
the overall Gross Residual Land Value which can be provided for strategic infrastructure.
As a summary, these influences may also include;
• Required dwelling density and mix
• Planning restrictions
• Contamination
• Locational factors
• Current Infrastructure
• Topography
• Ground Conditions
• Archaeology
• Supply and demand
• Competition
• Accessibility
• Availability of labour and materials
• Financial environment
• Historic use
In order to assess the viability of each individual case we have undertaken a review of
existing use value. In most examples average land values for agricultural land in each
region have been assessed using the comparable method to provide a base value. This
has been largely informed by the RICS Rural Market Survey (H2 2007) and our in house
databases. In the instance of our Brownfield land example we have assumed the land to
have a nil value due to potentially contaminative past uses.
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7.3.2 Appraisal Scenarios
In order to provide clarity to the appraisal process it is important to derive meaningful
comparisons between each of the scenarios. As such, scenarios A, B and D have been
treated in the same manner to achieve a clear differential in the ability to raise contributions
due to locational factors. In addition scenario C has been used as a Brownfield case study
to exemplify the additional variables imposed by this type of land.
As with all models of this nature, the Knight Frank viability model is only as good as the
model inputs and there will inevitably be a trade off between parsimony and simplicity. It is
an abstraction from reality and it must be recognised that all models therefore have
limitations. For example, in reality development costs might rise faster than values over
time, or vice versa; the longer term cyclical nature of unregulated property markets similarly
cannot be predicted and therefore a current cost, current value approach must be adopted.
7.4 Scenario residual appraisal results
7.4.1 Scenario A
It assumed that for scenario A the proposed development is to be part of an urban extension
to a city in the northeast of the region. As such this is a 23 hectare Greenfield site with a
previous agricultural use. It is assumed that there is a relatively flat topography, with limited
site constraints such as flooding, ground stability and contamination. Access to the site is
reasonable, with adequate roadway infrastructure available for construction vehicle access.
The development proposal comprises a mixed use scheme, with 1,000 residential units at a
density of 56 dwellings per net developable hectare. The commercial/retail element is
assumed to include facilities such as local shops and a number of small offices.
It has been assumed that the development has a mixture of houses with a small element of
apartments. As a focus, three bedroom properties make up the highest proportion of
properties. This scenario has the lowest value profile of the four examples which is due in
general to a high supply of new build properties which has not been met by subsequent
demand.
Separate assumptions have been made with regard to S106 agreements and Highways
agreements with a total contribution of £7,303,500. In addition affordable housing has been
has been assumed to be at 30% of the total units.
Separate assumptions as to commercial value have been made through a review of
comparable properties and using the investment method of valuation.
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Cashflow Summary
As described earlier in this document the assessed Gross Residual Land Value (GRLV), as
provided above, is the maximum value of the site given our scenario and variables. This
therefore provides a price ceiling or “pot” of money which can be paid to the land owner and
the Local Authority for strategic infrastructure contributions.
Viability Testing
To express a possible negotiation scenario we have assessed the existing use value (as
£12,000 per hectare, as agricultural land) in the second table (below), to show a spectrum of
price to be paid for the land up to the assessed GRLV. This spectrum therefore ranges
between £12,000 and £1.8 million per ha. If we assume that the GRLV is the maximum
possible land value for the site, as this value is decreased through the spectrum towards
existing use value (to the left), there is a surplus which may provide contributions towards
strategic infrastructure. Please refer to Figure 8 for further explanation.
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As discussed earlier, viability is the attainment of a site value sufficiently in excess of the
current use value in order for a landowner, acting reasonably, to release the land for
development.
For example, if a land purchase price is negotiated to £1,500,000 per hectare there is a
surplus of £300,000 per hectare(£1.8 million less £1.5 million), equating to a net strategic
infrastructure contribution of approximately £7,000,000.
Whether a lower purchase price can be negotiated in order to provide for strategic
infrastructure contributions is a matter to be treated on a case by case basis.
7.4.2 Scenario B
It assumed that for scenario B the proposed development is to be part of an urban extension
on the periphery of a city in the west of the region. As such this 23 hectare Greenfield site
has a previous agricultural use. It is assumed that there is a relatively flat topography, with
limited site constraints such as flooding, ground stability and contamination. Access to the
site is reasonable, with adequate roadway infrastructure available for construction vehicle
access.
The development proposal comprises a mixed use scheme, with 1,000 residential units at a
density of 56 dwellings per hectare. The commercial/retail element is assumed to include
facilities such as local shops and a number of small offices.
It has been assumed that the development has a mixture of houses with a small element of
apartments. As a focus, three bedroom properties make up the highest proportion of
properties. This scenario has the 2nd lowest value profile of the four case examples. This,
in general is due to lower than average wages which restricts the buying power of the local
population.
Separate assumptions have been made with regard to S106 agreements and Highways
agreements with a total contribution of £8,936,183. In addition affordable housing has been
has been assumed to be at 30% of the total units.
Separate assumptions as to commercial value have been made through a review of
comparable properties and using the investment method of valuation.
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Cashflow summary
The Gross Residual Land Value (GRLV), as provided above, is the maximum value of the
site given our scenario and variables. This therefore provides a price ceiling to be paid to
the land owner. This also provides a “pot” of money which could be divided between land
owner and Local Authority for strategic infrastructure contributions.
Viability Testing
To express a possible negotiation scenario we have assessed the existing use value
(approximately £10,000 per acre as agricultural land) in this second table, to show a
spectrum of land value up to the assessed GRLV. This spectrum therefore ranges between
£11,000 and £2.1 million per ha. If we assume that the GRLV is the maximum possible land
value for the site, as this value is decreased through the spectrum towards existing use
value (to the left), there is a surplus which may provide contributions towards strategic
infrastructure.
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For example if a land purchase price is negotiated to £1,730,000 per hectare there is a
surplus of £370,000 per hectare (£2.1 million - £1.73 million), equating to a total contribution
of £8,510,000.
7.4.3 Scenario C
For scenario C we have assumed a 6 hectare Brownfield site, located centrally in a market
town. This is a strategic site, however it’s past uses have rendered the site particularly
contaminated, requiring a significant level of remediation for development.
For this scenario we have adopted a 500 unit scheme, which is predominately apartments at
a high density of 100 dwellings per hectare. It is assumed that there is to be a small ground
floor retail element such as local shops including a convenience store.
This scenario has been selected to demonstrate the effect density has within an inner city
environment. The value profile of the scenario area is reasonable as the site is located in a
central position and benefits from the amenities of this position. The site is also well located
for commuter links, particularly public transport.
We have assumed that the land is to be remediated and there is a requirement from the
Local Authority of 25% affordable housing and a £3,000,000 Section 106 and highways
agreement. In addition a allowance of £5,000,000 has been made for the remediation of the
site.
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Cashflow summary
Whilst this is a Brownfield site, the resultant land value is positive as a result of the good
location and high density of development proposed. It should be noted that reductions in
density for site such as this can dramatically affect the overall site value and the viability of
the scheme.
Please see below for our assessment of potential contributions.
Viability testing
To express a possible negotiation scenario we have assessed the existing use value (which
is assumed to be of nil value due to past uses) in this second table, to show a spectrum of
price to be paid for the land up to the assessed GRLV. This spectrum therefore ranges
between £0 and £3.3 million per ha. If we assume that the GRLV is the maximum possible
land value for the site, as this value is decreased through the spectrum towards existing use
value (to the left), there is a surplus which may provide contributions towards strategic
infrastructure.
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For example, if a land purchase price is negotiated to £2,800,000 per hectare there is a
surplus of £500,000 per hectare (£3.3 million less £2.8 million), equating to a gross
contribution of £3,000,000.
7.4.4 Scenario D
It assumed that for scenario D the proposed development is to be part of an urban
extension on the periphery of a major city in the north of the region. As such this 25 hectare
Greenfield site has a previous agricultural use. It is assumed that there is a relatively flat
topography, with limited site constraints such as flooding, ground stability and
contamination. Access to the site is reasonable, with adequate roadway infrastructure
available for construction vehicle access.
The development proposal comprises a mixed use scheme, with 1,000 residential units at a
density of 50 dwellings per hectare. The commercial/retail element is assumed to include
facilities such as local shops and a number of small offices.
It has been assumed that the development has a mixture of houses with a small element of
apartments. As a focus, three bedroom properties make up the highest proportion of
properties. This scenario has the highest value profile of the four examples. This in general
is due to the good position of the site with good connectivity to major infrastructure routes
and a close proximity to a wide range of employment opportunities.
Separate assumptions have been made with regard to S106 agreements and Highways
agreements with a total contribution of £10,000,000. In addition affordable housing has
been has been assumed to be at 30% of the total units.
Separate assumptions as to commercial value have been made through a review of
comparable properties and using the investment method of valuation.
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Cashflow Summary
Viability testing
To express a possible negotiation scenario we have assessed the existing use value
(approximately £12,000 per acre as agricultural land) in this second table, to show a
spectrum of price to be paid for the land up to the assessed GRLV. This spectrum therefore
ranges between £12,000 and £2.58 million per ha. If we assume that the GRLV is the
maximum possible land value for the site, as this value is decreased through the spectrum
towards existing use value (to the left), there is a surplus which may provide contributions
towards strategic infrastructure.
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For example, if a reduction in land purchase price is negotiated to £2,160,000 per hectare
there is a surplus of £420,000 per hectare (£2.58 million less £2.16 million), equating to a
total contribution of £10,500,000.
7.5 Conclusions from the residual appraisal scenarios
The residual method of valuation is one with a range of uses and can only be as good as
the quality and robustness of input data. The examples provided have a high dependence
on secondary data, which has been adopted for transparency. In using this approach we
have used various sources to obtain average data within each location. However, in reality
every potential site is a micro environment and will have site specific issues unique to the
location.
Whatever appraisal technique/package adopted, every appraisal is unique and will have to
be bespoke built by experts to take into account the site specific variables. The sensitivity
analysis provided in the cashflow summary tables for each scenario demonstrates that even
seemingly minor changes in core variable inputs can have a significant impact on the
assessment. Obtaining the most accurate data possible and employing appropriate
specialist knowledge to interpret inputs is vital.
As demonstrated in Table 11 below, Gross Residual Land Values can vary substantially
between cities and towns, when compared to the relatively small variations in the existing
use value of development land. Generally speaking, developments in high value, high
demand areas can sustain higher levels of contribution. Peripheral areas often contain less
attractive development opportunities which derive less value. As such it is considered that
strategic infrastructure contributions are more likely to be obtained from the former type of
developments, which may have to cross-subsidise designated areas of need.
Consequently, relying on total funding from these sources has its limitations and tariff/CIL
approaches may need to be spatially differentiated within an SSCT to ensure viability.
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Table 11 - Conclusions from the residual appraisal scenarios
A developer is rarely able to control the overall costs of development and as such will have
limited ability to extract more value to pay directly for increased contributions. Ultimately,
therefore, land value will provide the main element for negotiation and the land owner may
be passed the majority of effects for strategic infrastructure contributions via a lower land
price. Benchmarks for what constitutes an acceptable ‘receipt’ for the landowner will
naturally vary from place to place.
