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© Politecnico di Torino – July 2015
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Summary
Politecnico di Torino towards sustainability ......................................................................... 7
1.1. Overview of Politecnico di Torino ................................................................................. 8
1.2. The “Orizzonte 2020” Strategic Plan ........................................................................... 12
1.3. “PoliTO Sustainable Path” Logo .................................................................................. 14
1.4. The governance of sustainability ................................................................................ 15
1.5. The five dimensions of sustainability .......................................................................... 19
1.5.1. Energy and Buildings ........................................................................................... 20
1.5.2. Urban Outreach ................................................................................................... 21
1.5.3. Mobility and Metropolitan area .......................................................................... 23
1.5.4. People and Food ................................................................................................. 25
1.5.5. Purchasing and Waste ......................................................................................... 26
“ISCN- GULF Charter” Principles ......................................................................................... 28
2.1. Principle 1 – Buildings and their sustainability impact ............................................... 29
2.1.1. Management approach ....................................................................................... 29
2.1.2. Specific initiatives ................................................................................................ 30
2.1.3. Goals and results ................................................................................................. 31
2.2. Principle 2 - Campus-wide master planning and target setting .................................. 33
2.2.1. Management approach ....................................................................................... 33
2.2.2. Specific initiatives ................................................................................................ 34
2.2.3. Goals and results ................................................................................................. 35
2.3. Principle 3 - Integration of facilities, research, education and outreach .................... 37
2.3.1. Management approach ....................................................................................... 37
2.3.2. Specific initiatives ................................................................................................ 38
2.3.3. Goals and results ................................................................................................. 39
The proposed monitoring programme ............................................................................... 41
3.1. The indicator system and characterisation according to ICT and Human Factor ....... 42
3.2. Living LAB: the operative centre for the collection and monitoring of energy data .. 48
3.3. The indicator sheets .................................................................................................... 49
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Introduction
By now, sustainability has become a matter of urgency, but it is also an extraordinary
opportunity. Focussing on sustainability within the ambits of research, education and
administration in Politecnico di Torino - PoliTO from now on - means setting new targets in a
more extended viewpoint which also includes sustainability in the entire daily activity.
PoliTO has already established this principle as a central paradigm of much of its activities in
research, education and management, while encouraging various actions which aim at
developing the knowledge and awareness of environmental sustainability.
In order to encourage and increase projects, strategies and actions that are consistent with
concrete “sustainable development”, PoliTO has set aside facilities for sustainability, but aims
to use this work as a foundation for a formal and structured commitment in order to establish
suitable indicators of sustainability which are able to record current conditions and also note
any improvements that may be made.
Therefore, this report is the first step in formalising the journey that has already been
embarked upon, establishing it further and making it explicit – also through academic
networks, such as the International Sustainable Campus Network (ISCN), a global forum that
sustains academic institutions in brainstorming activities, information and best practices in
order to complete the sustainability aspect of their activities.
This choice derives from the awareness that sustainability is increasingly becoming a key factor
in global development and that PoliTO can play a major ro1le in promoting these values, as
well as orienting its research towards these issues.
PoliTO’s approach starts from the work already carried out in recent years, and works towards
establishing a better organisation and management of this work – also in terms of monitoring,
as well as providing wider information and communication.
The report is structured following ISCN guidelines, but is also integrated with other
information that highlights PoliTO’s unique characteristics.
In particular:
1. The first chapter is dedicated to primary Polytechnic information such as history,
development, values, structure and numbers, focusing the attention on the territorial
diffusion of its branches and on its relationship with the city of Turin; furthermore,
PoliTO’s unique characteristics are described, such as its logo for sustainability and
governance proposal; the attention is finally focused on five dimensions within which
PoliTO intends to work for the purposes of communication and systematisation;
2. The second chapter presents the three ISCN-CHARTER values, illustrating the
relationship with the four previous dimensions, and showing the intersection matrix
and structure of the following paragraphs;
3. The third and last chapter summarises methods and metrics that will be used in the
future to control and evaluate predetermined objectives and targets.
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Descriptive sheets of indicators that will be used for target monitoring are attached hereto.
This document refers to the 2014 period, but the decision has been made to extend the work
done to incorporate an analysis of the entire 2013-2015 period, in order to provide a historical
trend up to the current situation, and already providing a forecast for 2016 of all activities
undertaken until now and those newly integrated.
Today the working group is formed by:
PROJECT LEADERS:
Rector Prof. M. Gilli
Vice Rector Prof. R. Borchiellini
PROJECT MANAGEMENT TEAM:
M. Bottero
Prof. B. Dalla Chiara (Mobility Manager)
V. Ferretti
Prof. D. Fino
Prof. G.V. Fracastoro (Energy Manager)
Prof. P. Lombardi
Prof. G. Mondini
Prof. P. Tamborrini
SUPPORT STRUCTURES:
Living LAB
EDILOG Office – Construction and Logistics Area
IT Office - Information Technology Area
AQUI Office – Goods and Services Provision Area
GESD Office – Teaching Direction Area
CORE Office – Communication, Events and Public Relations Services
SiTI – Higher Institute on Territorial Systems for Innovation
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Politecnico di Torino towards sustainability
Politecnico di Torino distinguishes itself thanks to a number of features: though inspired by the
campus organisation of British universities, it cannot be defined as a true “campus” except for
the “urban” nature that characterises it most.
Its various activities – which will be analysed later – are undertaken in facilities located
throughout the urban territory of the City of Turin and are not concentrated in one spot, thus
becoming an integral part of the city.
The premises themselves are often old buildings that either maintain their original aspect (for
example, historic Valentino Castle) or which have been renovated (for example, the former
industrial site of the FIAT group), which have led to significant processes of urban renewal.
At times, PoliTO is part of a process of redevelopment that is already underway in the city; at
other times, it is the driver of such processes. This is the case of Mirafiori, where PoliTO’s
facilities were adapted to the surrounding factory environment, combining innovation and
functionality, but this has also meant that PoliTO and the council have continued to invest in
the future of the automotive and transport industry, research, innovation and design – i.e.,
those elements that are associated with the city, both in Italy and abroad, besides its touristic
attraction sustained by the exclusive architectural heritage of Savoy’s Royal buildings mixing
French-Italian aesthetics besides that of a Roman Chester.
All this has led PoliTO, for some time now, to consider the concept of sustainability, as it has
had to reflect on both new facilities (which involves taking on board new technologies) and old
ones (which involves, in contrast, dealing with existing restrictions).
These restrictions are not just strictly connected to the buildings themselves but also to their
urban environment, with its infrastructural fabric, existing networks and public and private
mobility besides logistics associated to them.
PoliTO is subjected to solutions put forward in the past by the city council for managing its
territory, but at the same time it influences it, affecting decisions (we may think about waste
disposal, or public transport between urban districts with a university department and those
without).
These features confirm the meaning of urbanity discussed earlier and lead us to define PoliTO
as a “multi-polar, geographically scattered campus”, though with a main headquarter; hence
not a single campus, but not a fragmented campus either, i.e. without centrality or specificity.
As mentioned above, the British concept of a university complex sometimes located outside of
urban areas, in order to create what are to all intents and purposes citadels separate from the
rest of the community, neither fits our model, nor does it strive to be a point of reference.
As an alternative, Politecnico di Torino is unique; it adapts to the local conditions, integrating
with the urban environment and surrounding it, without setting itself up as a separate body in
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the city and the surrounding territory, facilitating thereafter also the all-day accessibility by
public transport, which would imply alternatively huge ad-hoc investments.
At the same time, it does not barricade itself behind rigid solutions, scattered throughout the
urban surroundings; instead it puts forward a multi-polar, articulated structure that is able to
project itself into the surrounding area and connect with other activities.
This mental shift towards a more open university also involves a transformation of physical
space: the university can and must therefore become an agent of urban change.
Based on these concepts, PoliTO aims to establish its own path towards real sustainability –
the sustainability of its own facilities and also of its city.
1.1. Overview of Politecnico di Torino
The Regio Politecnico di Torino (Royal Turin Polytechnic) was founded as an institution in 1906,
but its origins go back much further. It was preceded by the Scuola di Applicazione per gli
Ingegneri (Technical School for Engineers) founded in 1859 after the Casati Act, and by the
Museo Industriale Italiano (Italian Industry Museum) founded in 1862 under the aegis of the
Italian Ministry of Agriculture, Trade and Industry. The former, established within the
university context, introduced research and higher education to technical studies. The latter
was more directly geared to confronting the conditions of a country on the brink of a new
industrial era. Famous scholars and researchers, in different aspects and with personalities
that complemented each other, managed to formalise new subjects such as Electrotechnics
and Building Science. They were the first to envisage a school that would focus on the
problems of people and society.
In 1859, the House of Savoy’s royal residence in Valentino park was donated to the Technical
School for Engineers; today’s Politecnico di Torino, which now owns the property. Following
the model of Europe’s most famous polytechnics, at the beginning of the 20th century, the
Regio Politecnico di Torino moved forward in different directions. It began to contact both the
European scientific world and local and national industries. Aeronautics was born and in its
new laboratories, from Chemistry to Architecture, young people from all over Italy came to
Turin to pave their professional futures in a lively and creative atmosphere.
In November 1958, the large premises in Corso Duca degli Abruzzi opened and was then
extended in the years (mainly the 90’s) thanks to the expansion of the Cittadella Politecnica, a
campus where classrooms, laboratories, education, research and citizens’ services coexist.
Politecnico di Torino, which celebrated its 150th academic year since its foundation with this
name in 2009, has increasingly become an international school, where traditions and future,
past and modernity are all interlinked.
These are PoliTO’s five campuses, scattered throughout the city:
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1. The historic and representative base of Politecnico is in the city, along the River Po:
the Castle of Valentino, a 17th-century residence of the House of Savoy. It is the main
teaching campus for Architecture and Design with an area of 23,000 m2.
2. The main extended complex in Corso Duca degli Abruzzi – boasting 122,000 m2, the
head campus for Engineering – was opened in 1958.
3. The above was completed by the Cittadella Politecnica: a modern complex of
170,000 m2 adjacent to the main building, including areas set aside for students,
research activities, technological transfers and services.
4. The newest campus is the Design and Sustainable Mobility Citadel, in an area next to
the manufacturing establishment of Mirafiori, the remodelled former Fiat
manufacturing facility now mainly devoted to the Automotive degree and Master
degree courses.
5. Finally the Lingotto - this campus is located in the FIAT manufacturing complex,
currently being used as an emerging School of Masters and left for the national public
transport regulation Authority.
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Politecnico and the city are closely associated as regards mobility (attracting people), the reuse
of buildings (the formerly Royal Castle, the formerly industrial automotive plant of Lingotto, as
mentioned above) and large-scale facilities built over the years (Cittadella and PoliTO’s
headquarters).
The boxes below summarise the most important figures regarding PoliTO in terms of students,
staff and research.
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1.2. The “Orizzonte 2020” Strategic Plan
Aware of its role as a public university, Politecnico di Torino works to produce and share new
knowledge of a high scientific and technologic content; to form and shape Architects and
Engineers who are able to deal with the challenges posed by a constantly changing Society in a
socially responsible and skilful way.
Politecnico di Torino has for a while now been actively involved in a number of initiatives in
sustainability, both in terms of planning and operations, and by encouraging environmentally-
friendly behaviour. Moreover, it is a headquarters for research activities on the theme of
sustainability in its broadest sense (environment, society, economy, technology).
In 2013, the competent bodies of the PoliTO began a strategic planning process which ended
in 2014 and which achieved the approval of the so-called Piano Strategico Orizzonte 2020
(2020 Horizon Strategic Plan).
This document highlights the concept of the “Vision of Politecnico di Torino” regarding its role
and future assignment:
To develop an open community, in an intellectually stimulating, international,
multidisciplinary and multicultural environment, able to attract high quality students,
researchers and talented entrepreneurs, and representing strategic investments for
the territory and for the country.