The current policy direction towards the establishment of tariff/CIL approaches requires new
benchmarks of acceptable uplift in land value to be set, however these value levels are not
yet understood and will only materialise in the fullness of time. What is clear from these
scenario examples is that in general expectations must start to change, and cannot be
assessed against historic gains if the values of a parcel of land is to reflect more accurately
the wider cost of servicing it.
Our approach has assessed the value of four sites on current costs related to development.
Subsequently a range between existing use value and Gross Residual Land Value can be
observed. This simplistic approach has been used to demonstrate that in some cases uplift
in land value can be great, leading to the potential within this for further contributions.
Under this scenario, contributions towards strategic infrastructure would be negotiated at the
same time as Section 106 agreements. In reality, however, negotiations for substantial
amounts at a late stage in the development process are likely to be fraught with
complexities, which may increase development timeframes, uncertainty and may deter
development. This demonstrates the importance of formulating robust tariffs and associated
policy, so that the required adjustments in land markets can commence.
Overall, it is concluded that infrastructure contributions should be a known quantity so that
developers may include these within appraisals to form the basis for negotiations with
landowners. In order to ensure land is brought forward for development it is suggested that
differing rates could be imposed for differing land types, for example Greenfield or
Brownfield, and categories within each according to values in each area. For those sites
which may be of nil value, such as highly contaminated Brownfield land, these may be
earmarked for relief to encourage development. In this way contributions may be clear,
unavoidable (but fair) and costly negotiations may be avoided at later stages in the process.
Importantly the LPAs must develop a robust, defensible approach which may come under
scrutiny at Inquiry.
Many of the urban extensions are to be developed over many years, and are likely to
experience fluctuations in value throughout this period. Consequently the potential for
contributions will also fluctuate. Seeking up to date professional advice at appropriate times
is advisable to maximise contributions and to mitigate the effects upon the viability of
schemes. There may be an opportunity to share information on land values amongst
stakeholders in order to develop shared understanding, save on costs and reduce the
potential for disagreement.
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8 Capturing Development Value: Developing Planning
Obligations Policy & Emergent Approaches to
establishing a Community Infrastructure Levy
Summary
This Chapter considers good practice in capturing development value through established
mechanisms like Section 106 Agreements as well as recent policy innovations such as the
Communtiy Infrastructure Levy. Proposals for the establishment of CIL aim to reduce the
costs and increase certainty in the negotiation of planning obligations. CIL will also allow for
more equitable application of infrastructure costs across small and large developments. By
providing for the pooling of funds, the levy will also assist by breaking the current planning
obligation regime’s requirement for a direct link between a contribution and a particular
development; although it will need to be underpinned by a robust, costed list of strategic
infrastructure projects that are needed to support development. A key benefit of CIL,
therefore, is that it can more easily fund sub-regional or cross boundary infrastructure.
The first part of this Chapter discusses case studies from within the South West, which
reveal that some Local Authorities are already gearing up to take advantage of the benefits
associated with a tariff/CIL approach to securing developer contributions. The second part
discusses likely approaches that may emerge where authorities opt to apply the Community
Infrastructure Levy.
8.1 Current use of Planning Obligations
Section 106 of the Town & Country Planning Act 1990 provides the legal basis for securing
planning obligations from development. A planning obligation is a legally binding private
contract between a developer and a local planning authority that operates alongside a
statutory planning permission. Such agreements require developers to carry out specified
obligations when implementing planning permissions and are the result of negotiations on
these matters between the two parties. Obligations may include financial contributions from
a developer to fund infrastructure that will assist in mitigating a development’s wider effects
on public services. Obligations can be carried out either by providing what is needed to a
standard specified in the agreement or by paying a sum to the planning authority which will
then itself provide the facility.
Current Government policy and advice on planning agreements is set out in Circular 05/05
(ODPM, 2005). S106 should be used in a manner that protects the interests of the
community and planning authorities are advised that obligations might arise from the need
to safeguard the local environment or to meet the costs imposed as a result of development,
stressing that what this means in practice will depend on the circumstances of each case.
‘Properly used planning obligations may enhance the quality of development and enable
proposals to go ahead which might otherwise be refused’ (ODPM, 2005).
In the South West, the current system of planning obligations is already used extensively to
deliver developer contributions towards local infrastructure associated with major
development. In 2006, research by Sheffield University showed that the South West made
the second greatest use of planning obligations on major developments out of all the
English regions including London. The Sheffield University study also found that the highest
total obligation contributions were found to be for “Transport and Travel” followed by
“Education” and “Open Space”.
Over time, the Section 106 route has been stretched to include a wider range of community
needs, whilst the cost of setting an agreement in place has meant that smaller
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developments have generally escaped making contributions despite their cumulative effect
on infrastructure.
Section 106 agreements are complemented by section Section 278 of the Highways Act and
Section 111 of the Local Government Miscellaneous Provisions Act, which can be used by
the Local Highway Authority to secure planning obligations for highways.
8.2 Case studies – Planning Obligation policy development
Optimising developer contributions will be a crucial aspect of developing an infrastructure
funding strategy. This section of the advice note provides a summary of planning obligation
policy development in the four case study authorities of Swindon, Taunton, Plymouth and
the West of England.
Case study: Swindon Borough Council
Swindon Borough Council (SBC) published a Planning Obligations Guidance Note setting
out a tariff in September 2006 and therefore have good experience of implementing such an
approach. The tariff only applies to residential development in the borough, with
contributions for commercial development being negotiated in the conventional manner.
Thresholds vary depending on the category of social infrastructure, for instance open space
contributions are triggered at 25 dwellings and Public Art at 10 dwellings or sites over 0.4
hectares. All other contributions, with the exception of affordable housing, are not subject to
thresholds and apply to all new dwellings. In order to assist developers in establishing the
overall level of contribution that will be sought, SBC have provided an online calculator on
their website. Total contributions are calculated from the following details:
• total number of units to be provided (including affordable housing);
• site area;
• a breakdown of the number of 1 bed, 2 bed, 3 bed and 4+ bed units;
• ability to provide open space on the development site;
• education zone (zones relate to a baseline capacity assessment for primary, secondary
and early years provision – see section 4.1.4); and
• status of nearby doctors’ surgery (status relates to baseline capacity assessment).
It is notable that SBC have decided to differentiate the level of contribution sought by the
size of dwellings, rather than apply a standard roof tax.
The 2006 Developer Contributions Guidance Note implies that developer contributions
towards transport infrastructure would be negotiated on a site by site basis, with reference
to the Local Transport Plan 2006-2011 and site specific requirements. SBC are actively
considering the ability to extend the tariff approach to cover higway infrastructure and have
already published a draft Developer Contributions for Transport and Infrastructure and
Services Guidance Note (January 2008) which is currently under review. This proposed
tariff, if adopted, will apply to residential development and has been calculated on the basis
of growth projections and a costed list of infrastructure requirements (incorporating optimism
bias).
Case study: Taunton Deane Borough Council
Taunton Deane Borough Council (TDBC) have recently published a consultation draft
Planning Obligations SPD (June 2008), which proposes two methods for the calculation and
negotiation of developer contributions.
Firstly, where sites are located in the town centre area covered by the authority’s AAP
(submission version, October 2007), planning obligations will be made up of three
components:
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• Developers will be expected to implement community infrastructure items that are
packaged up with individual sites within the AAP; for instance, the retail redevelopment
to the east of High Street will be expected to include a new public square, residential
units, public car parking, public conveniences, improvements for pedestrians and public
realm enhancements within and around the perimeter of the area.
• Developers will be expected to contribute to a pool of funds enabling the delivery of
infrastructure items that are essential to bringing forward some or all of the town centre
sites. The River Tone through central Taunton is prone to flooding, hence the
infrastructure items listed include flood plain re-profiling at Longrun Farm and the
construction of a flood detention reservoir at Wild Oak Lane. TDBC commissioned
consultants to cost these infrastructure items, so that a business case for forward
funding could be produced and developer contributions fully justified. It is useful to note
that the council have also undertaken a prioritisation exercise that will inform the
negotiation of contributions where development viability is a constraint.
• Where town centre sites include residential development, the generic contributions
sought on all sites in the borough will also be sought.
Secondly, for all areas of the borough falling outside the five town centre regeneration sites,
TDBC are proposing to apply generic developer contribution requirements. The evidence
base for the per dwelling tariff includes standards such as the DfES Basic Need Cost
Multipliers, as the detailed studies and costing exercises undertaken for the town centre are
not available for the whole borough. It is the authority’s intention that financial contributions
will be sought from all residential developments, irrespective of dwelling size and tenure
(with some exceptions as specified in the SPD). Affordable housing remains a negotiable
component of a developer contribution.
Case study: Plymouth City Council
Plymouth City Council (PCC) have consulted on a draft Planning Obligations SPD
(November 2007), which sets out an approach to developer contributions comprising of two
components:
• A development tariff – PCC will seek a fixed financial contribution for all residential
developments from 1 dwelling or more and all commercial developments from 500m².
The tariff will cover contributions for: education, health, libraries, open space and
children’s play space, recreation and sport, recycling and waste management, strategic
natural environment marine sites, and transport.
• A negotiated element – this will include affordable housing and site specific
requirements not addressed by the tariff.
A situation that will not be unique to PCC is the need to pool developer contributions with
those secured by adjoining authorities. The Billacombe Road High Quality Public Transport
(HQPT) route will run from the city centre to the proposed Sherford New Community located
to the east. Phase 1 of the HQPT involves the provision of a transport interchange at
Plymstock Quarry and the establishment of a bus service, in association with a major
development mixed-use development at that site. Plymstock Quarry is located within the
administrative boundary of Plymouth City Council. Phase 2 will involve the extension of
HQPT to serve Sherford, which is located in South Hams District Council, and an increase
in the frequency of the bus service. Apportionment of costs and pooling of funding between
the two authorities will be crucial to ensuring delivery.
Case study: West of England
The four unitary authorities in the sub region have considerable experience of working
together in relation to the infrastructure sectors of transport and waste through the
preparation of a Joint Local Transport Plan and Joint Waste Strategy. It is therefore natural
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that these sectors form the basis for the trialling of a Multi Area Agreement for the sub
region, which could provide a mechanism for the pooling of finance for cross-boundary
infrastructure networks.
Progress with respect to the preparation of planning obligation SPDs is not currently aligned
within the sub region; a factor which could influence the approach that can be taken to
optimising developer contributions towards strategic infrastructure in the short term. The
West of England Sub-Regional Delivery Plan provides an important resource as a joint
evidence base, supporting both the review of core strategies (as required by PPS12) and
the potential establishment of a strategic tariff or local tariffs. Maintained and updated as a
live document, the Delivery Plan might be developed as a reference to support local
planning obligation SPDs that take account of the financing requirements of both strategic
infrastructure networks and local priorities.
8.3 Emerging approaches to the Community Infrastructure Levy
The proposal to establish a Community Infrastructure Levy (CIL) aims to reduce the costs of
negotiating a planning obligation by developing a levy that can reduce the threshold of
development size from which a contribution to infrastructure can be demanded. The CIL
would also break the current planning obligation regime’s required link between a
contribution and a particular infrastructure project/s, although the CIL will need to be
underpinned by a robust, costed list of infrastructure projects that are needed to support
development. A key benefit of the CIL, therefore, is that it can more easily fund sub-regional
infrastructure.
Communities and Local Government published an information note on proposals for the CIL
in January 2008 and a further update on proposals in August 2008. The Planning Bill now
before Parliament provides the legislative framework for the CIL. Clauses in the Bill allow
for the creation of Regulations, which will be subject to formal public consultation and will
set out the detail of the new regime and how the CIL will work in practice. This approach is
intended to provide flexibility for the future, in recognition that planning obligations practice
has evolved significantly over time and it is anticipated that CIL will also evolve as local
authorities and developers become more familiar with the new approach. Key aspects of
the proposed CIL are summarised here:
• CIL will be a standard charge decided by designated charging authorities and levied
by them on new development. For example, the CIL could be levied as a certain
amount per dwelling or per square metre of development, following the example of
existing ‘tariff’ schemes introduced by some local authorities.
• Research shows that local authorities tend only to negotiate planning obligations
alongside consents for larger developments, partly because affordable housing
requirements with stipulated thresholds often trigger a planning obligation, but also
because the time and costs involved do not always make it worthwhile negotiating
on small developments. An objective of the CIL is therefore to ensure that the
burden of contributing to development should be spread more fairly.
• CIL will need to be underpinned by a costed list of infrastructure projects that are
needed to support development. However, it is appreciated that development plans
look many years ahead and need to be flexible enough to cope with major
uncertainties. The anticipated infrastructure needed to support development should
be broken down into two types: firstly, specifically identified items of infrastructure
needed to support major strands of the development strategy, such as a major
transport link; and secondly, infrastructure that is not specifically identified, but is
known to be needed, such as the number of primary schools needed to support
anticipated population growth.
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• There may be a case for allowing charges to vary within charging authorities to
reflect specific local conditions, and this is something Government wishes to explore
further in consultation with stakeholders. This includes a facility to set differential
rates geographically and a provision for very exceptional cases which cannot afford
to pay the rate set out in the charging schedule.
• The Government do not initially intend to include affordable housing within the
scope of what may be funded from CIL, although affordable housing will be included
within the definition of infrastructure in the Bill so that affordable housing could be
included as part of the CIL if evidence later shows that this is necessary.
• The existing system of planning obligations does not meet all of the infrastructure
costs of development. While it is intended that the CIL will make a significant
contribution to infrastructure provision, Government acknowledge that it is likely to
remain the case that CIL on its own will not be able to meet the entire cost of a
major infrastructure project. Core public funding will continue to bear the main
burden.
• CLG recognise that many authorities either have already developed standard
charges or are considering them. The Government encourages them to continue
this work, reflecting current law and policy. They should however bear in mind the
new policy direction now being set out, so that they are ready to take advantage of
the new power to charge CIL.
The CIL would be based on a costed assessment of infrastructure requirements arising out
of all development within the area; taking account of land values and potential uplifts.
Standard charges would be set, which may vary from area to area and according to the
nature of development proposed. A suggested process is shown in the Figure 2 below. A
risk for LPAs within the South West would be to over estimate the levy yield for sub regions,
especially in areas where land values may be too weak to sustain a significant scale of levy.
Implementation also needs to account for continued policies for Section 106.
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Figure 2 – CIL flow chart (as shown in Chapter 1)
8.3.1 Vision
The Infrastructure Delivery Plan (IDP) needs to be guided by an overall vision for the
community it is meant to be serving. This topic is covered in Chapter 3 of the Advice Note.
8.3.2 Infrastructure need
The vision needs to be translated into an assessment of the infrastructure needed to deliver
the vision. This topic is covered in Chapter 4 of the Advice Note.
8.3.3 Gross Infrastructure Costs
Infrastructure need should be converted to costs using methodologies that match the
available information. It should be expected to run this iteratively.
8.3.4 Determining Net Infrastructure Costs
Other sources of funding needs to anticipate likely receipts over the plan period from
sources such as:
• National Lottery;
• European Funding;
• Capital Receipts
• Credit Approvals.
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Various sources of Government funds are also available for growing urban areas, such as
New Growth Point funding.
Anticipated receipts should be deducted from the cost of infrastructure. More detail is
available in Chapter 5 of this Advice Note.
8.3.5 Apportionment of benefit - who benefits from infrastructure and who
pays?
The major new development anticipated in the RSS are not the only beneficiaries of the
services brought to an area by new infrastructure. The beneficiaries can include:
• Existing residents and businesses;
• Out of area users (in transit or visiting an area)
• Small scale new development;
Most forms of infrastructure will deliver a spread of benefit; the issue for the costing strategy
is how to represent this in the costing of an infrastructure delivery plan. Loading the costs of
infrastructure that deliver wide area benefits beyond the immediate requirements of new
development risks making projects unviable leading to delay.
Within the context of a Multi Area Agreement and Joint Core Strategy it may be possible
to agree to cost sharing key infrastructure that creates a wider benefit. Infrastructure in
larger settlements will normally provide services to a wide catchment area and it depends
upon the degree to which a consensus can be reached with a sub region as to where these
benefits exist.
A similar problem exists in determining the apportionment of benefit between existing
communities and new build. Loading of new infrastructure costs on new build does have the
benefit of generating windfall benefits for the wider community and covering a deficit that
would not otherwise be available if a distinction was made. The benefit has to be weighed
against the strength of the market to deliver contributions at that level (see finance chapter).
A similar problem applies to users that come from further afield such as tourists to the South
West whose activities benefit the region’s economy but do so at the cost of creating
considerable congestion. New transport infrastructure has to be designed to cater for all
users including these peaks in use driven by the visitor economy. One of the problems is
that the economic benefit to the region largely by passes the types of local funding
mechanisms available to fund infrastructure.
If a sub region determines that the distribution of benefit between individual authorities
balances out across all projects or that there is a wider benefit to absorbing one area’s use
of another’s infrastructure then a decision can be made to by pass apportionment. In areas
where there may be a structural imbalance between areas because one authority acts as a
service centre for a host for smaller authorities consideration should be given to these wider
effects on the management of provision costs.
8.3.6 Establishing a unit cost
New build covers domestic and non domestic build although the RSS target is focused on
housing. The objective of this chapter is to calculate a unit cost using data from the earlier
stages:
• Divide total cost attributable to new build housing by forecast new build housing
resulting in a cost per house;
• Divide total cost attributable to new build non domestic by total new non domestic
floorspace resulting in a cost per square metre of floor space;
• Moderate the average cost per house by assumed occupancy to reflect the differential
impact of lower occupancy housing.
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8.3.7 Reality checking – can the market bear the proposed levy?
Once the levy has been estimated, the figure should be compared against the residual value
likely to be yielded from the development. The residual value will determine the level of
funding that can be secured from development without making the project unviable. Asking
for more funding than is available is likely to compromise the delivery of housing growth. In
checking the proposed levy against the residual value (see Chapter 7), the following factors
need to be considered:
Table 12 – Reality checking
A methodology is contained in Appendix C to this advice note that contains case studies of
how the residual value calculation can be carried out.
8.3.8 Sensitivity testing
The calculation of net costs and a unit charge can be affected by:
• Assumptions concerning the availability of other funds – the availability of grant
funding from Europe or the Lottery could lessen the costs of infrastructure. These
sources are often subject to periodic review; re prioritisation and late/ delayed payment.
These effects need to be examined;
• Assumptions concerning the scale and phasing of growth – both factors can affect the
economics of delivery and different scenarios need to be tested (see Chapter 3);
• Residual Valuations – a calculated levy figure needs to be tested against the likely
yield expected from different development types in the LPA (in terms of location and
types of development). Setting the levy at the upper end of probabilities in terms of yield
risks removing the incentive for developers to proceed with projects.
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9 Alternative Finance Options
Summary
The need for alternative and innovative finance strategies is primarily driven by the
limitations of funding infrastructure through central government funding and developer
contributions alone. This has led to a consideration of how other funding streams with some
level of local discretion might be used to address shortfalls and cashflow problems. Some
measure of local discretion can be exercised over the following sources of finance:
• Loans;
• Capital receipts;
• Grants;
• Equity; and
• User Charges
Further options that can be considered as part of an overall funding strategy include:
• Asset Backed Vehicles, such as the Local Infrastructure Finance Trusts (LIFT)
established for community health programmes and Local Education Partnerships
(LEPs); and
• Revenue based approaches, e.g. Southampton’s District Heating Network.
These two mechanisms can be used to secure private sector investment and are not
mutually exclusive. An asset backed vehicle can draw upon a guaranteed revenue stream,
which can help to further enhance confidence for the private sector to make an investment.
In addition to exploring whether the asset backed vehicles and revenue based models are
appropriate in a particular area, a long term route to reinvigorating infrastructure investment
at the local level will involve optimising the use of under utilised powers available in existing
legislation. These include:
• Up Scaled Local Area Agreements
• Road Pricing / Workplaces Car Parking Levy
• Relaxed Prudential Borrowing Rules
• Business Improvement Districts (BIDS)
• Local Area Business Growth Incentive (LABGI)
• Land Pooling
One of the biggest problems faced when a business plan for a major infrastructure item is
being prepared is that important elements of finance, such as financial contributions from
developers, may only become available after the initial need for infrastructure arises. It is in
situations such as these that the South West Regional Infrastructure Fund (RIF) will be
invaluable. The South West RIF, launched in March 2008, has an initial investment fund of
£80 million. Achieving a return of 100% of invested funds is the ultimate aim, with the fund
growing further through the capturing (“topslicing”) of development value uplift and
additional contributions captured through pooling arrangements. It is accepted that risk in
some investments won’t be returned in full; therefore an 80% target has been set as the
minimum across the portfolio, with riskier investments being balanced against those where
100% returns are certain.
Opportunities to establish smaller scale local or sub regional rolling funds may be an avenue
worth exploring in the future. The identification of an appropriate body to act as banker and
the source of start up finance will of course be key questions from the outset.
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The need for alternative and innovative finance strategies is primarily driven by the
limitations of funding infrastructure through national funding and developer contributions
alone. In Chapter 5, it was noted that the tariff is only contributing around 20% of the total
requirement with the remainder coming other sources.
In the short run, financial innovation has centred on the exploration of means for plugging
deficiencies in the existing financing framework. Over the longer term, alternative ways of
organising local finance may offer and become established as more effective means of
delivering infrastructure requirements.
9.1 Deficiencies in local financial mechanisms to fund infrastructure
Infrastructure investment has an uneven geography that tends not to be reflected in the way
public funding is distributed. The UK local financial system tends to even out the distribution
of public funds to ensure equivalent standards of service across the country. Whilst the
system helps support a uniformity of standard to the delivery of services, the ability to fund
the localised implications of housing and employment growth is diminished.
Planning obligations offer a means of extracting contribution that can used directly to fund
new infrastructure requirements. Its merit is that it is locally controlled although proscribed
by national planning policy. Yet, the pressure to fund infrastructure need beyond that
attributable to new development reveals short falls and cashflow problems.