To validate PoliTO among the best technical universities in Europe and the world,
combining high profile research, high quality education, incisive actions of
technological transfer and sharing of knowledge
To contribute to a technological and economic development and to competitiveness of
the territory of the country, reinforcing a stable partnership with the industrial system,
promoting the setting up of innovative business and producing qualify job
opportunities for the younger generations.
Within the sustainable perspective, as a university campus of a certain level ranking amongst
the top international Universities, Politecnico di Torino wants to increase awareness of its
social role (as individuals and as an institution) by educating people about the sustainability
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culture, starting a common path towards the university’s validation as a sustainable campus
and promoting the creation of synergic actions with local authorities within the context of a
sustainable vision. Enrolment in the ISCN network and drafting this report are the first decisive
steps towards this objective.
Many activities have been planned in order to achieve this particularly ambitious and
qualifying goal, and investments have been made in a wide variety of areas of interest (a
systematic strategy of communication and education, concrete initiatives to minimise
wastefulness, to decrease environmental impact and energy consumption, to understand daily
mobility and proposing more oil-independent solutions for transport), involving all those
working in the campuses in a growing process of awareness and attention to themes of
sustainability and quality of life. A detailed list of all these activities can be found in the next
chapters of the report.
PoliTO is also determined to develop its ability to produce and share knowledge, firstly within
its territory and its country, as well as internationally, to continue to pledge its contribution to
cultural, economic and social growth.
It is, however, well-aware of the strong atmosphere of change in which it has to work, already
deeply filled by the roots of cultural and knowledge globalisation: a society that has to deal
with more complex and diverse problems that require an holistic approach based on
multidisciplinary and transversal knowledge and on influence among disciplines.
To actively and positively contribute to the many, separate themes of today, we cannot deny
the importance of collaborations between institutions with research and cultural corporations,
the enhancement of complementarity between contribution and culture. Additionally, in a
moment of deep consideration regarding economic and development models, there is the
need to pledge the sustainability of its initiatives and give new development opportunities
through a much constructive sharing of human resources and infrastructures, of thought and
material. From here, we naturally forego the need to improve one’s own effectiveness of
action and features not only through a more efficient coordination among internal structures
(educational, research and administrative), but also through an improved and strengthen
collaboration between the Universities of Piedmont and the government authority - in
particular, the Piedmont Region and the City of Turin, and the Foundations associated to the
Financial domain which cotribute to sustain the development of the territory.
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1.3. “PoliTO Sustainable Path” Logo
One unique aspect of the university is its logo. Created during the strategic planning phase, it
represents the importance of sustainability.
The “PoliTO sustainable path” logo was created following the request for a brand that
combined and represented all the activities undertaken by Politecnico di Torino to increase the
University’s sustainability, in a wide range of possible fields. Research into communication
projects and into logos on the same theme has also been undertaken in other universities,
highlighting all how the concept of sustainability is too often explained in a rather bucolic
sense, concerning the respect and protection of the environment.
The sustainability project, instead, contemplated a wider idea of sustainability which also
included the liveability of a campus and the activities on offer to students, teachers,
researchers and technical-administrative staff. The project has been managed following a
methodology that characterises Design and Visual Communication courses at Politecnico di
Torino, divided up into:
Analysis of the actual state, or rather survey phase of the project case and area
Definition, classification and analysis of the study case
Identification of the new project’s scenarios and concepts
Planning, engineering production: executive phase.
The graphic solution considers the idea of a pathway in the letter “S” of sustainability. The
colour communicates the positivity of the project and the focussed way in which it is
undertaken. Two versions of the logo have been created, depending on its use. One is linked to
PoliTO’s logo and another is used alone. Furthermore, a pattern has been designed for large
applications and to increase the graphic application potentiality.
The Logo The Pattern
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Application examples
1.4. The governance of sustainability
The structure of Politecnico di Torino is made up by the University Governing Bodies and by
the Teaching, Scientific and Administrative areas, according to the model specified in the
Statute of 2011, for fair, efficient management.
The structure envisages more governing bodies: the Rector, the Academic Senate, the Board of
Governors and the Director-General. Moreover, there are two controlling bodies (the
Evaluation Board and the Board of Auditors), an Equality, Non-Discrimination and Anti-
Harassment Committee, a University Ombudsman and an Academic Staff Disciplinary
Committee.
Politecnico includes 11 departments for the administration of research projects and
educational activities; education activities are defined and organised by Colleges, which
inherited in 2011 the roles Faculties. The Director-General manages and organises services,
instrumental resources and technical-administrative staff within the University.
Administration, supporting all the University’s activities, is composed by areas and services
which are functionally organised according to their action field.
Politecnico di Torino campuses draw inspiration from the Anglo-Saxon model, with
multipurpose buildings for teaching, basic and applied research and services for students in
Turin, as well as a regional network of technological centres (Alessandria, Biella,
Mondovì, Vercelli, Verrès), that are dedicated to research activities, technological transfers,
specialist education and services to the region. In the light of what has emerged, work is
currently being done on the hypothetical creation of a working group; a dedicated team
working on the theme of sustainability and the carrying out of all that covered in this
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document. The sought-after organisation could be called a “Green Team”. The diagram below
summarises the governance proposal.
The main points of interest that stand out from this diagram are the following:
The Green Team is made up of members from within the department (ad-hoc group
for sustainability)
The Green Team is made up of positions that have already been
established/formalised (Energy Manager, Mobility Manager); there is also a
coordinator (working close to the Rectorate)
The Green Team could formally and officially collaborate with the internal office and
coordinate all possible activities
The Green Team need a location for administrative support, made up of positions that
have already been established/formalised, with the role of acquisition, or new figures
might be defined in the future according to actual needs
The Green Team could collaborate with external corporations (services providers,
councils, etc..)
There is a Lab, which also acts as a centre for the monitoring and collection of data
compliant with the mission.
The Living Lab - which was established during the WiFi for Energy Project in 2009-2010 -
doesn’t directly carry out the projects which are entrusted to the individual technical offices,
but it supervises the results. In order to turn it into a real operational area within the Green
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Team, with the functions of coordination, interface and comparison with the professionalism
identified in the specific offices of PoliTO, a reorganisation of the internal resources is required
as well as a reinforcing of the Computer system to adapt it to support such a complex and
ambitious project. An annual Budget will be necessary.
The Green Team may include some positions identified within PoliTO, within those of its
departments or Colleges that are already indirectly involved in activities to promote the
campus sustainability, as mentioned above:
Energy Manager (established role, accomplishing a national decree) working on
energy efficiency, improvements in consumption and in the structures of Politecnico;
University Mobility Manager (an established role, accomplishing a national decree)
who works on the mobility of employees - with related plants, fleet management and
services -, and indirectly that of the users, of the PoliTO, aiming towards a suitable
freedom of movement, without forgetting modern energy and environmental
restrictions;
Urban Manager, (not currently established) to manage the impact of the five
settlement areas or poles of Politecnico in the city of Turin in urban and environmental
terms;
Waste Manager, (not currently established) essential to influence and inform users
and employees of the PoliTO regarding the reuse and recycling of all materials with
which they come into contact;
Communication Manager, (not currently established) important for the information
and internal and external communication of the activities in which the University is
involved in the ambit of sustainability;
A student delegation. Given that the majority of users of Politecnico are students, a
delegation cannot be omitted from the sustainability work group, with the aim to
collect ideas and feedback;
The local, national and international background where the team will work could be
summarised in the diagram below.
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1.5. The five dimensions of sustainability
Politecnico di Torino, within the ambit of communicating and sharing the results, has opted to
divide the activities it carries out in the field of sustainability into five dimensions which
highlight the most specific points of interest and which represent it in the most appropriate
light possible.
1. Energy and Buildings: towards energy efficiency
This dimension is aimed at highlighting PoliTO’s focus on the reuse of sections of the
city and pre-existing buildings, in continuing restoration and modernization for
sustainability, economic and energy efficiency.
2. Urban Outreach: towards integration with the city
This dimension was conceived to represent the sustainability of Politecnico di Torino,
in view of the urban/ metropolitan range of action (urban outreach), subtending a
matured awareness of the need to offer a widespread and multi-polar system of
services, which are highly interconnected, and permeable with the local resources
(public and private companies and institutions at various levels)
3. Mobility and Metropolitan Area: towards a widespread and multi-polar campus
This dimension represents the daily communications with movement involving the
stable academic, technical and administrative staff, together with the connections that
the university has with outside; above all, it represents the viewpoint of mobility and
the transfers that the staff undertake every day, together with users, making the
PoliTO an attraction centre for the city of Turin, which generates daily numbers
between 5 and 15 thousands of incoming and outgoing people.
4. People and Food: towards better quality of life
This dimension represents Politecnico di Torino’s focus on the wellness of those who
live it daily (administrative technicians, teaching staff, students) supporting all
activities undertaken in terms of security and quality of life, paying particular attention
to food, education and research.
5. Purchasing and Waste: towards complete closure of products’ lifecycle
Finally, the last dimension aims to highlight all the sustainable activities connected to
the products lifecycle theme, from purchase to disposal, trying to spread the recycle-
reuse-decrease culture, which should be the fundamental approach.
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1.5.1. Energy and Buildings
Pursuing "energy" sustainability of Politecnico di Torino – throughout its five metropolitan
departments - means reducing/rationalizing energy use and its environmental impact, while
providing the quality/comfort of indoor spaces, plus the security and affordability of supply.
For this purpose, PoliTO aims to make its building structures more efficient, and to produce or
- where possible - to buy, energy from renewable sources.
Energy sustainability of the University therefore refers to plants, buildings and energy
resources used. This dimension, besides all action aimed at saving energy and fostering the
widespread use of renewable sources (increased coverage of current needs), includes the
monitoring of all resources (including water), the testing of innovative systems for the real-
time control (Living Lab) and new management methods to save energy.
This sustainable dimension of Politecnico represents the campus’ reality in terms of energy
and environmental impacts - an entity of considerable size which may have an important
influence on the city and its users (firstly on students).
Based on current conditions, the two PoliTO’s absolute priorities are, on one hand aiming to
reduce the energy demand as much as possible, while on the other hand, taking the road to
sustainable production in terms of self-consumption.
Following these premises, the actions included in the Campus sustainability dimension should
also pursue some results in terms of efficiency, quality and comfort of living spaces for their
users. Here is a list of the main initiatives that, after having already achieved 100% of the
electricity supplied from renewable sources, we want to pursue in the next future
Increase in the amount of heat purchased from the city district heating (IREN);
Electricity production from rooftop-installed systems in order to increase self-
sufficiency (new PV system planned: 400 kWp);
Gradual replacement of conventional lamps with LEDs;
Optimal management of the lighting system in communal areas;
Gradual replacement of old windows with new high-efficiency and performance
fixtures;
Monitoring and management of drinking water consumption and progressive
upgrading of the lines of supply and wastewater collection;
Systematization of data collection and monitoring of energy consumption of major
carriers through the Living LAB structure;
Communication and information to users through the Energy Manager of the
university and the web portal: "Smart and Green Building Management Services";
Involvement of staff and users through training and awareness campaigns regarding
energy saving.
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1.5.2. Urban Outreach
Pursuing the sustainability of PoliTO locations to an extension of metropolitan/urban outreach
primarily subtends the awareness to offer a widespread and multi-polar system of services,
which are highly interconnected and permeable with the local resources (public and private
companies and institutions of all levels).
The competitiveness of the services in fact plays on the ability to develop - together with the
educational and administrative instruments - metropolitan services, which today are
indispensable as they help to attract tangible and intangible capital primarily on large areas
and therefore also in favour of PoliTO.
The dialogue between PoliTO and local authorities should be further encouraged to support
the development of common strategies which aim to confirm the joint effort of the PoliTO on
the themes of aiding the growth of local businesses and citizen-friendly services.
If, some decades ago, the opening of different poles of PoliTO system throughout the city
could be seen as an element of dispersion of the institutional offer, today this arrangement is
increasingly interpreted as a “widespread and multipolar system”.