This has led to a consideration of how other funding streams with some level of local
discretion might be used to address shortfalls and cashflow problems.
Some measure of local discretion can be exercised over the following:
• Loans;
• Capital Receipts;
• Grants;
• Equity; and
• User Charges
These are described in brief below.
9.1.1 Loans
Loans can be raised from the commercial sector on conventional lending terms. Local
Authorities have been given powers to borrow money under the “prudential borrowing
power”. Alternatively, public bodies such as the European Investment Bank (EIB) or the
National Lottery can be approached to raise loan finance for sector specific projects like
cultural infrastructure.
9.1.2 Capital receipts
Sale of land and buildings in public ownership generate capital receipts which can
potentially fund new forms of infrastructure need.
9.1.3 Grants
A number of grant regimes exist within EU State Aids regulations that could be drawn upon
to fund the capital expenditure requirements of infrastructure. Structural funding is still
available in certain parts of the country and the South West region.
Grant Funding in the South West - transition to convergence
Grants are still important in the South West. The Objective One Programme for Cornwall
and the Isles of Scilly has been relaunched as the Convergence Programme for the period
2007-2013. The purpose of the Convergence Programmes will be to speed up the economic
development of Cornwall and the Isles of Scilly, particularly through investing in:
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• skills and helping people into work;
• the development of a more knowledge based economy;
• business productivity and innovation; and
• in infrastructure for a more modern economy.
The Convergence Programme for Cornwall and the Isles of Scilly has been approved by the
European Commission, allowing it to begin early in 2008.
9.1.4 Equity
Equity investment can be secured indirectly by forming partnerships with the private sector.
This involves cash investment from the private sector in infrastructure projects capable of
meeting a return on capital invested. It is important that the basis for the capital return is
established upfront to ensure compatibility with wider community objectives for an area.
9.1.5 User charges
User charges can offer a revenue stream that can make a project an attractive prospect for
the private investor. User charges could be paid directly by the end user (e.g. a toll road) or
by government who is then free to determine how much of the charge is passed onto the
end user. It is not always feasible or possible to levy user charges, however new technology
is opening up opportunities that previously did not exist on open access infrastructure
networks such as roads.
Opportunities exist to use these funding streams either in isolation or as funding packages
in order to overcome shortfalls or cashflow problems.
9.2 Creating local financial freedoms
Local authorities have access to a significant asset base (land and buildings) and specific
funding streams that can be used to create new infrastructure. Assets can be used to
generate new forms of revenue, whilst revenue streams can in turn be used to support the
creation of new infrastructure assets through creating the conditions for the private sector to
invest. Figure 8 identifies three components that will form the basis for considering the
potential for private sector participation.
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Figure 8 - Innovative Finance - Unlocking private sector particpation
To provide examples of the practical application of these principles, asset backed vehicles
and revenue backed vehicles are explored below:
9.2.1 Asset backed vehicles
Local authorities own land and buildings to support the delivery of services. These assets
offer an attractive form of security to the private sector and a means of creating added
value. Under performing surplus assets can be put into a special purpose vehicle (company
limited by guarantee) where the private sector invests capital in return for a share in an uplift
in value. The uplift is normally realised after a 25 to 30 year period along with a share to the
public body (which could be retained as a capital receipt or recycled into infrastructure).
Examples of these special purpose vehicles can include mainstream Private Finance
Initiative funded projects such as hospitals or universities. Local Infrastructure Finance
Trusts (LIFT) for community health and Local Education Partnerships (LEPs) for new
schools are alternative sector focused vehicles. Consideration has also been given to the
use of these vehicles in social housing. The common denominator of these approaches is
that at the end of the investment period, the private sector receives benefit from the uplift in
value.
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Figure 10 – Structure of local asset backed vehicles
Local Improvement Finance Trusts (LIFTs)
First formed in 2003, each LIFT is a limited company jointly owned by a public sector
organisation such as a local authority and a private sector participant, usually a consortium.
The LIFT takes ownership of land and buildings wholly owned by the NHS. It may redevelop
the existing site or construct new buildings. The LIFT takes responsibility for maintaining the
premises and leases it back to primary care trusts, social services, dentists and
pharmacists. Under these arrangements, the private sector would normally have a 60%
share and the NHS has a 40% stake (this enables the government to keep these projects off
the public sector balance sheet). The deals are established for a 25 year period at which
point both parties would benefit from the increased land values arising from a scheme in
proportion to their stake
Government rules stipulating that land ownership can not be transferred in PFI do not apply
with these vehicles, and LIFTCos have been engaged in rationalising land holdings to make
bigger units at better locations out of small fragmented sites. This approach has been used
to achieve co-location of facilities. The public sector hands over its land holding in
exchange for an equity holding in the LIFTCo. In these arrangements, the market price for
land is valued independently and the PCT will benefit financially if the land is worth more
than its original equity stake. A further benefit is that the LIFTCo can borrow against the
value of the land rather than raise more expensive project finance. Because the size of
individual primary care projects tend to be relatively small (e.g. GP surgeries),
redevelopment opportunities are sometimes bundled together into larger contracts capable
of attracting private sector partners.
Since it became operational, the LIFTCo mechanism has been used to fund 210 separate
health care buildings.
See:
http://www.dh.gov.uk/en/Procurementandproposals/Publicprivatepartnership/NHSLIFT/index
.htm
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Case study: Plymouth – asset management
In August 2006, Plymouth City Council’s Asset Management Team commissioned Arup and
Knight Frank to advice the council, as a principal landowner within the city, on how best to
manage its land and property portfolio in order to facilitate the objectives for the city as
outlined in the emerging Local Development Framework. The primary tool for the asset
review exercise was the Council’s own GIS mapping based system, known as GCP. The
Asset Management team undertook a process of entering data pertaining to all operational
and non operational land and property assets in which the City either has a freehold or
leasehold interest. Detailed information recorded included:
• NLPG Unique Property Reference Number – national referencing system
• Portfolio holder – the portfolio against which the interest is registered e.g. Social
Services
• Tenure and lease expiry date
• Site area
• Land use
• Status as operational or non operational
For the purposes of the asset sifting and review purpose, the city was broken down into
smaller geographical areas using the nine Area Action Plan (AAP) boundaries and a tenth
“Rest of Plymouth” category, which was followed by a process of overlaying asset maps
with the Core Strategy and AAP. This initial sifting exercise identified in excess of 80 key
assets falling into one of the following categories:
• Land or buildings that relate to the delivery of specific site based proposals as set out in
the AAP’s
• Land or buildings that relate to the delivery of non specific policies as set out in the
AAP’s
• Land or buildings that will need to be utilised to deliver transport infrastructure
improvements
• Land or buildings that will become surplus to requirements and have the potential for
redevelopment as commercial opportunities
• Land or buildings that should be safeguarded from disposal to facilitate Local Transport
Plan objectives and proposals.
Plymouth City Council are now in the initial stages of considering how use of the GCP GIS
system could be extended to provide an analytical tool as part of a live infrastructure
planning tool/database (as referred to in section 1.4).
Case study: The Croydon LABV
The London Borough of Croydon is the first local authority to enter into a LABV partnership.
The council recognised that its planning powers and ability to negotiate S106 contributions
were the key factors affecting its ability to achieve its regeneration objectives, however
neither of these factors determined when or where regeneration took place in a co-ordinated
manner at a pace they could have more control over. In recognising this, and being inspired
by the creation of urban regeneration vehicles like Blueprint, a local authority driven LABV
seemed the right opportunity for the public sector at the local level to have more control over
the delivery of the their vision and regeneration activities.
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Croydon holds a substantial portfolio of development sites and owner-occupied estate in the
town centre and throughout the wider borough. The portfolio includes a number of large
strategic development opportunities in the town centre. Additional property and assets will
be added or acquired later. A joint venture partnership will be established between the
council and a private sector partner to whom the council will initially commit a number of
town centre development opportunities. In addition, the council will consider committing to a
pre-let on new office accommodation to be developed by the LABV in order to provide a
strong covenant and income stream to assist in the redevelopment of other mixed-use sites
taken forward by the LABV.
The council is placing between £30m and £60m of property assets into the partnership, to
be matched by funds from a private sector developer. The private investor will take over the
development of the joint venture, which will also take on bank debt to help regenerate
Croydon town centre and, in theory, make profits for both the council and the private
company. The ultimate value of the vehicle has been estimated at £450m.
9.2.2 Revenue based approaches
Revenue based approaches involve using one or more of the following:
Public sector backed revenue streams
Local authorities pay for the on going costs of service provision including the renting of
buildings and land. A private investor could be confident in securing either a guaranteed
end user or a funder of third party use if developed in partnership with a local authority. For
example, Southampton City Council purchases its energy requirements from Utilicom who
provide a district heating network in the City (see the box on Energy Services Companies
below).
Other revenue streams
A more controversial area would be where infrastructure is provided by the private sector on
the basis of a revenue stream from the end user, without it being mediated by a local
authority. In these circumstances infrastructure may be designed to deliver specific
requirements to high value users willing to pay for access. For instance, this type of solution
might typically apply in telecommunications, where a premium is placed on enhanced
functionality. This type of infrastructure may however exploit a local monopoly and may
involve deliberately excluding certain classes of user even though it may be the most
accessible to them?
Energy Services Companies
Energy Services Companies (ESCOs) are examples of bodies that are sustained by
revenue earned from the sale of energy services which can include heat, light and power.
Many local authorities are interested in using ESCOs as a way of delivering low carbon
economy infrastructure with private sector support. An example would be Utilicom’s
partnership with Southampton City Council where Utilicom provides investment capital and
in return, Southampton purchases energy from Utilicom at a guaranteed rate. Southampton
is also able to assist Utilicom in terms of maintaining/ extending its heat main.
Multiple Service Companies are a concept for the combined delivery of a number of utilities,
which may result in construction and operational efficiencies.
These mechanisms are not mutually exclusive. An asset backed vehicle can draw upon a
guaranteed revenue stream which can help enhance confidence for the private sector to
make an investment.
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9.3 Securing greater financial freedoms over the longer term
A long term route to reinvigorating infrastructure investment at the local level will involve
firstly, optimising the use of under utilised powers available in existing legislation and the
consideration of relevant experience in other countries where greater financial freedoms
currently exist.
9.3.1 Summary of measures that can be taken to raise finance without
recourse to primary legislation
Opportunities available to LAs without the use of further primary legislation are summarised
below.
Table 13 – Summary of measures that can be taken to raise finance without recourse to primary legislation
Source: Loosening the Leash – All Party Urban Development Group (2007).
Further measures for raising finance that would require primary legislation are listed at
Appendix E.
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9.4 Forward funding - the South West Regional Infrastructure Fund
One of the biggest problems with planning obligations is that the finance often becomes
available after the initial need for infrastructure arises. In Section 106 agreements a
developer will normally agree milestones for the payment of financial contributions towards
infrastructure. In order to ensure that their own cashflow remains healthy, developers will
try to minimise the amount of funding released to meet obligations in advance of their own
development starting and receipt of finance from property sales. The introduction of the
Community Infrastructure Levy should provide some relief by creating a pool of funding that
can be drawn upon to cover early out goings. The problem. however, is magnified with the
larger, more complex forms of infrastructure, such as major transport projects, where the
lead times to going cash positive are much greater. It is in situations such as these that the
South West Regional Infrastructure Fund (RIF) will be invaluable.
The South West RIF launched in March 2008, is the first regional rolling fund to be
established in the UK. Its principal aim is to facilitate the timely provision of regionally or
sub-regionally significant infrastructure that is critical to the delivery of planned growth. RIF
is a mechanism through which a region can pump prime or forward fund major infrastructure
schemes, in situations where the anticipated public or private funding for the scheme will not
be available in full at the time when the infrastructure is needed to support planned growth
or development. The cost of the capital investment would then be recovered from pre-
determined public and/or private funding streams as they become available. The RIF also
provides an effective mechanism for progressing projects from outline proposals to
regionally prioritised schemes that are supported by robust financial and economic business
cases.
SWRDA is the accountable body for SWRIF funds. It will hold uncommitted RIF funds and
receive back repayments, from sources such as planning obligations and infrastructure
related revenue streams, which can then be recycled into further investments. DfT funds will
not be held in the fund, but drawn-down as when required. SWRDA undertake the day to
day operation of the fund, and will manage the process of project and financial appraisal
and ensure that appropriate monitoring and evaluation processes are implemented. An
Investment Panel have been set up to direct the investment of the SWRIF and manage the
SWRIF Business Plan.
A final decision to invest in a project will require compliance with a series of criteria:
• The infrastructure project put forward meets with the definition of ‘infrastructure’ as
defined in the SWRIF prospectus and for which a developer can legitimately be
required to make a contribution.
• The infrastructure is required to support the delivery of development that is
supported by and consistent with the priorities established in the RSS/RES/RHS.
• Priority will be given to infrastructure that adds value to the delivery of sustainable
growth within Key Growth Areas identified in The Way Ahead or a New Growth
Point.
• Infrastructure must be related to the development of a large growth site, a number
of linked developments or unlocking capacity. Associated development(s) must be
of greater size than 1000 houses, 20 Hectares of retail/office/employment or a
combination of the two in mixed use.
• The infrastructure and related development must be rooted in a robust Core
Strategy, Area Action Plan or adopted Local Plan.
• There must be a realistic timetable for the infrastructure provision and of the
associated development and detail as to when SWRIF investment will be required.
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• There must be details as to the likely value of SWRIF investment required and a full
justification, under the current planning obligations legislation, for seeking developer
contributions for the infrastructure
• The related developments are demonstrated to be wholly viable (and able to make
the contributions required) and the full funding package for the infrastructure can be
demonstrated.
• A robust timetable for the repayment of the secured and expected developer
contributions equivalent to the SWRIF investment being sought. Evidenced by a
unilateral undertaking from developer(s), or draft, agreed, S106 clauses or a
Planning obligations SPD, or other robust planning document.
• The Infrastructure must have planning permission and achieved all necessary
consents and/or programme entry, for example Department for Transport
programme entry.
The South West RIF has an initial investment fund of £80 million. Achieving a return of
100% of invested funds is the ultimate aim, with the fund growing further through the
capturing (“topslicing”) of development value uplift and additional contributions captured
through pooling arrangements. It is accepted that some risk in some investments won’t be
returned in full; therefore an 80% target has been set as the minimum across the portfolio,
with riskier investments being balanced against those where 100% returns are certain.
Case study : Taunton – forward funding flood alleviation
The town centre flood risk assessment work undertaken for the Project Taunton partnership
by Black and Veatch informed proposals for flood alleviation schemes, including:
• Floodplain reprofiling at Longrun Farm. The area of floodplain to the west of the
town centre at Longrun Farm forms one of Taunton’s strategic green wedges. The
reprofiling of this area of the floodplain will enable the creation of wetland habitat and
provide sufficient replacement flood storage capacity to alleviate the majority of the town
centre area. Forward funding of the works is to be provided through the South West
Regional Infrastructure Fund, with the loan to be repaid through s106 contributions from
the town centre redevelopment sites. Planning permission for the scheme has been
granted and works are programmed to commence in August 2008.
• Wild Oak Lane flood detention reservoir. The Wild Oak Lane flood detention
reservoir proposal is located on the Sherford Stream to the south of the town. The
Sherford is one of a number of fast running streams draining the Blackdown and
Quantock Hills that join the River Tone at Taunton, excerbating flow rates during periods
of heavy rainfall. In terms of design, the compensation area is to be formed by an
embankment across the stream that restricts flow, resulting in the temporary storage of
water during high rainfall events and the prevention of rapid discharge to the River
Tone. Should it arise that it is not possible to progress this scheme for any reason, an
alternative sites have been identified on Sherford and Galmington Streams. A similar
scheme has recently been implemented on the Halse Water near Norton Fitzwarren,
just to the NW of Taunton
It is important to note that the implementation of these ‘soft’ flood alleviation measures will
limit requirements for more intrusive flood defences in the town centre, which would
compromise the Council’s vision for the active use of the river corridor as an attractive open
space.
Rolling funds such as the South West RIF are the latest innovation in attempts that are
being made to enable upfront investments in essential infrastructure. Opportunities to
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establish smaller scale local or sub regional rolling funds may be an avenue worth exploring
in the future. The identification of an appropriate body to act as banker and the source of
start up finance will of course be key questions from the outset. An assessment of the
overheads associated with such as operation at the local scale would also need to be
undertaken.
9.5 Global investment funds
As an alternative to public sector funds providing start up finance, the securing of private
sector investment will mean accommodating the objectives of a private partner in terms of a
rate of return or asset preference. There has been a proliferation of private infrastructure
funds established in recent years seeking a safer class of investment asset than classic
alternatives such as the stock and bond market or commercial property. As a general rule,
the opportunities for participation of larger scale private finance are likely to decline as the
scale of the investment vehicle shrinks. Small sector focused vehicles or those defined
around a small geographic area are likely to carry a higher set up and operating overhead.
The move to open infrastructure to private capital by governments around the world (led by
the UK) has encouraged the creation of multi billion dollar infrastructure funds seeking
investment capital from pension funds; insurance companies; sovereign wealth funds and
private equity. At a time when returns from traditional investment markets like stocks, bonds,
commercial property are looking increasingly uncertain, infrastructure can be seen as
offering an asset with relatively good security with a predictable income flow. The rise of
sovereign wealth funds with their vast surpluses of petrodollars accumulated from oil
revenues indicates that these funds may well benefit from exceptionally good future liquidity.
The emergence of these funds means that securing new infrastructure ceases to be a
matter purely for the local management of planning gain to a much wider strategy
embracing regional approaches to the attraction of inward investment on a national and
international scale. The attraction of large scale capital inflows into the South West does
however require the imagination to package opportunities together on a scale “visible” to
these investors. As opportunities for footloose major investors become more constrained,
regions may be able to attract funding to underpin their longer term growth aspirations.
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10 Capacity Development for Local Authorities
Summary
Infrastructure planning is undoubtedly a crucial component of a successful and robust
approach to spatial planning, hence the increasing emphasis on this agenda within PPS12.
As the role of planning is redefined in order to ensure the delivery of major development, it
is increasingly recognised that local authority staff are required to adopt a new approach to
planning that encompasses a stronger element of project management. In terms of the
opportunities available to develop appropriate skill sets and bolster organisational capacity,
options available to LAs include: internal reorganisation and the creation of new posts to
manage the infrastructure planning process; and partnering arrangements with external
partners, including the private sector, allowing for the sharing of skills to meet common
objectives.
With respect to support available for the development of internal organisational capacity,
two key initiatives at the regional level are the SW RIEP (Regional Improvement and
Efficiency Partnership) and the Major Development Peer Review Events. The SW RIEP has
brought together the efficiency work of the Regional Centre of Excellence with the Regional
Improvement Partnership and will focus on four interrelated strands of activity:
• Supporting excellent outcomes from LAAs;
• Building capacity for overall improvement in authorities;
• Building capacity for business transformation and driving value for money; and
• Building capacity in key thematic areas.
The Major Development Peer Review Events provide a forum whereby local authority staff
from across the region can meet to share experience, both best practice and lessons learnt.
Outsourcing and the sharing of skills between organisations presents a second set of
opportunities for local authorities. For instance, public-private partnerships for a specific
project provides a mechanism for gaining access to both finance and skilled staff. This
report recommends that an Infrastructure Planning Group (IPG) or partnership comprised of
a range of organisations is established to coordinate and progress the infrastructure
planning process. The formation of a partnership of this type will provide a forum for the
integrated planning of infrastructure and will also assist in sharing the resource load of
undertaking the task. One of the main agenda items that the IPG will need to consider
during the preparation of an infrastructure plan is its own ongoing role as the emphasis
shifts from information gathering and planning towards implementation and delivery. In
effect, should the IPG partnership be further developed to form a Dedicated Delivery Vehicle
(DDV)? Important questions that partner organisations would need to consider are:
• Is a DDV required to coordinate the finance and delivery of infrastructure, or does
another single organisation or group of organisations have the competencies to
undertake this role?
• What powers would a DDV require to undertake its role most effectively?
• Where should the administrative boundary of the DDV be drawn?
• How would relationships between the DDV and existing and emerging LSPs, LABVs,
URCs, MAAs and LAs etc. be managed in terms of finance and accountability.
This chapter considers possible options for local authorities faced with the additional burden
of handling the infrastructure planning process. The development of a more comprehensive
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approach to the business planning of infrastructure delivery opens up a variety of skills
issues for local authorities including:
• Project management skills;
• Procurement (complex and large scale)
• Costing;
• Funding (analysis of funding sources);
• Resource efficiency assessment;
• Public consultation management;
• Project modelling;
• Partnership working.
With respect to support offered at the regional level, two key initiatives are the SW RIEP
(Regional Improvement and Efficiency Partnership) (as described in section 10.2 below) and
the Major Development Peer Review Events.
10.1 Major Development Peer Review Events
The Delivery of Major Development Peer Review Events are designed to provide local
authorities (LAs) from across the South West with the opportunity to share experience, both
best practice and lessons learnt, and develop networks for the exchange of expertise.
Successful peer review events have previously been held for transport planners and it was
felt that the concept would prove equally beneficial for the disciplines of spatial planning and
regeneration. Acting as pilots for the major development peer review process, the first two
events were held in May 2008:
• Thursday 15 May – Urban Regeneration
• Thursday 22 May – Urban Extensions
Each event was attended by around thirty senior staff from the planning and corporate
departments of local authorities and county councils within the South West region, together
with representatives of government agencies and a private sector consultancy. A similar
format was adopted for both events, with selected participants presenting case studies
which acted as springboards for discussion.
An overriding conclusion at both of the May events was that the planning and delivery of
major brownfield regeneration sites and urban extensions is not conventional development
control planning, and that planners will need to learn the project management skills that will
enable them to establish partnerships and guide proposals through the policy and consents
stages. Infrastructure planning is undoubtedly a crucial element of a robust approach to
spatial planning and therefore it is the intention of the SWRA to schedule an Infrastructure
Planning Peer Review Event for the Autumn of 2008.