The different locations that characterise Politecnico di Torino system are, in fact, more and
more interlinked, - thanks to the subway - and offer services and multilevel and diversified
experiences, not only to the direct users (students and staff of the university) but also to the
local community:
The Valentino Castle, an historic site, is by its own nature a place of "osmosis"
between users of the university and the citizens, because education is united with the
historical and touristic role of the building which is closely linked to the river Po area
and Valentino Park.
The recently renovated area of Lingotto stands on an advantageous and natural point
where people flow and meet (thanks to the presence of eight shopping centres and
Eataly in the Pinacoteca Agnelli and the nearby exhibition areas of international
importance, such as the Oval).
The Corso Duca (headquarters) and Cittadella locations have recently been renovated.
The operation was far reaching, both for the presence of a large former industrial area
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(the OGR - Officine Grandi Riparazioni), which has freed up large additional spaces for
use by PoliTO, as well as for the landfill urban plan on the current axis of Corso
Castelfidardo. The whole intervention represented a redevelopment opportunity for
the city and a large "empty urban space". Currently, in fact, the new areas are seeing
much use (today mainly educational, administrative and dedicated to SME Incubator),
and are becoming increasingly large. Furthermore, the “ "service context" (trade and
services) has also been recently reinforced helping to extend the liveability and vitality
of the area.
The Mirafiori premises is part of the Province of Turin’s project to redevelop the
industrial Mirafiori site. The structure was, in fact, designed to combine modernity and
functionality within the context of the factory where it is located and is a concrete
example of the goal of the University and local authorities to continue to stake our
futures on automotive, research, innovation and design. Here the city takes advantage
of an urban requalification that adds value to the university system and the city itself,
introducing topics of Turin’s recent cultural identity as a one-company town.
In relation to the aspects outlined, we can therefore see the importance of principle "2":
Campus-wide planning and target setting. The valorisation of accessibility to green areas, areas
for socialisation and paths for students or employees and local residents is a strong point.
Consequently, a strategic point is the preservation and increase in recognition of places
(buildings, paths, etc.) and the strengthening of its sense of belonging (social identity) by users.
Within this ambit, it would be interesting to monitor and sustain services to support the
temporary residency of students, through activating programs dedicated to the target group,
and connected to the current “alloggi@to" service run by the Municipality of Turin, which is
open to all citizens. But, especially the creation of new spaces/student residences directly
within the Campus.
As for the principle of "3", the integration of research, teaching, facilities and outreach, it is
considered useful to look at the level of outreach in terms of the range of extension of
Polytechnic services and areas for the urban community, as well as to direct users. Firstly here,
research is recognized as a fundamental element of outreach, as the business incubator of
Politecnico itself (I3P) is extremely active. Also, among the many effects of an open
services/infrastructure offer that PoliTO can provide throughout the urban system we can
consider, on the one hand, the financial contributions from third parties, such as companies or
public agencies, in covering a part of projects and research initiatives and, on the other hand,
the number of demonstrators in the city projects (test beds).
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1.5.3. Mobility and Metropolitan area
To pursue the sustainability of mobility – from and to the University campus and between its
five metropolitan poles - means guaranteeing a freedom of movement to all its employees
and, as far as possible, users: they should be out in the condition to choose among various
transport modes - motorised and not – considering all restrictions, especially in terms of
energy and environment, presented by today’s society, besides pursuing targets of quality,
safety and efficiency that must characterise modern transportation.
Sustainability, in the attempt to respect the balance between all parties involved in the
mobility process, should not be punitive for the industry, rather it should reinforce the
guideline that the modern age declines: the University is not only committed to proposals and
plans (new vehicles, services and systems, technologies, ICT applications, land use) but also to
strengthening as well as promoting them in mobility management activities.
Any sustainability that resorts to downgrading and limiting mobility is a losing choice, one that
cannot accept the challenges of the times we live in.
In contrast, sustainability which offers transport modes, solutions for the movement,
alternative energy sources besides black oil derived fuels, the collection and distribution of
information to help mobility is a winning one; we pursue a sustainability whose actions are
coordinated with delegated public authorities to find out best mobility solutions coupled with
a good management of the metropolitan territory, especially for those transport systems
based on fixed installations; we pursue as well as a planning of public transport services
satisfying the university needs and the latest solutions for shared transport. This is the kind of
choice which accepts that challenges posed to us this century.
This dimension of PoliTO sustainability represents the reality of the campus in terms of the
mobility of its employees, its users as far as possible, besides the effects that the related
trends create on the city and on users themselves.
On the basis of mobility conditions and related implications, in terms of energy dependence
with resulting emissions, the answer to these problems must primarily take into account the
impact on the industrial territorial context within which it operates, also considering the fact
that Turin and its hinterland is the only area in Italy, one of very few in Europe, to engineer,
design and implement the various transport systems and vehicles (by road, rail, rope, air and
24
water), along with the relative road and multimodal control (for road, rail, rope, aircraft) using
a strong component of technological innovation, ICT, recognisable in ITS (Intelligent Transport
System).
On one hand, we should be looking to gradually move away from our nearly full dependence
on oil, pursuing results in terms of efficiency, quality and safety. On the other hand, we should
be geared towards enhancing industrial fabric peculiarities in an area that is so strongly
characterised by the production and the development of vehicles, transport systems, ITS,
management systems and traffic control.
Based on these premises, the actions included in the sustainability dimension of the campus
start with monitoring and becoming aware of the movements of University users; thereafter it
shall be addressed to the stimulation of a sustainable mobility:
by optimising use and accessibility to public transport services, including both fixed
installations (e.g. metro systems, tramways) and free drive;
by setting up areas to recharge electric vehicles (pure or hybrid plug in) for
encouraging and promoting their use among employees;
by developing the availability – together with the aid of authorised personnel – of
information regarding mobility and transport systems;
by increasing non-motorised mobility where feasible, through promotion and
coordination of services for sharing vehicles and travels (car/ride sharing as well as car-
pooling);
by the promotion of quality, safety, efficiency and awareness inside and outside of the
campus;
regulating cycle paths and car parking areas, creating suitable parking for cars and
motorcycles, and possibly expanding bicycle racks;
by improving relations between all poles of the campus and the city of Turin.
25
1.5.4. People and Food
Pursuing sustainability in terms of quality of life and food means focussing on the welfare of
those who live in the university (students, faculty, technical – administrative employees)
according to an anthropocentric approach that can express synthetic indicators of the quality
of life. Sustainable development depends upon an increase in the knowledge and awareness of
individuals.
In line with recent trends in the sustainability field aimed at increasing dimensions related to
"wellbeing" (Stiglitz, Sen and Fitoussi commission), great attention is paid to quality of life and
environmental responsibility. The role of the University is to offer individuals (internal or
external) new abilities aimed towards sustainable development. In this context, a vital role is
played by teaching, training and the production of knowledge aimed at spreading the culture
of sustainability among the PoliTO community and the entire city area. Sustainability does not
limit the freedom of individuals but rather gives people more freedom.
At the very centre of the strategic planning of Politecnico di Torino is the development of
projects to improve and expand services to support employees, to optimise the use of public
and green areas; to start up activities to promote safety, health and welfare, education and
awareness and equal opportunities, to support parents and families, to provide tax assistance
and cultural services, and for recreation and physical well-being. All these initiatives for the
welfare of the people are part of an integrated vision for spreading the culture of sustainability
promoted by the University.
This dimension represents the liveability of the campus in terms of quality of life of people in
the campus, of services, comfort and sustainability for the users, but at the same time the
training and education of users and students in sustainability.
Here, we can identify different categories of activities:
1) Food and wellness. PoliTO is committed to promoting the sustainability of the agro-
food chain (energy saving, re-use of surplus) and local and traditional products and to
encouraging guidelines for catering providers within the university in terms of contract
and procurement (materials used).
2) Safety and health of employees, faculty and students. The sustainable campus should
be aimed at improving the accessibility, quality of life and security of their spaces. The
presence of green areas, initiatives to improve the safety of the environment, the
facilities for wheelchair access and the availability of adequate facilities and services
are some sensitive issues for PoliTO.
3) Social welfare (social inclusion) of the employees, faculty and students. PoliTO helps
social cohesion, integration and active participation of all members of the campus,
promoting open spaces for social interaction. This category also includes action to
support parenthood and family support for equal opportunities against all kinds of
discrimination and the promotion of cultural and recreational activities for
employees/students.
26
4) Teaching and research for sustainability. PoliTO promotes the culture of sustainability
through traditional teaching (courses, seminars and masters courses) and the
promotion of research projects aimed at sustainability.
1.5.5. Purchasing and Waste
Pursuing the sustainability of PoliTO in terms of "purchases and disposal" – throughout its five
metropolitan departments that constitute it - means reducing/rationalizing waste production
thus reducing its environmental impact, following the "reuse-recycle-reduction" approach, It
also means buying materials for the university and employees following green public
procurement guidelines (GPP protocols) in order to respect the environment without
forgetting the cost effectiveness of supply. To this end, PoliTO aims to increase the efficiency
of both disposals and purchases, looking towards a full closure of the life cycle of the product
in a sustainable way.
The sustainability of PoliTO in this regards therefore refers to purchases - i.e., paper, food and
beverages, cleaning products, IT products and goods of any kind - and part of the waste, that
is, any material to be disposed of at the end of its useful life (whether it is daily or even after
several years). The offices (AQUI office and EDILOG office) involved in these tasks are obliged
to respect the best possible sustainable aspects as mentioned above (GPP protocols and
separate disposal), but they must also continue on the path agreed by offering continuous
improvements and actions that will increase the level of the sustainable life cycle of materials.
This dimension of a sustainable university represents the reality of the campus in terms of
environmental impact concerning purchases and waste; an entity such as PoliTO has an
important influence on the city from this point of view and on users themselves (primarily
students) who often are not educated or aware enough in terms of disposal and recycling.
Based on the current conditions, one of the PoliTO’s absolute priorities is to face the situation
trying, on one hand, to reduce the quantity of material where possible, while on the other
hand continuing along the road of awareness and informative campaigns, creating ecological
islands for recycling and other activities in order to educate generations of students and young
27
adults living in the university and properly train the adults of tomorrow towards sustainable
development.
Following these premises, the actions included in the sustainability dimension of the campus
have to also pursue results in terms of efficiency, efficacy and quality. Here is a list of the main
steps that it intends to undertake:
GPP Protocol adherence (Green Public Procurement), promoted by the Province of
Turin and the purchase of "green" equipment;
Use of ecological cleaning products;
Use and purchase of "green" information technology products; Consip convention;
Initiatives to recover and reuse printed paper;
Training and awareness campaign: training courses for staff on the use of "green
procurement";
Improved waste collection: the creation of eight ecological islands with four types of
container divided by type of waste (see the image below);
Improved special waste collection system: internal assembly points (empty toner
cartridges, Waste Electrical and Electronic Equipment (WEEE), printers, PCs and other
equipment related to the electronic world, but also wood, foliage, iron etc. ..)
Widespread distribution of paperless online educational services: class registers,
applications, exam registration, thesis modules etc.
Introduction of “door-to-door” collection services and the creation of an awareness
campaign aimed also at the "on-campus population".
28
“ISCN- GULF Charter” Principles
It is considered useful, by working group of PoliTO, to try and divide up the activities into the
five dimensions described above according to three ISCN principles, crossing the two
approaches into a single matrix: the ISCN one and one linked to the PoliTO dimensions.
Firstly, the three basic principles of the ISCN network are, (details can be found below):
1) Principle 1: Buildings and their sustainability impact. To show respect for nature and
society, sustainability considerations should be an integral part in the planning,
construction, maintenance, renovation, and operation of buildings on campus.
2) Principle 2: Campus wide-planning and target setting. To ensure long-term sustainable
campus development, campus-wide master planning and target-setting should include
environmental and social goals.
3) Principle 3: The integration of research, technical-scientific education, facilities and
outreach. To align the organization’s core mission with sustainable development,
facilities, research, and lectures should be linked to create a “living laboratory” for
sustainability.
The matrix crosses the three ISCN principles (represented by the three lines) and the five
dimensions identified in the analysis of the sustainability of the campus and its
communication. Each cell represents the categories into which the ISCN divides the actions in
individual principles.