10.2 Resourcing skills needs
Local authorities have a choice of whether to “buy in” (see box on the SW RIEP) or
“outsource” these skills (see Section on Dedicated Delivery Vehicles). Within these basic
categories there will be sub options for securing the right skills. Options include:
“Buy in”
Redeploy within the authority (requires identification of skills and surplus/ deficit areas);
• In house retraining/ mentoring suitable individuals to undertake new tasks;
• Organisational regrouping to reflect new tasks;
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• Create new post (dedicated job role).
SW RIEP (Regional Improvement and Efficiency Partnership)
The LIFT SW Partnership was set by authorities up in June 2006 as a hub to drive
innovation and progress against regional priorities and to share information and knowledge
in conjunction with other public sector bodies and support agencies to give the South West
a ‘LIFT’.
The Partnership has brought together the efficiency work of the Regional Centre of
Excellence with the Regional Improvement Partnership. This model has now been adopted
nationally through the formation of the nine Regional Improvement and Efficiency
Partnerships (RIEP) that were scheduled to become operational from May 2008, subject to
release of funding.
The SW RIEP programme, which has a budget of £22m will incorporate four interrelated
strands of activity:
1. Supporting Excellent Outcomes from LAAs: support for the LAA process, LAA outcomes
and preparation for CAA.
2. Building Capacity for Overall Improvement in Authorities: Authorities in difficulty, building
corporate and leadership capacity, use of resources, workforce planning and development.
3. Building Capacity for Business Transformation and Driving Value for Money: including
business process improvement, smarter procurement, asset management, use of
technology, property construction.
4. Building Capacity in Key Thematic Areas as follows:
• Adult Health and Wellbeing: services in difficulty, workforce planning, developing
leadership, support for councillors, personalisation of services, commissioning and
procurement, process improvement, asset management
• Children and Young People: capacity building, commissioning, benchmarking data,
mother and baby assessments, joint provision in mental health.
• Environmental Sustainability: waste management, climate change
• Local Economy: housing and transport, developing economic capacity, urban
development and renewal
• Tackling Exclusion and Promoting Equality: equality and diversity Stronger
Communities: sustainable communities and community empowerment
• Fire and Rescue services
“Outsource”
• Public Private Partnership (Generic service);
• Public Private Partnership (Project specific);
• Access advisory services e.g. CABE on specific aspects of development
• Procure specialist consultancy advice.
All the options require the commitment of resources, however some are less dependent
upon finding new sources of funding. The options also vary in terms of their duration, for
example, public private partnerships formed around the delivery of a specific project may
well have duration of 20 years plus as opposed to the procurement of short term advice
through the consultancy route.
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The outsourcing route is explored in greater depth with respect to the formation of dedicated
delivery vehicles which are capable of making best use of staff resources and accessing
external expertise.
10.3 Dedicated Delivery Vehicles
This report recommends that an Infrastructure Planning Group (IPG)/partnership comprised
of a range of organisations is established to coordinate and progress the infrastructure
planning process (see Chapter 2). One of the main agenda items that the IPG will need to
consider is its own ongoing role as emphasis shifts from information gathering and planning
towards implementation and delivery. For instance, should the IPG evolve to become an
Infrastructure Planning and Delivery Group (IPDG), established as a separate legal identity
with a coordination and banker role? In essence, the IPG would become an IPDG
Dedicated Delivery Vehicle (DDV)/ Local Delivery Vehicle (LDV). Important questions that
partner organisations would need to consider are:
• Is a DDV required to coordinate the finance and delivery of infrastructure, or does
another single organisation or group of organisations have the competencies to
undertake this role?
• What powers would a DDV require to undertake its role most effectively?
• Where should the administrative boundary of the DDV be drawn?
• How would relationships between the DDV and existing and emerging LSPs, LABVs,
URCs, MAAs and LAs etc. be managed in terms of finance and accountability.
The matters raised by these questions are explored in the sub-sections below.
10.3.1 Is a DDV required to coordinate the finance and delivery of
infrastructure?
When considering this question, it is useful to briefly review the reasons why DDVs have
been established in the past. For larger projects, like those funded under the Private
Finance Initiative, there are specific provisions concerning the establishment of a DDV, but
more generally they act as a legal safeguard for managing a complex set of relationships.
Some forms of DDV, such as Urban Development Corporations, have been brought into
being through statute but are still subject to public sector financial regulations. Others are
limited liability companies that provide financing and management flexibilities not normally
available to local authorities. DDV models that have emerged in the last decade include:
• Urban Regeneration Companies (URCs);
• City Development Companies (CDCs) / Economic Development Companies (EDCs);
• Urban Development Corporations (UDCs);
• Urban Development Area (UDA) & Milton Keynes Partnership Committee (MKPC);
• Partnerships/Companies limited by guarantee
Lord Rogers’ Urban Task Force recommended the creation of URCs in 1999 to champion
and stimulate new investment into areas of economic decline and to co-ordinate plans for
their regeneration and redevelopment. As their titles would suggest, URCs tend to have a
town centre focus which could limit their ability, as currently constituted, to coordinate the
delivery of infrastructure across a wider sub region. They will, however, continue to play an
important role in coordinating the delivery of specific schemes and development packages
that could incorporate or facilitate the provision of specific infrastructure items. Some of the
URCs are now evolving to become CDCs/EDCs. CDCs/EDCs have a principle focus on
economic development, hence there may be less emphasis on the physical regeneration
projects that have characterised the work of URCs.
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The publication of the Sustainable Communities Plan in 2003 and identification of strategic
growth corridors in the south east and midlands prompted the formation of a range of
statuory and non-stautory DDVs. Statutory DDVs are the UDCs and UDA - the operation of
the latter is integrated closely with that of the Milton Keynes Partnership Committee. UDCs
are able to use compulsory purchase powers to buy land at ‘no scheme’ value and recycle
the uplift value from new development.
Non-statutory DDVs include partnerships/companies limited by guarantee, which are
established as a means of borrowing against future s106 contributions and writing down
capital receipts. The shift in public policy towards allowing assets to be transferred at less
than the highest price to achieve a wider objective has worked in the favour of non-statutory
DDVs, as have changes in government accounting rules that allow DDVs to:
• to retain an interest in publicly funded assets;
• use grant funded assets to generate revenue or secure borrowing; and
• in certain circumstances, support third parties through clean break endowments.
Once the government no longer has charge over the asset, or the clawback period has
expired, the DDV is free to use the asset as it wishes.
Each form of DDV has a different legal status and range of powers, hence it is necessary to
select an appropriate DDV having regard to the organisational circumstances of a defined
infrastructure planning area. It is also important to note that, while the growth agenda for
the South West shares many characteristics with the scale of new housing required in the
South East, the government has not provided any indication that statutory vehicles will be
created for high growth areas in the South West, which will limit the options available.
10.3.2 What powers would a DDV require to undertake its role most effectively?
The government has generally applied 6 benchmark tests to define the comparative powers
of DDV models:
• It is a single purpose body.
• It has power to assemble land (through purchase and Compulsary Purchase Order
(CPO)).
• It has power to capture development values (through s106 and in the future, CIL).
• It has control of plan making and development control (normally major applications
only).
• It has the ability to raise large scale long term funding.
• Mechanisms for transparency and accountability are in place.
Appendix F provides a summary of DDV models, examples of where they have been
established and their relative competencies. Historically, UDCs have had the most direct
access to the range of powers listed above, although there are important differences
between those formed in the 1980s and the second group created in 2004/05. The planning
powers are now not as extensive and a more collaborative approach, involving local
stakeholder and partners, has been taken to governance, as opposed to the original
approach where a board was directly appointed by the Secretary of State.
Non-statutory DDVs such as partnerships limited by guarantee (a company that is
incorporated for non-profit making functions), may be considered an appropriate option in
the South West. By involving the local authority in the partnership, the board could have
access to statutory powers such as CPO and the ability to capture development values,
however, it would be important to establish the legalities of utilising these powers and define
the roles of the corporate versus regulatory/planning arms of a council.
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10.3.3 Where should the administrative boundary of the DDV be drawn?
Many of the DDV models referred to above have had relatively tightly drawn administrative
boundaries, either as a result of an urban regeneration focus (URCs) or a need to
concentrate planning powers within a limited area (UDCs). Assuming there is no need for
an infrastructure DDV to have formal planning powers, and defined roles consist of
establishing an infrastructure planning evidence base and coordinating delivery, then it may
be plausible for a DDV to have wider geographic remit for the reasons explored in Chapter
2.
10.3.4 How would relationships between the DDV and existing organisations be
managed?
Introducing a new organisation to an already complex arena is clearly not a step to be taken
lightly and partner organisations will want to explore:
• Whether the benefits of an infrastructure DDV would outweigh the associated
overheads; efficiencies could be gained where sub-regional bodies are resourced by a
number of LAs and agencies.
• Would the formation of a DDV result in duplication.
• Which organisations would be represented on the board. Would directors be drawn
from the public and private sectors, and would both officers and council members be
appointed.
It is not possible to detail all options in this advice note, and the ‘right’ organisational solution
to infrastructure coordination and delivery will vary depending on the existing and emerging
planning and governance arrangements in a given sub-region. For instance, the emergence
of a MAA in the West of England covering the transport and waste elements of infrastructure
would have an important bearing on decisions relating to whether a DDV would be
appropriate. In terms of learning from case studies, it is suggested that a review of the non-
statutory DDV models emerging in the South East and Midlands would be of benefit to
authorities in the South West.
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11 Conclusions: The Infrastructure Challenge & Key
Principles for an Integrated Planning Approach
Providing for the levels of growth set out in the Regional Spatial Strategy presents a major
challenge to Local Authorities and the wide range of organisations responsible for
infrastructure and service provision in the region. The preparation of an infrastructure
planning evidence base to support Core Strategies as required by PPS12 will undoubtedly
have resource implications for all organisations involved, however it is important that this
agenda is not seen as an adjunct to existing corporate priorities but becomes central to a
more collaborative approach to business & service planning processes. . Comprehensive
infrastructure planning is a vital component of spatial planning and the establishment of
collaborative working arrangements and data sharing will ultimately reduce the time required
to undertake the task while improving the outcomes and deliverability of development plans.
The advice set out in this note presents an outline approach to infrastructure planning that
must be adapted to the organisational circumstances in a locality. Overarching principles to
follow can be summarised as follows:
• Adopt a collaborative approach - the preparation of a robust infrastructure delivery
plan will depend on working across infrastructure sectors and administrative boundaries.
Many organisations will benefit from an integrated approach to infrastructure planning
and the resourcing of the task should be shared accordingly. Local authorities should
be prepared to lead this process at the corporate level.
• The Infrastructure Delivery Plan should be a ‘live’ document - the strategies and
plans of infrastructure and service providers will not always be neatly aligned in terms of
geography, plan period or projected growth. It is therefore suggested that a
database/GIS is established that allows for information held to be readily updated and
analysed to inform the preparation of the Core Strategy and revisions to a Planning
Obligations SPD. This evidence base will also play a crucial role in informing the RSS
Implementation Plan and prioritisation of strategic infrastructure items at the regional
level.
• Contingency Planning should be undertaken - as part of the infrastructure planning
process, local authorities and their partners should undertake contingency planning
based on: alternative growth projections and build out rates; consideration of alternative
models of service provision; and alternative locations of growth. It is imperative that the
sustainability of alternative infrastructure solutions are explored given the huge influence
of such projects on the future demand and means of supply of energy and water etc.
This process can then feed into the Sustainability Appraisal of the Core Strategy.
In addition to meeting the requirements of PPS12 and improving the robustness of spatial
planning processes, a business planning approach to infrastructure will improve access to
funding from both the public and private sectors. This will help to address historic shortfalls
in capital expenditure in the South West when compared to that in many of the English
regions.
Analysis of PESA (Public Expenditure Statistical Analysis) data shows that, in the past, the
South West has occupied 7th position out of all the English regions (9 regions) including
London in terms of per capital expenditure (refer to Appendix A1 for details). A key issue for
the South West will therefore become one of substantively raising the per annum rate of
investment in infrastructure through a process of identifying need, raising new forms of
finance and ensuring the timely delivery of projects. Innovations such as the South West
Regional Infrastructure Fund (RIF) present the region with an opportunity to move forward
positively. The establishment of efficient, integrated and robust infrastructure planning
processes at the local/sub-regional levels will enable mechanisms such as the RIF to be
utilised to their full potential.
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The Regional Planning Body are interested to explore with Local Authorities how they can
best assist with the establishment and resourcing of infrastructure planning and reporting
processes.
11.1 Sharing of experience across the region and areas for further
research
The Major Development Peer Review Events referred to in section 10.1 revealed that there
is an appetite amongst Local Authorities in the region to pool experience and resources
where appropriate. A number of tasks and initiatives that could potentially be taken forward
at the regional level are:
• The development of a database/GIS infrastructure planning tool that can form the basis
of ‘live’ infrastructure delivery plans. The Regional Planning Body (RPB) is in the
process of establishing a Regional Infrastructure Coordination Database, which
provides an example of and template for such an approach.
• With respect to the collation of infrastructure planning information, the RPB are
interested to explore with local authorities opportunities for the standardisation of data
collection so that reporting and review processes can be streamlined.
• The production of pro forma ‘statements of agreement’ on responsibilities for delivery
between local authorities and infrastructure / service providers.
• The production of sector profile sheets, possibly as a web resource, that provide an
overview of the structure, planning processes and funding streams of each
infrastructure sector.
• Undertake further research on models for Dedicated Delivery Vehicles that would best
suit circumstances in the South West.
• Explore with the utility providers the types of procedures that could be put in place to
improve the interface between land use planning and their own business planning
procedures.
• Explore the potential for using partnering arrangements, secondments or panel
framework agreements to provide specialist infrastructure expertise to local authorities
• Assess whether there is potential for the pooling of resources by local authorities to fund
a land valuation expert, who could assist with the preparation of planning obligations
policy.
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Bibliography & Useful References
All Party Urban Development Group (2007) Loosening the Leash: how local government
can deliver infrastructure with private sector money.
All Party Urban Development Group (2008) Delivering Urban Homes: the role of the public
and private sector
BCIS (Building Cost Information Service) - http://www.bcis.co.uk/
CIRIA (2006) Sustainable water management in land use planning. CIRIA C630
CLG (January 2008) The Community Infrastructure Levy
CLG (August 2008) The Community Infrastructure Levy
CLG (2008) Infrastructure Delivery, Spatial Plans in Practice: supporting the reform of local
planning
HM Treasury (2007) Transforming Government Procurement
Housing Corporation Economic Appraisal Toolkit
(http://www.housingcorp.gov.uk/server/show/nav.00100f00200b)
NAO (2004) Out of sight – not out of mind: Ofwat and the public sewer network in England
and Wales
NAO (2007) Ofwat – Meeting the demand for water
Ofgem (2003) Securing Britain’s gas supply
Office of Government Commerce (2007) Whole life costing and cost management:
achieving excellence in construction procurement guide.
Ofwat (2006) A sustainable water industry – to PR09 and beyond – consultation paper
Parliamentary Office of Science and Technology (2007) Postnote: Electricity in the UK
Spon Press (2008) Spon's Architects & Builders Price Book 2008
Sustainable Development Commission (2007) Lost in transmission: the role of Ofgem in a
changing climate
Taunton Deane Borough Council (2004) Taunton Urban Extension Study, Terence
O’Rourke
TRICS database - http://www.trics.org/
West of England Partnership (2006) The Cost and Funding of Infrastructure in the West of
England – Stage 1, Roger Tym & Partners
West of England Partnership (2008) Sub-Regional Delivery Plan, SQW Consulting
Appendix A
Key Themes & Trends in Infrastructure Provision
A1 Public Capital Expenditure in the South West – A
Baseline
In 2006/7, the public sector spent £2.585 Billion on capital projects in the South West
equivalent to £503 for every person in the South West (PESA, 2006/7). The South West,
however, occupies the 7th position out of all the English regions (9 regions) including
London in terms of per capita capital expenditure. The region accounts for 8.3% of all
English capital expenditure despite holding 10.1% of the population. If the region had
secured the average per capita sum for England as a whole, a further £0.55 Billion would
have been available to spend on capital investment.
Public expenditure on capital covers a wide variety of different services from education to
defence. The distribution of capital finance in 2006/7 is shown in Figure 10 below.
Figure 9 - Distribution of capital expenditure in the South West
Environmental Protection is the only category where the South West exceeds the English
average for per capita expenditure.
In addition to public sector capital expenditure, many services are now provided through
the private sector. Estimates of capital expenditure are harder to obtain but an additional
£1.265 Billion could be attributed to the utility sectors comprising energy, water, waste
water and telecommunications (ABI Regional Statistics, 2007 – Adjusted).
Collectively, around £3.85 Billion per annum capital expenditure concerned with
infrastructure can be identified. These figures will reflect investment programmes running
over multiple years. It does, however, illustrate the scale of funding concerned with
delivering key quality of life services and suggest the existence of a funding shortfall (the
existence of a shortfall is more complicated than merely failure to match national average
investment, which provides one broad indicator).
Implications for the Regional Spatial Strategy on Infrastructure
The RSS is based on meeting the needs of projected economic and population growth
within the region. An additional 750,000 population by 2026 would raise the expected
level of public and private capital expenditure in the South West if current per capita
levels of investment were to be maintained.
Based on 2006/7 levels of public sector capital expenditure, a further £377 million per
annum would be needed across all classes of investment to maintain current levels. A
further £185 million per annum would be needed to sustain utility investments. Over a
twenty year period, £11.24 billion would need to be invested in capital projects to sustain
population growth equivalent to around £20,000 per dwelling (based on 569,450 dwellings
over a twenty year period). A spend level equivalent to the English average would equate
to £22,500 per dwelling. These figures do not account for changes in quality or the impact
of technology that require major overhauls in infrastructure.
A key issue for the South West will become one of substantively raising the per annum
rate of investment in infrastructure through a process of identifying need, raising new
forms of finance and ensuring the timely delivery of finance.
A2 Government Proposals for Integrated Regional
Strategies
In 2010, the government is proposing a new approach to the development of regional
strategies that will bring together the current economic and spatial planning strategies of
the South West. Whilst the enabling legislation is unlikely to be ready before 2010, this
approach signals a need to take much more of a business planning approach in the
development of regions.
This reform is part of a much wider set of reforms brought forward by a government keen
to ensure that its wider macro economic goals are supported by an infrastructure base
capable of supporting a high productivity economy. The Comprehensive Spending
Review 2007 specifically identified the need for infrastructure to support housing growth.
A key concern has been the market failures around bringing forward sufficient funding to
make infrastructure happen at the right time. Part of these reforms has concerned how
the development planning process can contribute a balanced share of the funding needed
for new development to happen.
The formation of Regional Integrated Strategies will require a significant change in the
way integration has occurred to date. These reforms are cascading down through the
Local Development Frameworks through the revision of Planning Policy Statement 12
which places infrastructure as an early consideration in planning process.
Under the current system, infrastructure has tended to be treated as a lag indicator that
“catches up” with growth. This reactive strategy has been a principle reason why
bottlenecks emerge that hold back growth.
A2.1 Supporting economic development
Increasing the annual rate of investment in infrastructure needs to be supported by a
frontloading of involvement in the assessment of infrastructure. Plymouth has started to
reverse this approach by front loading the involvement and assessment of infrastructure.
The starting point has been to develop economic development led modelling approaches
that seek to establish the level of growth anticipated over a 20 year period. These growth
forecasts have been translated into the traditional indicators such households and jobs
but also sustainability indicators which are becoming increasingly important in defining
infrastructure need particularly scale. Infrastructure need assessment is being brought
into this integrated modelling approach. In other regions such as the West Midlands, the
utilities are starting to see the advantage in early engagement with the planning process
by putting resources into a person whose sole responsibility is tying in utility network
planning into the development planning process.
A2.2 The Planning White Paper – Nationally Significant Infrastructure
Projects
The Planning White Paper provides a means by which nationally significant infrastructure
projects (e.g. major airports, ports, power generation, waste processing) will be identified
more clearly through a system of National Policy Statements, including consultation and
Parliamentary scrutiny. A new Infrastructure Planning Commission is to be established to
examine and determine applications for major infrastructure within the context of the
relevant National Policy Statements, which will have established the principle for that
scheme.
Appendix B
Sources of Information on Infrastructure Performance Requirements
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This tabulation provides potentially useful references concerning infrastructure provision and
assessment of need. It is not intended to be exhaustive but will provide a useful starting
point.
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Appendix C
Whole Life Costing & Exploring Infrastructure Service Models
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C1 Whole Life Costing
The UK government has taken a decision to make all construction procurement choices on
the basis of whole life costs. Transforming Government Procurement (HM Treasury, 2007)
refers to the Government’s determination to be at the forefront of sustainable procurement,
making the government estate carbon neutral by 2012. The Office of Government Commerce is
expected to deliver this commitment, with the additional focus of driving better value for money
from procurement through whole-life costing. The general ruling by the Treasury has been
brought to the fore in relation to Private Finance Initiative (PFI) and Public Private
Partnerships (PPP) contracting in particular. The focus of PFI and PPP on long-term risk
management and long-term operation and maintenance makes comprehensive whole life
costing a necessity. However, government procurement outside of PFI and PPP will now
have an emphasis on whole life costs at all levels, including local authority and housing
association procurement.
Whole-life costing is aimed at answering the question: 'What is the cost of achieving this
objective in this way?'. It is considered in relation to quality in meeting a business or service
need, in order to determine value for money. Different solutions to meeting the service need
could result in significantly different cost profiles and contract duration, therefore an
appraisal of options needs to be flexible enough to compare very different approaches.
The whole-life costs of a facility (sometimes referred to as through-life costs) are the costs
of acquiring it (including consultancy, design and construction costs, and equipment), the
costs of operating it and the costs of maintaining it over its whole life through to its disposal
– that is, the total ownership costs. These costs include internal resources and departmental
overheads. They also include risk allowances and optimism bias as required; flexibility
(predicted alterations for known change in business requirements, for example),
refurbishment costs and the costs relating to sustainability and health and safety aspects.