All of the following data, about each key initiative (measurement units, measurement method,
etc.) are described in detail in the sheets reported in section 3.3 of this document (page 46).
Dimensions
ISCN Charter
Energy and
Buildings
Purchasing and
WasteUrban Outreach
Mobility and
Metropolitan areaPeople and Food
Building design
aspects
Waste, recycling,
local emission
Institution‐wide
carbon targetsMaster Planning Transportation Food
Social protection
and safety
Topical integration
Principle 1
Resource Use
Social Integration
Commitments and resources for campus sustainability
Principle 2
Principle 3
29
2.1. Principle 1 – Buildings and their sustainability impact
Principle 1: To show respect for nature and society, sustainability considerations should be an
integral part of the planning, construction, renovation, and operation of buildings on campus.
A sustainable campus infrastructure is governed by a respect for natural resources and social
responsibility, and embraces the principle of a low carbon economy. Concrete goals embodied
in individual buildings can include minimizing environmental impacts (such as energy and
water consumption or waste), furthering equal access (such as non-discrimination of the
disabled), and optimizing the integration of constructed and natural environments. To ensure
buildings on campus can meet these goals in the long term, and in a flexible manner, useful
processes include participatory planning (integrating end-users such as faculty, staff, and
students) and life-cycle costing (taking into account future cost-savings from sustainable
construction).
2.1.1. Management approach
Principle 1 is specifically about the demonstration of respect for the environment and nature
in terms of consumption of energy and raw materials, construction, maintenance, renovation
and planning as an integral part of the campus (from an internal point of view).
Pursuing sustainability of PoliTO in these terms - within the five metropolitan poles that
constitute it - therefore means optimizing and controlling the flow of resources (electricity,
heat, gas, water, waste, purchases) while ensuring quality/comfort of indoor space and cost
effectiveness, reducing its environmental impact as much as possible.
Energy sustainability of our University therefore refers to plants, buildings and energy
resources used. This dimension, as well as interventions aimed at saving energy and the
widespread use of renewable sources (increased coverage of current needs), includes the
monitoring of all resources (including water), the testing of innovative systems for real-time
control (Living Lab) and new management methods to save energy. Moreover, PoliTO aims to
increase the efficiency of both disposals and purchases, looking towards full closure of the life
cycle of the product in a sustainable way.
From a management perspective, this part is managed almost entirely by the Living Lab,
PoliTO’s data collection and monitoring centre, together with some Administrative Offices
(AQUI Office - Procurement of goods and services - and EDILOG Office – Building and Logistic),
that follow initiatives and monitor data regarding purchases and waste disposal.
This step, as a first report of adhesion to the ISCN network, aims to create a baseline of data to
monitor and quantify future indicators; the following table shows the list of indicator-targets
that Politecnico di Torino intends to achieve within this principle.
30
2.1.2. Specific initiatives
Below is a list of the initiatives that PoliTO is currently undertaking, divided into five locations
in the Turin area.
Key Initiatives Headquarter Cittadella Valentino Lingotto Mirafiori
Increase of electricity production by RES X X
Automated Switch off Computers ("PoliSave project")
X X X X X
Substitution of single plants with central air- conditioning system
X X X
Substitution of old lamps with LED X X
Heat supply from IREN district heating X X
Promotion and management of a "water dispenser" (installed by SMAT)
X X
Reduction of wasted water during nights and holidays
X X X X X
Operational start of the Living Lab to monitor the consumption of energy resources
X X X X X
Recovery initiatives for paper X X X X X
Purchase of green goods (Consip Agreement) X X X X X
Purchase of ecological products for cleaning X X X X X
Creation of 8 new ecological islands (with new bins) Improved signals and labelling
X X X X X
Donation of PCs no longer used to external entities
X X X X X
Introduction of collection system "door to door" in collaboration with AMIAT
X X
Replacement of all windows frame antiquated with new typologies and installation of radiation shields
X X X
Monitoring of resource use in each branch/building
X X X X X
31
2.1.3. Goals and results
The following table clearly states the goals, key actions to achieve said goals and the target to
be reached for the first principle.
The first column shows the dimensions which each determined action refers to, always from a
communication and dissemination point of view by PoliTO, and the fourth column highlights
the sheet code.
Legend:
Energy and Buildings EB
Urban Outreach UO
Mobility and Metropolitan area MM
People and Food PF
Purchasing and Waste PW
For a complete comprehension of the values shown in the table below, see chapter 3.3.
32
Topics
Priority Goals/target Code Key initiatives M.U. 2013 2014 2015 expected 2016 expected
Production of renewable energy EB_1 Increase of electricity production by RES % 0,01% 0,01% 0,50% 2%
EB_2 Automated Switch off Computers ("PoliSave project") - 0,138 0,132settle to 2014 values or
slightly higher
settle to 2014 values or
slightly higher
EB_3Substitution of single plants with central air- conditioning
system-
Replacing some plants with
higher performance's new
ones
Start the construction work
of a new refrigerator plant
at Valentino
Completion of work at
Valentino and start to build
a new plant in headquarter
Conclusion of construction
of the third plant in
headquarter
EB_4 Substitution of old lamps with LED % 0,5% 0,8% 1,5% 4,5%
Reduction in primary energy consumption for
heatingEB_5 Heat supply from IREN district heating % 79,5% 80,9%
settle to 2014 values or
slightly higher
settle to 2014 values or
slightly higher
Reduction of drinking water consumption EB_6Promotion and management of a "water dispenser"
(installed by SMAT)Liter 233.600 198.400 210.000 230.000
Optimization of water consumption in buildings EB_7 Reduction of wasted water during nights and holidays - 0,404 0,468settle to 2014 values or
slightly higher
settle to 2014 values or
slightly higher
Energy
Management
Optimize the management of the energy balance of
Politecnico di TorinoEB_8
Operational start of the Living Lab to monitor the
consumption of energy resources-
- Corrective maintenance of
the system
- Processing and reporting
- Research support
- Corrective maintenance of
the system
- Processing and reporting
- Research support
Automation of the report on
electricity consumption
Monitoring consumption by
department and total
automation of the report
(other carriers)
Save paper PW_1 Recovery initiatives for paper - -Official agreement with
copy shops for reuse
PW_2 Purchase of green goods (Consip Agreement) %Copy paper: 98%
IT equipment: 43%
Copy paper: 98%
IT equipment: 44%
Copy paper: 98%
IT equipment: 45%
Copy paper: 98%
IT equipment: 47%
PW_3 Purchase of ecological products for cleaning m2/L 680 m2/L 680 m2/L 705 m2/L 705 m2/L
Improvement of Recycling rate PW_4Creation of 8 new ecological islands (with new bins)
Improved signals and labelling L/week -
Installation of new bins
and labelling
Organic: 2.560 L/week
Plastic: 32.767 L/week
Glass: 2.193 L/week
Unsorted: 34.900 L/week
Paper: 21.080 L/week
settle to 2015 values or
slightly lower where
possible
Improvement of IT waste l ife cycle PW_5 Donation of PCs no longer used to external entities num/tot - 330/1900 200/1900 200/1900
Improvement of collection waste PW_6Introduction of collection system "door to door" in
collaboration with AMIAT- Headquarter Headquarter Expansion also in Mirafiori
Expansion also in Valentino
castle
Improvement of insulation/reduction of energy
demandEB_9
Replacement of all windows frame antiquated with new
typologies and installation of radiation shields% - m2
2,5% (windows)
195 m2 (shields)
6,6% (windows)
757 m2 (shields)
20,5% (windows)
2.264 m2 (shields)
28,5% (windows)
3.000 m2 (shields)
Reduction of primary energy consumption EB_10 Monitoring of resource use in each branch/building koe/m3 3,986 3,607settle to 2014 values or
slightly lower
settle to 2014 values or
slightly lower
PW
EB
Energy
PW
Water
Use of Green products (GPP Protocols)
Student initiatives - contact copy shops for re-use and
install special collection points
Building
structures
Waste
Building design aspects
Waste, recycling, local emission and non-compliance
Purchased
materials
Principle 1
Politecnico di
Torino
"Dimensions"
EB
Goal and initiatives Results
Resource use
Reduction of power consumption and improvement
of comfort conditions
33
2.2. Principle 2 - Campus-wide master planning and target setting
Principle 2: To ensure long-term sustainable campus development, campus-wide master
planning and target-setting should include environmental and social goals.
Sustainable campus development needs to rely on forward-looking planning processes that
consider the campus as a whole, and not just individual buildings. These processes can include
comprehensive master planning with goals for impact management (for example, limiting use
of land and other natural resources and protecting ecosystems), responsible operation (for
example encouraging environmentally compatible transport modes and efficiently managing
urban flows), and social integration (ensuring user diversity, creating indoor and outdoor
spaces for social exchange and shared learning, and supporting ease of access to commerce
and ser-vices). Such integrated planning can profit from including users and neighbours, and
can be strengthened by organisation-wide target setting.
2.2.1. Management approach
Principle 2 is specifically about ensuring sustainable development in the long term for the
PoliTO itself and for the area it inhabits (neighbourhoods, parts of the city), from view point of
solid planning and target-setting.
Pursuing sustainability of PoliTO in these terms - in its five metropolitan poles - is to act in
terms of "sustainable mobility": first and foremost to ensure the freedom of movement of its
employees - as well as /users when applicable - with no limitation on the use of various
transport modes - motorised and not - which may be used, taking into account energy and
environmental constraints posed by today's society, besides to pursue goals of quality, safety
and efficiency that must characterise modern transportation. Moreover, it means acting in
terms of urban sustainability, considered as the inevitable influence of the poles of the campus
over the relevant areas of the city that they involve, including the generation of mobility. Also
in this case it fits the important aspect of the welfare of people living their daily activities at
the university, in terms of logistics, nutrition and food services. Finally, this context also
highlights the usual target of energy usage and consequent emissions, namely CO2, into the
atmosphere.
From a planning and management perspective, the mobility dimension is being handled by the
Mobility Management Office in cooperation with Administrative offices such as EDILOG and
Welfare, which provide the necessary data within their areas of expertise; Urban Outreach is
instead run – in coordination with the MM and, in case of the Energy Manager - by expert
members of the DIST - Interuniversity Department of Regional and Urban Studies and Planning.
The element of well-being highlighted here is treated in collaboration with EDISU Piemonte (a
body that deals with the student refectory of the headquarters) and Goods and Services
Provision Offices (for employees inside the canteen).
34
This step, as a first report of adhesion to the ISCN network, aims to create a baseline of data to
monitor and quantify future indicators; the following table shows the list of indicators-targets
that Politecnico di Torino intends to achieve in this principle.
2.2.2. Specific initiatives
Below is a list of the initiatives that PoliTO is currently undertaking, divided into five locations
in the Turin area.
Key initiatives Headquarter Cittadella Valentino Lingotto Mirafiori
Use of "green electricity" and district heating X X X X X
Construction of a new student residence near
the main campus X X
Incorporated and disseminative actions
connected to the Mobility Management X X X X X
Request for additional action to ensure the
safety of cyclists, pedestrians, crossings at traffic
lights (through cycles) and possibly more signals
from rail/metro stations
X X X X X
Test initiatives for students: free park&ride
options in peripheral area of the city for
students having seasonal subscription to PT
(GTT)
X X X X X
Agreement with the city town and GTT -
discounts for employees on public transport X X X X X
Promotion of internal motorized vehicle sharing X X X X X
Foster carpooling services among students X X X X X
Proposal for the installation of electric
recharging stations for rechargeable hybrid
vehicles (PHEV) or FEV
X X
Foster the use of bike-sharing provided by the City (Turin) near the Campus
X X X
Construction of new closed and possibly covered bike-racks, (3 of them), for bicycles.
X X X
Fair trade food sourcing (local market - km0) X X
Proposal of vegetarian/ethnic and celiac menus X X
35
Reusable materials X X
Endowment of semi-automatic defibrillators X X X X X
2.2.3. Goals and results
The following table clearly shows the objectives, the key actions to achieve them and the
target to be reached for the second principle.
The first column shows the dimensions which each determined action refers to, always from a
communication and dissemination point of view by PoliTO, and the fourth column highlights
the sheet code.
Legend:
Energy and Buildings EB
Urban Outreach UO
Mobility and Metropolitan area MM
People and Food PF
Purchasing and Waste PW
For a complete comprehension of the values shown in the table below, see chapter 3.3
36
Topics
Priority Goals/target Code Key initiatives M.U. 2013 2014 2015 expected 2016 expected
CO2 Emissions Reduction of emissions EB_11 Use of "green electricity" and district heating Toe 5.513 toe4.872 toe
(reduction of 11,6%)
settle to 2014 values or
slightly lower
settle to 2014 values or
slightly lower
Campus Planning Expansion and improvement plan UO_1 Construction of a new student residence near the main campus - -
Foster relationship with external networks and
entitiesMM_1
Incorporated and disseminative actions connected to the Mobility
Management - MM institution
1 Local Seminar in the
international context (EU
mobility during Week)
2 Meeting (national
meeting of University
MM and regional
meeting)
Consolidation of
national and
international network
Road, cycling and pedestrian safety MM_2Request for additional actions to ensure the safety of cyclists,
pedestrians, crossing at traffic l ights (through cycles) and more
signals from rail/metro stations
- -Achievement of first
interventions
MM_3Test initiatives for students: free park&ride options in peripheral
area of the city for students having seasonal subscription to PT
(GTT)
num per
day- - 50
service is not guaranteed
in future
MM_4Agreement with city town and GTT - discounts for employees for
public transport% 14% n.d. 14% 14%
MM_5 Promotion of internal motorized vehicle sharing num 26 25 25 25 (maybe 2 hybrid)
MM_6 Foster car pooling services among students - - -
MM_7Proposal for the installation of electric recharging stations for
rechargeable hybrid vehicles (PHEV) or FEV- - - - YES - 1 station
Promote Bike-sharing MM_8Foster the use of bike-sharing provided by the City (Turin) near the
Campusnum Headquarter: 3
Headquarter: 4
Valentino castle: 1
Headquarter: 4
Valentino castle: 1
Headquarter: 4
Valentino castle: 1
Encourage Bicycle use MM_9Construction of new closed and possibly covered bike-racks, (3 of
them), for bicycles.num - % 163 233
317 -
use: 80%-85%
320 -
use: 85%-90%
PF_1 Fair trade food sourcing (local market - km0) %
Staff refectory: 50%
Student's ref.: 13%
(meat, bread, fruit and
vegetables)
Staff refectory: 50%
Student's ref.: 13%
(meat, bread, fruit and
vegetables)
Staff refectory: 50%
Student's ref.: 13%
(meat, bread, fruit and
vegetables)
Staff refectory: 50%
Student's ref.: 13%
(meat, bread, fruit and
vegetables)
PF_2 Proposal of vegetarian/ethnic and celiac menus - YES YES YES YES
PF_3 Reusable materials -YES (except napkins and
glasses)
YES (except napkins and
glasses)
YES (except napkins and
glasses)
YES (except napkins and
glasses)
Workplace
health and safety Enhance the safety in campus PF_4 Endowment of semi-automatic defibril lators num 1 1 7 7
Food
17 Milions €
240 bed expected
Transportation
Promote motorised mobility more independent
from black oil (energy/person)Activation of car-pooling initiative for students
Confrontation with Turin municipality about these
topics
Mobility
Management:
External actions
Social protection
PF
Principle 2
Politecnico di
Torino
"Dimensions"
Goal and initiatives Results
Institution-wide carbon targets and related achievements
EB
UO
MM
Campus refectory Improvement of service and supply chain
Internal actions:
Transport -
Reduction of use of
energy from black-
oil
Promote use of the Public transport (space and
energy/person)
Campus-planning
Internal actions:
Personal Mobility -
Cycling
37
2.3. Principle 3 - Integration of facilities, research, education and outreach
Principle 3: To align the organisation’s core mission with sustainable development, facilities,
research, and education should be linked to create a “living laboratory” for sustainability.
On a sustainable campus, the built environment, operational systems, research, scholarship,
and education are linked as a “living laboratory” for sustainability. Users (such as students,
external service providers, besides the institutional staff) have access to research, education,
and learning opportunities on connections between environmental, social, and economic
issues. Campus sustainability programs have concrete goals and can bring campus residents
together with external partners, such as industry, government, or organized civil society.
Beyond exploring a sustainable future in general, such programs can address issues pertinent
to research and higher education (such as the environmental impact of research facilities,
participatory teaching, or research that transcends disciplines). Institutional commitments
(such as a sustainability policy) and dedicated resources (such as a dedicated person or a team
in the administration for this specific task) contribute to the success of the initiative.
2.3.1. Management approach
Principle 3 is specifically about ensuring long-term sustainable development in terms of
society, education (training and education) and the quality of life. The concept of PoliTO’s third
mission can be correlated directly to this principle.
Pursuing sustainability in these terms means to focus the welfare of those who live in the
University according to an anthropocentric approach. Sustainable development depends upon
users’ increased knowledge and awareness. Concrete aspects include the liveability of the
campus in terms of quality of life, services, comfort and sustainability for the users, but at the
same time training and educating students on sustainability.
The PoliTO aims to be a good example for the city of Turin and its citizens in particular, and its
strategic planning aims to focus on the development of integrated projects to improve and
expand services in support of the workers, to optimize the use of public and green areas, to
advocate initiatives for the promotion of safety, health and welfare, education and awareness,
equal opportunities, and to support parents and families, provide tax assistance and cultural
services, and recreation and physical well-being.
This principle is transversal to dimensions identified by PoliTO so the management aspect is
manifold. The Personnel office, EDILOG and Welfare office, together with the teaching
management office (GESD) will certainly be most involved in gathering the data necessary.
This step, as a first report of adhesion to the ISCN network, aims to create a baseline of data to
monitor and quantify future indicators; the following table shows the list of indicator-targets
that Politecnico di Torino intends to achieve in this principle.
38
2.3.2. Specific initiatives
Below is a list of the initiatives that PoliTO is currently undertaking, divided into five locations
in the Turin area.
Key initiatives Headquarter Cittadella Valentino Lingotto Mirafiori
Ph.D., specialising master and lifelong courses on Sustainability
X X X X X
Master and bachelor courses on Sustainability X X X X X
I3P, Innovative Businesses Incubator of Politecnico of Torino
X X
Participate in and support the implementation of projects impacting the city of Turin
X X X X X
Awareness campaigns and training about energy savings
X X X X X
Students’ survey and analysis regarding mobility X X X X X
Employees’ survey and analysis regarding mobility X X X X X
Awareness campaigns and training for employees about waste and GPP Protocols
X X X X X
N. of joint use of facilities and cultural opportunities offered to campus users (i.e.: Polincontri)
X X X X X
Educational initiatives for newly-enrolled students X X X X X
Foster Telecommuting X X X X X
Encourage students’ associations X X X X X
Activation of courses of Italian language for foreign students (CLA)
X X X X X
Equipped spaces/ access in classroom for disabled X X X X X
Support Activities for the Elderly X X X X X
Parenting support and Families : Babyparking and Policino
X X X X X
Parenting support and Families : Babysitting X X X X X
Support for the disabled and dyslexic X X X X X
Creating a "Green Team" to control and drive sustainability projects in this campus
X X X X X
Strengthening of the Living Lab as the centre for data collection and monitoring regarding consumption of the main energy resources
X X X X X
Sources of funding for the implementation of sustainable policies and actions: Budget
X X X X X
Communication Plan: web portal and other communicative methods
X X X X X
39
2.3.3. Goals and results
The following table clearly shows the objectives, the key actions to achieve them and the
target to be reached for the third principle.
The first column shows the dimensions which each determined action refers to, always from a
communication and dissemination point of view by PoliTO, and the fourth column also
highlights the sheet code.
Legend:
Energy and Buildings EB
Urban Outreach UO
Mobility and Metropolitan area MM
People and Food PF
Purchasing and Waste PW
For a complete comprehension of the values shown in the table below, see chapter 3.3
40
Topics
Priority Goals/target Code Key initiatives M.U. 2013 2014 2015 expected 2016 expected
PF_5 Ph.D., specializing master and lifelong courses on Sustainabiity num 2 (no Ph.D) 5 (no Ph.D) 15 20
PF_6 Master and bachelor courses on Sustainability num 85 85 85 90
UOUrban outreach and
research
Creation of new enterprises, as a university
spin-offUO_2 I3P, Innovative Companies Incubator of the Politecnico of Torino num
Enterprises hosted: 42
Enterprises born: 13
Enterprises hosted: 49
Enterprises born: 14
Enterprises hosted: 41
Enterprises born: n.a.
Enterprises hosted: 45
Enterprises born: 14
EB_12 Awareness campaigns and training about energy savings numYES - 1 initiative in
February
YES - 1 initiative in
February
YES - 1 initiative in
FebruaryYES - 1 initiative
MM_10 Students’ survey and analysis regarding mobility - - -YES
(with Piemonte Region)NO
MM_11 Employees’ survey and analysis regarding mobility - YES NO NO NO
PW PW_7Awareness campaigns and training of employees about waste and GPP
Protocolsnum n.d. YES - 1 initiative
YES - 2 initiatives in
march/aprilYES - 1/2 initiatives
UO UO_3N. of joint use of facil ities and cultural opportunities offered both to
campus user (i.e.: Polincontri)num -
settle on previous year
values or slightly improve
PF_7 Educational initiatives for newly-enrolled students - - - - YES
PF_8 Foster Telecommuting days 3.819 3.650 2.374 (March 2015) 3.000
PF_9 Encourage student's associations num/team 16 / 29 18 / 29 18 / 30 18 / 32
PF_10 Activation of courses of Italian language for foreign students (CLA) num Level 1, 2 e 3Level 2 e 3 + online course
(level 1)
Level 2: 276
Level 3: 640
Level 2: 250
Level 3: 700
PF_11 Equipped spaces/ access in classroom for disabled % - num 100% / 1 100% / 1 100% / 2 100% / 2
PF_12 Support Activities for the Elderly - YES YES YES YES
PF_13 Parenting support and Families : Babyparking and Policino num/kids 19/ 401 23/157 24/34 (March 2015) 24/160
PF_14 Parenting support and Families : Babysitting num 11 8 2 (March 2015) 7
PF_15 Support for the disabled and dyslexic - YES YES YES YES
Human resources Provide a new Governance for campus
sustainabilityT_1
Creating a "Green Team" to control and drive sustainability projects in
this campus- - - GT establishment
GT: completion of the first
initiatives, creation of new
working groups
StructuresEnhance structures to escort the sustainability
process next yearsT_2
Strengthening of the Living Lab as the centre for data collection and
monitoring regarding consumption of the main energy resources-
Normal activities (see
sheet EB_9)
Normal activities (see
sheet EB_9)
Monitoring activity and
involvement in GT
ISCN data collection center
and monitoring activities +
new location
Financial resources Allocate a concrete budget T_3Sources of funding for the implementation of sustainable policies and
actions: Budget- - - - 152.000 €
CommunicationCommunicate sustainable initiatives in a
unified, systematic and effective wayT_4 Communication Plan: web portal and other communicative methods - - -
- Brochure
- Informative panels
- Web portal
- Educational initiatives
- 2015 ongoing actions
Commitments and resources for campus sustainability
Social Integration
Campus servicesProvide quality services for students and
employees
PF
MM
Campus community
engagement
Educate campus community on campus
sustainability under every aspects
(environmental, economic, mobility, cultural)
EB
Transversal
Year 2014-2015: 20 concerts (classical music)
10000 annual appearances on average (concerts)
500 subscriptions to museums
100 agreements with businesses in Turin
11 scholarships
Promote the introduction of the principles of
sustainable development into courses and
projects of all sections
Training on
Sustainable
Development
PF
Principle 3
Politecnico di
Torino
"Dimensions"
Goal and initiatives Results
Topical Integration
41
The proposed monitoring programme
Like any other plan or program which aims to define strategies and goals for the future,
adherence to the International Sustainable Campus Network (ISCN) and the programming
process of the actions described in this report, requires periodic checks to evaluate the results
achieved and their effectiveness and consistency with the timings predicted.