Long-term costs over the life of the asset are considered to be more reliable indicators of
value for money than the initial construction costs for the following reasons:
• Money spent on a good design can be saved many times over in the construction and
maintenance costs. An integrated approach to design, construction, operation and
maintenance with input from constructors and their suppliers can improve health and
safety, sustainability, design quality; increase buildability; drive out waste; reduce
maintenance requirements and subsequently reduce whole-life costs. It is important to
take a whole-life approach to the asset, whether or not the same team is responsible for
design, construction, operation and maintenance.
• Investment in a well-built project can, in turn, achieve significant savings in running
costs.
This means that a service provider should be prepared to consider higher costs at the
planning, design and construction stages in the interests of achieving significant savings
over the life of the facility. As such it is considered essential that long-term maintenance
requirements are reviewed very early in the design stage; most of the cost of running,
maintaining and repairing a facility is fixed through design decisions made during the early
part of the design process.
The Royal Academy of Engineering reports that the typical costs of owning an office building
for 30 years are in the ratio of 1 (for construction costs): 5 (for maintenance costs): 200 (for
costs of the operation being carried out in the building, including staff costs). Consultancy
fees account for 10-15% of the construction cost that is, 0.1-0.15) when compared with 200
operational cost. The focus on whole-life cost should start from the business case by
increasing the value in the operational aspect while keeping the maintenance as low as
possible. In this way the initial construction cost can be recovered, since this initial cost is
the smallest amount and optimising the other two figures will have saved more than the
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construction costs. The 200 figure is expenditure by the client organization on operating the
facility and will also reflect the benefit of that facility to the department or the public at large.
While a hospital may cost 200 times its construction cost over 20 years to provide a service
to patients, a well designed hospital may cost considerably less and a poorly designed one
considerably more.
Whole-life costing is covered by a British and International Standard – BS ISO 15686:
Service life planning of buildings and constructed assets.
C2 Exploring Service Model Assumptions & Options
The Infrastructure Delivery Plan is a supporting document to the Core Strategy and will be
tested at examination. Whilst the Regional Spatial Strategy will have been tested in terms
of the sustainability of its policies, the Core Strategy is likely to define a basis for specific
types of infrastructure solution which will themselves have sustainability outcomes.
A service need can be met through more than one type of infrastructure solution although
there may be a strong institutional preference for one particular way forward. Infrastructure
solutions need to be tested. A need for infrastructure can often be met in a number of ways.
The opening up of previously closed markets in provision can introduce new business
models as well as changes in technology and organisation. Infrastructure needs to be
reviewed in terms of how effect a solution is in terms of:
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Solutions need to be tested against these issues and the results integrated into the
Sustainability appraisal of the development plan. The diagram below provides an example
of a structured approach to analysing these issues using a framework.
The diagram shows how an infrastructure project can be appraised across a number of
variable headings (radii) . The tool could be used with stakeholders to understand the
impact of a package of infrastructure or applied to an individual project. The tool can be
used to assess the most appropriate solution and the type of infrastructure needed to meet
community need.
The testing of infrastructure solutions will become increasingly important as environmental
sustainability performance standards become ever tighter e.g. carbon performance, water
management, biodiversity conservation. Meeting these requirements will need to be set
against the other dimensions of a sustainable development model.
Appendix D
Infrastructure Standards
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This table follows on from Table 3 in section 3.4.1 ‘Converting growth scenarios into
infrastructure need’ and provides examples of standards that can be applied for different
infrastructure sectors.
Appendix E
Sources of Finance That Will Require Primary Legislation
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Primary legislation would be required for the introduction of any of the following mechanisms
for raising finance.
Source: Loosening the Leash – All Party Urban Development Group (2007).
Appendix F
Dedicated Delivery Vehicles: Summary Table
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Powers and constitution Title Designation Funding
Power to
assemble land
Power to
capture
development
values
Control of
plan-making
and
development
control
Constitution,
transparency
and
accountability
Comment and examples
Statutory DDVs
Urban
Development
Corporation
(UDC)
UDCs are non-
departmental public
bodies established
under the Local
Government, Planning
and Land Act 1980.
They have a term set
for seven to ten
years, with a review
after five years and
are funded by Central
Government (CLG).
UDCs may
acquire, hold,
manage,
reclaim and
dispose of land
and other
property.
UDCs have
CPO powers
UDCs are able
able to capture
and recycle
development
value to achieve
aims.
UDCs
established in
2004-05 have
power to
determine
major
applications.
Forward
planning
powers remain
with the LPAs.
The first wave of
UDCs were run by
boards appointed
by the Secretary
of State. A more
collaborative
approach is now
taken through
partnerships with
local, regional and
national
stakeholders.
UDCs are intended to: bring land and buildings into
effective use; encourage the development of existing
and new industry; create an attractive environment; and
ensure that housing and social facilities are available to
encourage people to live in the area. Twelve UDCs
were set up in 1980 under the Planning and Land Act,
and all were wound up by the mid 1990s. Since the
Sustainable Communities Plan was published in 2003,
a further three new UDCs have been established.
UDCs are not intended to be long-term bodies and
have relatively short lifespans.
Examples: Thurrock Thames Gateway UDC; The
London Thames Gateway UDC; and West
Northamptonshire UDC.
Milton Keynes
Partnership
Committee
(MKPC) and
Urban
Development
Area (UDA)
An UDA has been
established for Milton
Keynes based on the
powers granted to
Secretary of State by
the Leasehold Reform,
Housing and Urban
Development Act
1993.
The MKPC is a sub-
committee of English
Partnerships.
English
Partnerships
have acquired
land in the
UDA to
facilitate
development.
MKPC
administers the
Milton Keynes
tariff.
MKPC has
power to
determine
major
applications
within the UDA.
The UDA is
managed by
MKPC, a sub-
committee of
English
Partnerships,
which comprises
wide public,
private and
community sector
representation.
MKPC brings together Milton Keynes Council, English
Partnerships, Local Strategic Partnership
representatives from the health, community and
business sectors and independent representation. The
role of MKPC is to co-ordinate and implement the
delivery of growth and ensure that homes,
infrastructure, jobs and community facilities are
provided as part of a joined up approach.
Milton Keynes Partnership's statutory remit is set out in
the Milton Keynes (Urban Area and Planning Functions)
Order 2004 (S.I. 2004 No. 932).
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Powers and constitution Title Designation Funding
Power to
assemble land
Power to
capture
development
values
Control of
plan-making
and
development
control
Constitution,
transparency
and
accountability
Comment and examples
Urban
Regeneration
Company (URC)
URCs are independent
companies established
by the relevant LA and
Regional Development
Agency.
Joint funded by the
Regional
Development Agency
and English
Partnerships
URCs are able
to make key
acquisitions for
development
schemes and
are sometimes
assisted by
English
Partnerships
through joint
ventures.
URCs are able
to capture
development
value through
constituent
members.
None URCs bring
together public
and private sector
partners.
URCs were created to champion and stimulate new
investment into areas of economic decline and to co-
ordinate plans for their regeneration and
redevelopment. A URC’s principle aim is to engage the
private sector in a sustainable regeneration strategy,
working within the context of a wider strategic
regeneration framework or masterplan for a defined
area. Over time, URCs have become almost
exclusively associated with physical regeneration.
Three URCs have now changed their status to City
Development Companies (CDCs) or Economic
Development Companies (EDCs) – see below.
Examples from the South West: Swindon URC;
Camborne/Pool/Redruth URC; and Gloucester URC.
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Powers and constitution Title Designation Funding
Power to
assemble land
Power to
capture
development
values
Control of
plan-making
and
development
control
Constitution,
transparency
and
accountability
Comment and examples
Non-statutory DDVs
City Development
Company (CDC)
or Economic
Development
Company (EDC)
CDC/EDCs are
designed by LAs
working with the
Regional Development
Agency and are
established as
independent
companies limited by
guarantee. They are
expected to operate at
arms length from the
LA and RDA
Running costs are to
be met by member
organisations, with
no direct funding
streams from
government.
CDC/EDCs are
able to acquire
land.
Not anticipated
that a CDC/EDC
would perform
this role.
None Board made up of
representatives of
the public and
private sector.
50% of the board
and the chair
should come from
the private sector.
The Government has taken a non-prescriptive
approach to CDCs, but does support the concept. A
CDC is essentially a city economic development
company, and its primary aim is to improve city
economic performance. CDCs are closely related to
the URCs, but will tend to have a city wide or city-region
wide territory rather than the narrower spatial focus of
URCs.
Examples: Creative Sheffield CDC; Liverpool Vision
EDC; and Hull Forward CDC.
Partnership/
company limited
by guarantee
A company limited by
guarantee is normally
incorporated for non-
profit making functions.
The company has no
share capital. A
company limited by
guarantee has
members rather than
shareholders. The
partnership/ company
is established by its
members.
In the example of
Aylesbury Vale
Advantage, the initial
set up costs for the
DDV were provided
by the ODPM using
Growth Area Funds.
Partnership or
members could
act to acquire
land. This
could include
joint ventures
and the use of
CPO powers
where
necessary.
Partnerships are
able to capture
development
value through
constituent
members.
No planning
powers, but
inclusion of LA
members will
secure clear
lines of
communication
between
company and
LPAs.
Board can
comprise of
member
organisations who
own the own the
company and
other public,
private and
community
representatives
who are invited to
participate.
Aylesbury Vale Advantage has five member
organisations: Aylesbury Vale DC, Buckinghamshire
CC, English Partnerships, SEEDA, and the Aylesbury
Vale PCT that own the company. The Strategic
Delivery Plan 2004-2006 states that the key role of
Aylesbury Vale Advantage is enable the delivery of all
the growth development components (housing,
employment, infrastructure, health and community
facilities) and that these are provided at the right time
and to the right quality standards. It is not intended for
the company to duplicate or complicate existing
structures and activities, but to identify any constraints
to, or gaps to achieving the levels of growth envisaged
and a method of overcoming these gaps. In this sense,
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Powers and constitution Title Designation Funding
Power to
assemble land
Power to
capture
development
values
Control of
plan-making
and
development
control
Constitution,
transparency
and
accountability
Comment and examples
the company may act as a facilitator or intervene
directly.
Appendix G
Definitions of Strategic Infrastructure
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G1 South East RSS Implementation Plan & Milton
Keynes Business Plan.
The term ‘strategic infrastructure’ is used for a number of purposes (e.g. CIL Policy
Statement, RIF policy statement) and a view as to whether a particular item of infrastructure
is of strategic importance may vary depending on the geographical scale of plan making.
This point is illustrated by the examples drawn from the South East RSS Implementation
Plan and Milton Keynes Partnership Business Plan. For instance “Health” is defined as
strategic infrastructure in the Milton Keynes Partnership Business Plan, while in the South
East Implementation Plan health centres and GPs are defined as local while acute, general
and mental hospitals fall in the national/inter-regional category.
South East Regional Spatial Strategy Implementation Plan for Examination in Public
(SEERA, October 2006)
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Milton Keynes Partnership Business Plan 2006/7 – 2010/11, page 39