A monitoring programme is proposed to ensure the control of significant impacts from an
environmental, social, cultural and organisational point of view, as well as the identification of
any corrective measures through the verification of the achievement of the preset goals.
The methodology proposed in this report uses a set of indicators divided according to the
three ISCN principles and to the five dimensions of sustainability analysed in the document.
Additionally, each indicator is associated with a goal that we intend to fulfil, as shown on the
tables attached.
There are many reasons behind the long-term analysis (2013, 2014, current year and 2016) of
these indicators:
analysis of actions developed in the past (2013 and 2014), in order to reconstruct a
complete scenario of what has already been done and the impact of such actions;
analysis of the current situation by evaluating ongoing actions;
analysis of future projects, including the programme of activities planned for 2016;
check for consistency between goals set and results reached;
long-term definition of trends for the various phenomena under analysis;
specification of the time and cost of the various measures envisaged, with the aim of
giving further information where it possible.
In this sense, monitoring is a time for discussion and fundamental verification. It allows us to
readily remove any critical issues by evaluating the overall trend of the activities launched.
Following the monitoring activities, we can carry out corrective actions and thus ensure that all
goals set are achieved.
The information collected during monitoring may also be useful for stakeholders. It provides
an update of the situation and planned actions for the future.
Furthermore, an additional evaluation will be carried out on ICT (Information and
Communication Technology) and HF (Human Factor) and its consequences. These components
are indicated in the Horizon 2020 Strategic Plan (Piano Strategico Orizzonte 2020) as of
extreme interest because they cover all the issues, and they are used here in order to create
an evaluation system for the various actions taken.
42
3.1. The indicator system and characterisation according to ICT and Human Factor
As already mentioned, the proposed monitoring programme is based on a system of indicators
divided into the three ISCN principles and the five dimensions of sustainability, in order to have
a thorough understanding of the situation. Below is an overview of these indicators (divided by
components of sustainability) and a code for each of them. Please refer to the individual table
of the indicators for further details.
ISCN
Principles
Dimension of
sustainability Indicator Code
1
Energy and
Buildings
Percentage of renewable energy used for end-use on total,
produced internally by PoliTO EB1
Ratio between the number of computers switched on overnight
and the maximum number of computers during the day EB2
Substitution of single plants with central air- conditioning system
with higher efficiency EB3
Percentage of total lamps replaced with LED EB4
Percentage of heated volumes by district heating compared to
the total volumes available in PoliTO EB5
Quantity of water delivered from the SMAT distribution point
installed inside the Campus EB6
Percentage of the volumes of drinking water consumed at night
in relation to the total EB7
Operational start of the Living Lab to monitor the consumption
of energy resources EB8
Percentage of windowed surface endowed with new windows in
relation to total window surface EB9
Primary energy consumed (related to their volume) for each
branch of PoliTO EB10
2 Tons of oil equivalent released by Polytechnic EB11
3 Awareness campaigns and training on energy saving EB12
43
ISCN
Principles
Dimension of
sustainability Indicator Code
2
Urban Outreach
Total beds available for students UO1
3
Number of enterprises created in Politecnico di Torino (I3P)
incubator UO2
Rate of joint use of facilities and cultural opportunities offered
both to campus user UO3
ISCN
Principles
Dimension of
sustainability Indicator Code
2 Mobility and
Metropolitan
Area (MM)
Corporate and disseminative actions linked to the Mobility
Management MM1
Additional measures to promote the safety of pedestrians
and cyclists near the Campus MM2
Amount of interchange peripheral park and ride to the city of
Turin by students with GTT season tickets MM3
Percentage of employees with local and urban public
transport season tickets from the total MM4
Number of departmental vehicles (including hybrid or
electric) shared within Politecnico users MM5
Introduction of a carpooling service for students MM6
Number of recharging stations for electric vehicles inside
Politecnico MM7
Number of stations in [To] Bike system (bike sharing) of Turin
city near Campus MM8
Percentage of use of the parking/stalls for bicycles within the
premises of PoliTO MM9
3 Development of surveys for employees or students on
mobility
MM10
MM11
44
ISCN
Principles
Dimension of
sustainability Indicator Code
2
People and
food
Percentage of local products on the total purchased PF1
Special menus offered (vegetarian, ethnic, celiac) PF2
Using recyclable tableware PF3
Number of semi-automatic defibrillators equipped within
Politecnico PF4
3
Number of courses (three-year degree and master degree)
on Sustainability PF5
Number of post-graduate courses (PhD, specialization and
permanent courses) on Sustainability PF6
Educational initiatives for new enrolled students PF7
Number of people who carry out their activities in
“Teleworking” PF8
Percentage of spaces available for the student association PF9
Number of participants in Italian language courses for foreign
students PF10
Percentage of classrooms accessible to the disabled and
number of equipped spaces PF11
Number of users of the elderly relatives management support service
PF12
Number of users of Policino – Micronido and Babyparking services
PF13
Number of users of the Babysitting service PF14
Presence of support services for disabled and dyslexic people PF15
45
ISCN
Principles
Dimension of
sustainability Indicator Code
1
Purchasing and
Waste
Recovery initiatives for paper PW1
GPP Protocol - Percentage of "green" items on the total
purchased PW2
Quantity of ecological cleaning products used on the
total of clean surfaces PW3
Waste recycling system- Volume waste disposed PW4
Number of donated computers to external bodies by
PoliTO PW5
Introduction of "door to door” collection system PW6
3 Awareness campaigns on recycling and training of
internal staff about green purchases PW7
Analysis of the indicators compared to the schedule taken on (2013, 2014, 2015, 2016). The
degree of ICT and Human Factor are considered for each action. It is explained through the
following chart.
The level of ICT is located on the vertical axis, while the level of HF is on the horizontal axis.
Several issues are considered within the graph according to their ITC and HF degree.
46
The rating scale refers to these guidelines:
ICT low: actions don’t require the use of information technology, or requiring just a
minimal part;
ICT medium: actions require a partial use of computer technology and, therefore could
increase the degree of computerisation;
ICT high: actions require a high of computer technology, and, therefore need a high
degree of computerisation;
HF low: action without or very low effects on the social component;
HF medium: action with effects on the human component, but which could be better
developed from this point of view;
HF high: action with high impacts on the social component and a high degree of
stakeholder involvement.
A general evaluation of ICT and HF can be seen on the graphs. Interesting insights can be given,
e.g. if the HF is low, it means there is a need to improve this aspect.
The results of the evaluation for the indicators of Principle 1 are shown below.
As it can be seen on the graph, the initiatives linked to principle 1 do not present particularly high ICT and HF values. Very often these initiatives are projects which focus on reducing energy consumption, and the saving and rational using of energy resources.
47
Principle 2.
For principle 2, some actions are characterised by a high level of ICT and HF, which show how
there is an intention to engage stakeholders and be open to new technologies.
Principle 3.
48
The third principle shows high levels of HF while the levels of ICT are much lower. This value is
coherent with the purposes of principle 3.
3.2. Living LAB: the operative centre for the collection and monitoring of energy data
The so-called "Living Lab" is believed to be the most suitable subject for implementing the
proposed monitoring system.
From 2008-2009, Politecnico created a project called "WiFi4Energy" to best understand and
manage the consumption of all energy resources. This initiative was born out of the need to
apply an effective and efficient instrument in the analysis of use of energy sources to the
reality of Politecnico di Torino. There was a need for education regarding sustainability and an
awareness for saving energy. For this reason classic and innovative monitoring systems were
adopted and led to the set-up of the Living Lab – a control centre for energy optimization and
cost analysis. The first step was to carry out the energy and environmental monitoring of the
headquarters (Corso Duca degli Abruzzi and Cittadella) putting wired and wireless monitoring
systems in place. In particular, below is a list of some of the systems set up in Politecnico
buildings at the moment:
traditional counters for the consumption of electricity, water and natural gas;
Wireless Sensor Network (WSN) to detect internal environmental variables (lighting,
temperature, relative humidity, CO2 and presence);
Monitoring devices for the operating status and efficiency of the air treatment system
(UTA).
The "Living LAB" is the centralized control unit for all these active monitoring systems.
The web portal of the Living LAB (http://smartgreenbuilding.PoliTO.it/panoramica/) is the
interface for communicating and interacting with the final users in order to raise and
strengthen the culture of sustainability and saving energy.
Currently the LAB is managed by two people who carry out all the necessary activities.
According to the management approach suggested, the laboratory would be the centre for
collecting all data relating to sustainability and not only energy consumption. Its subsequent
expansion could be then envisaged, both in terms of staff (consolidation of roles) and
information technology type (new hardware). But above all, relocation of the centre could be
considered as it is no longer accessible or advertised to users of the university who are, more
often than not, totally unaware of its very existence.
49
3.3. The indicator sheets
Each indicator is described in the following sheets.
50
Principle 1 - ISCN Energy and Buildings (EB)
Indicator EB_1
Percentage of renewable energy used for end-use on total, produced internally by PoliTO
Main goal
Production and use of energy from renewable sources
Description
Currently, the installation of PV plants to produce electricity is an excellent investment by the authorities
characterised by a very high consumption of energy, and with the aim to reach self-consumption, if possible. Over
recent years, Politecnico di Torino has produced about 25-30 MWh/year of electricity through a photovoltaic
system installed on its roofs in the headquarters. This quantity has only partially covered the annual consumption of
the campus. In the near future – around 2015 - in the perspective of reaching self-consumption, PoliTO will begin
the construction of a new, larger facility on the roofs of the ex-lathe works. This plant will be equipped with a rated
power of 400 kWp, and therefore will be able to produce up to 450 MWh per year if installed in an optimal way. It
will be necessary to wait a year to receive reliable data.
Measurement
Calculating the ratio as a percentage of the end-use energy from renewable sources within PoliTO (by plants
owned) in relation to the total energy end-use.
Data collection frequency: annual
Measurement unit: % of end-use total energy
Data source
Living LAB – Energy Manager
2013 2014 2015 2016
0,01 % 0,01 % 0,5 % 2%
Notes:
-
51
Principle 1 - ISCN Energy and Buildings (EB)
Indicator EB_2
Ratio between the number of computers switched on overnight and the maximum number of computers during the
day
Main goal
Reduction of electricity consumption throughout the different PoliTO structures
Description
The Living LAB constantly monitors the consumption of electrical energy both on the level of distribution boxes and
on zones and sub-zones through a meter network. Although the electrical network is not normally in proportion to
the different types of end users, some end-uses are monitored through indirect measurements, such as occurs for
hosts on the University’s LAN network (host identified through the IP Address). In this way, analyses could be
carried out on energy wasted through inappropriate or unnecessary consumption, such as computers left on
overnight or unused during the day.
After an initial test with software tools created in house by the Department of Electronics (project PoliSAVE) and
integrated intranet from the IT Polytechnic, the Living Lab has recently started testing a commercial software for
intelligent PC monitoring and “on/off” control. The use of commercial software guarantees product evolution over
time and its adaptation to the updates introduced in the operating systems that an in house solution could not
provide.
The idea behind it is very simple: you can turn your computer on or off by programming it or remotely (through the
Internet).
Finally there is no need to leave the computer on all night: the software can automatically switch it off at a later
time and turn it back on in the morning, allowing users to find all their necessary applications already open.
The service will have to integrate with the University Information System, allowing individuals to manage their
computers independently and safely by simply installing a small software activated on smartphones and tablets.
52
Measurement
Calculation of index of daytime switched on (computer), calculated as (D – N)/(D+N) where:
- D = average number of PCs switched on in the daytime (from 8:00am to 8:00pm)
- N = average number of PCs switched on during the night (from 8:00pm to 8:00am)
Data collection frequency: annual
Measurement unit: %
HYPOTHESIS OF A SECOND SUPPLEMENT INDICATOR:
Index of percentage reduction of the average PC inactivity time, monitored by system software.
Calculated as total hours of inactivity “Ti” compared to working hours (hours switched on) “Tf”
Data collection frequency: annual
Measurement unit: Ti / Tf (%)
Data source
Living LAB
2013 2014 2015 2016
0.138 0.132 same as 2014 values or
slightly higher
same as 2014 values or
slightly higher
Notes:
-
53
Principle 1 - ISCN Energy and Buildings (EB)
Indicator EB_3
Substitution of single plants with more highly efficient central air- conditioning systems
Objective
Reduction of power consumption and improvement of comfort conditions (in summer) in PoliTO headquarters
Description
In summer, interior air conditioning causes a huge increase in electricity consumption. Over the last few years,
PoliTO has started replacing all air conditioners installed in the individual offices of each department with a single
central cooling system in order to reduce electricity
consumption, especially during the summer season.
Thanks to the system’s remote control, it will be
possible to ensure all PCs are turned off at night
meaning the A/C will not come on, as often happens
now.
In 2014, some old conditioners were replaced with
newer, better performance ones and PoliTO also
started to build a refrigeration unit at Valentino
Castle.
Measurement
Description of the activities carried out over the years on the subject
Data collection frequency: annual
Measurement unit: Description
Data source
Energy manager - EDILOG Office
2013 2014 2015 2016
Replacing some plants
with others with better
performance
Start the construction
work of a new central
refrigerating unit at
Valentino
Completion of work at
Valentino and start in
constriction of a new plant
in headquarters
Completion of
construction of the third
central in headquarters
Notes:
-
54
Principle 1 - ISCN Energy and Buildings (EB)
Indicator EB_4
Percentage of total lamps replaced with LED
Main goal
Reduction of power consumption and improvement of light comfort conditions in all departments of PoliTO
Description
Over the last few years, the performance of lamps has
improved rapidly, thanks to some technological
innovations. Nowadays, LED technology has proven to be
the most economically advantageous in the long term so
PoliTO has started replacing all their obsolete lamps with
modern and more efficient equipment such as LED.
Every year, according to the budget available, the
EDILOG Office replaces a part of the lamps owned in
each building.
Measurement
Calculation of percentage of total lamps replaced
Data collection frequency: annual
Measurement unit: %
Data source
Energy manager – EDILOG Office
2013 2014 2015 2016
0.5% 0.8% 1.5% 4.5%
Notes:
-
55
Principle 1 - ISCN Energy and Buildings (EB)
Indicator EB_5
Percentage of heated volume by district heating compared to the total volumes available in PoliTO
Main goal
Reduction of primary energy consumption for heating
Description
Over recent years, the city of Turin has been developing throughout its territory a district heating system to reduce
the use of fossil fuels on an individual basis
(single boiler). PoliTO, consequently, in
agreement with IREN (a local energy
distributor), has gradually started receiving
their heat from IREN power stations that are
currently already serving a large part of the
city of Turin, instead of the more common
natural gas.
Nowadays, the headquarters and the
Cittadella are connected to the system, while
the next in line may be Valentino.
Measurement
Calculation of heated volumes on the total volume of PoliTO’s buildings by percentage.
Data collection frequency: annual
Measurement unit: %
Data source
Energy manager – Living Lab
2013 2014 2015 2016
79.5% 80.9% same as 2014 values or
slightly higher
same as 2014 values or
slightly higher
Notes:
-
56
Principle 1 - ISCN Energy and Buildings (EB)
Indicator EB_6
Quantity of water delivered from the SMAT distribution point installed inside the Campus
Main goal
Reduction of drinking water consumption (in plastic bottles)
Description
In 2012, PoliTO launched the todrink project in collaboration with the local water company (SMAT) and installed a
drinking water vending machine in the main campus. University users and normal citizens can choose from still or
sparkling, and cool or room temperature water.
The project, aimed at bringing awareness about drinking water consumption, was founded born from a reflection
on water consumption of the students. This can be
summarised with a simple multiplication: at least
half a litre of water per day per student, multiplied
by the number of plastic bottles containing it. The
result is about 10,000 plastic bottles abandoned at
the end of the day - and not always disposed of in
bins. The "todrink" campaign consists in providing
students – throughout the city’s departments of
the University – a re-used, aluminium eco-bottle
for every plastic bottle brought in. The mountain of
plastic has been collected and disposed of at
specific positions in cooperation with the AMIAT
(local waste disposal company).
Measurement
Calculation of the quantity of water delivered by the distributor
Data collection frequency: annual
Measurement unit: Liter
Data source
EDILOG office (SMAT)
2013 2014 2015 2016
233.600 198.400 210.000 230.000
Notes:
-
57
Principle 1 - ISCN Energy and Buildings (EB)
Indicator EB_7
Percentage of the volume of drinking water consumed at night compared to the total
Main goal
Optimization of water consumption on campus (in buildings) – reducing waste and abnormalities
Description
Monitoring activities that the Living Lab has been carrying out for years have
come up with some very interesting data on water consumption. Overnight,
and occasionally even on holidays, the LL has recorded higher than normal
levels of water consumption. In light of this trend, PoliTO is looking further to
understand the underlying – and perhaps even justifiable - cause behind the
phenomenon, and eventually monitor these values. While also intending to
intervene in reducing waste and unusual consumption that emerges from
the analysis.
Measurement
Calculation of the volume of water consumed at night in relation to the quantity consumed during the day through
the index given by (D – N)/(D+N) where:
- D = consumption of water in the daytime (from 8:00 to 20:00)
- N = consumption of water during night (from 20:00 to 8:00)
Data collection frequency: annual
Measurement unit: mc/mc or %
Data source
Living LAB - Energy Manager
2013 2014 2015 2016
0.404 0.468 same as 2014 values or
slightly higher
same as 2014 values or
slightly higher
Notes:
-
58
Principle 1 - ISCN Energy and Buildings (EB)
Indicator EB_8
Operational start of the Living Lab to monitor the consumption of energy resources
Main goal
Optimize the management of the energy balance of Politecnico di Torino
Description
During the period between 2008 and 2010, PoliTO created a project called "WiFi4Energy" to monitor a few
parameters, indicators and phenomena related to the buildings and technological equipment. This arises from the
need to apply an effective tool and unitary analysis of the use of energy resources to Politecnico di Torino’s reality,
and to educate and raise awareness on sustainability savings. Some classic and innovative monitoring systems were
set up which led to the foundation of the "Living Lab", a unique centre for the acquisition and monitoring of data to
support energy optimization and analysis of consumption and costs. The first step was to monitor the energy and
environmental impact of the headquarters (Corso Duca degli Abruzzi and Cittadella) by providing itself with
monitoring systems of a wired type and, experimentally, wireless. In particular, below is a list of some of the
systems currently present in some buildings of PoliTO:
Traditional counters and smart meter consumption for electricity and water;
Measuring instruments of electricity production from PV systems;
Measuring flow pulse (drinking water);
Monitoring devices of operating status and efficiency of Air handling (UTA).
59
The web portal of the Living LAB was set up throughout the WiFi4Energy project with the goal to communicate and
interact with the end-users to raise awareness and strengthen the culture of sustainability and the saving of energy.
"Behind the scenes" the integrated information system was made to collect and organise data on SQL databases
and historicize them on the special datawarehouse.
(http://smartgreenbuilding.PoliTO.it
Measurement
Description of annual activities and future goals of the laboratory
Data collection frequency: annual
Measurement unit: Description
Data source
Living LAB - Energy Manager
2013 2014 2015 2016
- Corrective maintenance
of the system
- Processing and reporting
- Research support
- Corrective maintenance
of the system
- Processing and reporting
- Research support
Automation of the report
on electricity
consumption
Monitoring consumption
by department and total
automation of the report
(other carriers)
Notes:
-
60
Principle 1 - ISCN Energy and Buildings (EB)
Indicator EB_9
Percentage of windowed surface endowed with new windows in relation to the total window surface
Main goal
Improvement of insulation/reduction in energy demand of Polytechnic structures
Description
One of the first things you should do to reduce primary energy consumption and improve interior comfort is
replaced old fixtures with new generation, high-energy performance ones (low-e, double glazing etc.). Every year,
PoliTO, always according to the budget available, replaces some windows of its buildings, undertaking this task
building by building. PoliTO also installs solar shields, or shading devices, to protect interiors against solar radiation,
especially in summer. The existing fixtures have a transmittance value approximately equal to Uw = 5.8 W/sqm°K
while new fixtures bring this parameter to a value between 1.3 W/sqm°K < Uw < 1.6 W/sqm°K.
The glass used is selective and low emission in order to better balance energy input and light transmission to the
varied exposure of the outer walls. The shading, multi-plate aluminium is adjustable and double folded, making all
levels of shade available by opening and closing the shades.
Measurement
Calculation of the percentage of square meters of windows replaced in relation to the total square meters of
window surfaces (about 25,000 square meters for the headquarters in Corso Duca degli Abruzzi) - calculate the
surface of total solar shields installed
Data collection frequency: annual
Measurement unit: % (windows), sqm (solar screens) - both values are incremental
Data source
Energy Manager - Office EDILOG
61
2013 2014 2015 2016
2.5% (windows)
195 sqm (shades)
6.6% (windows)
757 sqm (shades)
20.5% (windows)
2.264 sqm (shades)
28.5% (windows)
3.000 sqm (shades)
Notes:
In 2013, interventions included former CT classrooms, eight 4B classrooms and buildings; 2014 interventions
include building 4L and 4M; Interventions in 2015 include building 3B, buildings 1C-1D-1E and 1 batch noble
building; interventions planned for 2016 will include the 2nd batch solemn fabricated, and building 1A and 1B.
62
Principle 1 - ISCN Energy and Buildings (EB)
Indicator EB_10
Primary energy consumed (related to their volume) for each branch of PoliTO
Main goal
In order to know the consumption of energy per Polytechnic structure, in relation to its dimensions / sizes, to
compare branches between them and program where action is most urgent aiming at a future reduction in
consumption.
Description
The university’s energy management of the university
can analyse – together with the data obtained from
Living Lab’s monitoring - the energy situation in a
comprehensive way and therefore afford to carry out a
basic diagnosis on its structures.
In light of this, one of the first analyses that can be
carried out is that comparing the absolute consumption
of primary energy by square footage (or volume) of the
structure that consumes that quantity, in order to
systematically reduce it.
Measurement
Calculating the ratio of the total energy consumed (Koe) and the square footage of structures
Data collection frequency: annual
Measurement unit: Koe/m3
Data source
Living Lab
2013 2014 2015 2016
3,986 3,607 same as 2014 values or
slightly lower
same as 2014 values or
slightly lower
Notes:
-
63
Principle 2 - ISCN Energy and Buildings (EB)
Indicator EB_11
Tons of oil equivalent released by PoliTO
Main goal
Reduce quantity of energy released by the combustion of oil equivalent (energy consumption in general) from
PoliTO, and then also decrease levels of CO2 emitted into the atmosphere.
Description
By purchasing RECS certified (green) electricity and using district heating instead of natural gas, PoliTO is
significantly decreasing quantities of TOE generated and, consequently, those of greenhouse gases emitted into the
atmosphere. The main goal for the next few years is to continue this decline, without reducing the internal comfort
and safety of buildings.
Measurement
Calculating the value of TOE and the annual percentage reduction of it (in relation to the basic year: 2013)
Data collection frequency: annual
Measurement unit: TOE (Tons of oil equivalent) and %
Data source
Energy Manager
2013 2014 2015 2016
5.513 toe 4.872 toe
(reduction of 11,6%)
same as 2014 values or
slightly lower
same as 2014 values or
slightly lower
Notes:
-
64
Principle 3 - ISCN Energy and Buildings (EB)
Indicator EB_12
Awareness campaigns and training on energy saving
Main goal
Reduce consumption of electricity at PoliTO and educate staff and students to save energy even outside of the
university
Description
The Energy Management Office has set up some initiatives aimed at
raising awareness and training users and at reducing levels of
energy consumed on campus, but also at spreading a culture of
saving a non-endless resource amongst its users - users of the
university who, of course, are citizens in their own homes and
cities.
PoliTO takes part in one very important initiative each year: the
"M'illumino di meno" campaign promoted by Caterpillar, a RAI 2
Radio programme aired this year on Friday 13th February 2015.
People are invited to turn off lights, PCs and other inactive
computer equipment between 1pm and 1:30pm (during their lunch
break).
Most importantly, when going home for the weekend people are
reminded to turn off lights, computers and computer equipment,
lower thermostats and close all windows.
Measurement
Description and number of initiatives carried out on the subject
Data collection frequency: annual
Measurement unit: number and description
Data source
Energy Manager
2013 2014 2015 2016
YES - 1 initiative in
February YES - initiative in February
YES - 1 initiative in
February
YES - 1 initiative in
February
Notes: -
65
Principle 2 - ISCN Urban Outreach
Indicator UO_1
Number of beds available for students
Main goal
The objective is to build a university residence, in other words create beds for students near the main headquarters
of Politecnico
Description
In 2015, work started in constructing a new residence near the campus, providing accommodation for about 240
students starting from 2017. This means that in two years’ time, around 240 new beds will be created (100 in 2015,
the remainder in the following year) for an allocated outlay of about 17 million Euros.
Furthermore, plans are in place to purchase an area close to Via Giordano Bruno, granted by the Comune di Torino
to Politecnico and the Università di Torino, for the construction of abioengineering centre.
Measurement
of the numbers of beds created every year – allocated budget
Data collection frequency: annual
Measurement unit : number - €
Data source
Politecnico di Torino / EDILOG Office
2013 2014 2015 2016
- - 17 million €
240 beds expected
Notes:
-
66
Principle 3 - ISCN Urban Outreach
Indicator UO_2
Number of businesses born in Politecnico di Torino (I3P) incubator
Main goal
The goal is to supervise the number of companies founded as spin-offs from the PoliTO (I3P) business incubators
Description
I3P is the main academic incubator in Italy and one of the
most important in Europe. In 2014, I3P ranked fifth in Europe
and fifteenth in the word in the UBI Index (University
Business Incubator), the annual academic incubator rank of
the Swedish UBI Index (University Business Incubator). I3P
promotes the foundation of innovative companies in the
technological and social areas that demonstrate growth
potential, founded by academic researchers and external
entrepreneurs, providing them with facilities, and
consultancy and professional services to start up their own
businesses and an entrepreneurs, managers and investors
network. Founded in 1999,I3P is located in the Cittadella Politecnica and to this day it has launched 173 start-ups
which have taken advantage of the results in research in a variety of fields - ICT, Cleantech, Medtech, Industrial,
Electronic and automotive- and in the Social Innovation area.
The table below (in Italian) summarises the results achieved to December 2014
67
Measurement
Calculation of numbers of companies housed and born in the incubator
Data collection frequency: annual
Measurement unit : number
Data source
Politecnico di Torino / I3P
2013 2014 2015 2016
Enterprises hosted: 42
Enterprises born: 13
Enterprises hosted: 49
Enterprises born: 14
Enterprises hosted: 41
Enterprises born: n.a.
Enterprises hosted: 45
Enterprises born: 14
Notes:
-
68
Principle 3 - ISCN Urban Outreach
Indicator UO_3
Rate of joint use of facilities and cultural opportunities offered to campus users (i.e.: Polincontri)
Main goal
The goal is to educate the academic community of the campus and all sustainability supporters in every aspect
Description
Polincontri, the association for all those studying and working at
Politecnico di Torino, takes inspiration from the idea of free time
and has worked for 20 years as a hub of Culture, Performance,
Entrainment, Sport and much more.
Thanks to several activities organised and projects undertaken,
the CRAL of Politecnico di Torino has been increasing its
relevance and now is the solid focus of over 1900 associates.
The sport, travel, music and art stimulating experience
transforms the association into a constantly new and evolving
adventure.
The Polincontri is not only entertainment: in fact the Social
Commitment breaks up meetings with local associations and
organisations involved in the solidarity area.
Measurement
Calculation of number of initiatives carried out by Polincontri and/or other organizations within the PoliTO
subdivided by type
Data collection frequency: annual
Measurement unit : number/type
Data source
Politecnico di Torino / Polincontri
2013 2014 2015 2016
-
Year 2014-2015: 20 concerts (classical music)
10000 annual appearances on average (concerts)
500 subscriptions to museums
100 agreements with businesses in Turin
11 scholarships
same as previous year
values or slightly improved
Notes:
-
69
Principle 2 - ISCN Mobility and Metropolitan Area (MM)
Indicator MM_1
Incorporated and disseminative actions connected to Mobility Management
Main goal
To foster relationships within the mobility management entities and external networks
Description
Even before his introduction and - especially - to the institutionalisation of the role, the Mobility Manager has been
conducting a number of activities within and outside of the University as a natural spin-off of the academic field
covered by the professor in charge, that is Transport systems within the Engineering School; this has been also
aimed at relating to the local, national - possibly even international - network (in Italy: Universities’ Mobility
Managers).
In fact, the Mobility Manager occasionally participates in some
seminars, round tables and meetings held in this context:
2014 = A seminar in PoliTO, held during European Mobility Week;
2015 = A seminar held at Politecnico di Milano, with MM from
various national universities;
2015 = A Regional meeting with University MM and representatives
of the Piedmont Region.
Measurement
Description of activities (workshops or meetings) in which the Mobility Manager has participated
Data collection frequency: annual
Measurement unit: descriptive
Data source
Mobility Manager
2013 2014 2015 2016
MM institution
1 Local Seminar in the international context (EU mobility during Week)
1 Seminar (National Meeting of University MM)
1 regional meeting with University MM and the Piedmont Region
Consolidation of the national and, in case, international network
Notes:
-
70
Principle 2 - ISCN Mobility and Metropolitan Area (MM)
Indicator MM_2
Additional measures to promote the safety of pedestrians and cyclists near the Campus
Main goal
Strengthen security and improve mobility of pedestrians and cyclists outside the Campus
Description
The safety of pedestrians and cyclists is an important issue regarding the mobility and safety of users of PoliTO.
Every day, students and staff travel along the streets of the neighbourhood and walk between the campus poles
besides to and from main railway and metro stations.
In 2014, the University Mobility Manager interfaced with the Department of Turin City to submit a number of
demands in order to improve pedestrian
safety in the areas adjacent to the Campus
(headquarters and Cittadella).
An example of the requests made:
• verification of traffic light cycles;
• possible installation of new panels with
indications from Porta Susa Station to the
Campus;
• improvement of some intersections that
might be dangerous for pedestrians and
cyclists.
Measurement
Check the implementation of the requests made and possible planning of new initiatives
Data collection frequency: Annual
Measurement unit: description
Data source
Mobility manager
2013 2014 2015 2016
- Confrontation with the Turin council concerning these
topics
Achievement of first
interventions
Notes:
-
71
Principle 2 - ISCN Mobility and Metropolitan Area (MM)
Indicator MM_3
Amount of interchange park and ride actions at the parking stations peripheral to the city of Turin made by students
with GTT season tickets
Main goal
Reduce the use of vehicles that consume fossil resources, in absolute or as the consumption of resources per capita,
by promoting the use of local public transport in the city of Turin, thus reducing emissions even in the city centre.
Description
Students who hold a GTT subscription (annual, monthly or
for longer periods) can - for an experimental limited period
- take advantage of a promotion that allows them to park
their vehicles free of charge in the “park and ride” of Venchi
Unica, Stura and Caio Mario, located in the peripheral areas
of Turin.
The promotion is available on an experimental basis and
provides a car park service from Monday to Friday, from
7am to 10pm. After collecting the entrance fee and parking
their car, students must go to the manned payment office
and show their smart card (BIP card or other) which
contains a subscription for students, and some form of
photo ID. The operator will issue a ticket that permits
parking until after 8pm. Students will be charged parking
fees for any time beyond 8pm.
Measurement
Calculation of the amount of use of the car park from students with GTT subscription
Data collection frequency: Annual
Measurement unit: Number
Data source
GTT (information obtained by the Welfare Office for Mobility Management activities)
2013 2014 2015 2016
- - 50 this service is not
guaranteed for the future
Notes:
-
72
Principle 2 - ISCN Mobility and Metropolitan Area (MM)
Indicator MM_4
Percentage of employees with local public transport tickets from the total of Polytechnic employees
Main goal
Reduce the use of vehicles that consume fossil resources, in absolute or as the consumption of resources per capita,
by promoting the use of local public transport in the city of Turin
Description
From 2008-2009, PoliTO, in accordance with GTT and Piemonte Region, promoted the use of public transport for
employees by offering a series of discounts on annual subscriptions to urban/local public transport.
Initially, the discount was very attractive (up to 66% of the cost to the public) and a large number of employees
joined the scheme, 22%. The region then
suspended their participation in the scheme
and the discount was reduced (the most
recent discount was 19%, offered by PoliTO
alone) resulting in a drop in the number of
subscribers (to around 13-14%).
The Mobility Management Office believes that
an achievable and appropriate goal to the
current situation is to at least consolidate this
percentage in the coming years.
Measurement
Calculation of the ratio of subscribers to the service from out of the total employees
Data collection frequency: Annual
Measurement unit: % (with more detailed analysis if necessary, to detect the flexibility of response to the reduction
applied)
Data source
GTT (information obtained by the Welfare Office for activities of Mobility Management every year, except negative
outcomes of the initiative)
2013 2014 2015 2016
14% n.d. 14% 14%
Notes:
There is no data for 2014, as no discounts were granted to employees.
73
Principle 2 - ISCN Mobility and Metropolitan Area (MM)
Indicator MM_5
Number of department vehicles (including hybrid or electric) shared among Politecnico users
Main goal
To reduce the use of vehicles that consume fossil resources, in absolute or as the consumption of resources per
capita, by promoting the use of low- or zero-emission vehicles (hybrid / electric).
Description
Since the PoliTO is already equipped with a system
of shared department vehicles at Department level,
in the future the University Mobility Management
intends to push modernisation of these vehicles in
order to achieve higher levels of sustainability than
ever before. The intention then is to push the
purchase of hybrid or electric vehicles where
possible, in order to pursue a higher partial
independency from black oil and further reduce
emissions into the atmosphere.
Measurement
Number of vehicles for the sharing system (also detailing hybrid or electric vehicles, where available)
Data collection frequency: annual
Measurement unit: Number of vehicles
Data source
Departments – Mobility manager
2013 2014 2015 2016
26 25 25 25 (maybe 2 hybrid)
Notes:
-
74
Principle 2 - ISCN Mobility and Metropolitan Area (MM)
Indicator MM_6
Introduction of a car-pooling service for students
Main goal
To reduce the number of vehicles circulating in the city, promoting the use of a car-pooling system for students
coming from outside Turin.
Description
Politecnico di Torino attracts many people/students from out of the city, often from the province and even from
other hubs of the Piedmont Region. When these students do not use public transport (train/bus), they usually come
into town by car, thus increasing traffic and
pollution. In the future, the Mobility Management
Office intends to assess whether or not to propose
initiatives to encourage students to use a car-
pooling system in order to decrease the use of their
own vehicle and therefore save money, energy per
capita and a have a lower environmental impact on
the city centre, in the case of vehicles with
combustion engines, or public land in areas near
the University.
Measurement
Description (as not yet active) – in the future the calculation could regard the students using the service
Data collection frequency: Annual
Measurement unit: description
Data source
Mobility Manager
2013 2014 2015 2016
- - Activation of car-pooling initiative for students
Notes:
-
75
Principle 2 - ISCN Mobility and Metropolitan Area (MM)
Indicator MM_7
Number of recharging stations for rechargeable vehicles – hybrid or full electric - inside Politecnico
Main goal
To reduce the use of vehicles that consume oil, in absolute or as the consumption of resources per capita, by
promoting the use of vehicles that can deploy electrical energy (hybrid or FEV) to users of the Campus
Description
The market has started offering innovative
technological and cost-effective solutions to
travel with one own vehicle with none or just
partial constraints regarding supply or charging.
One example is the hybrid vehicle – for instance
the electric car - which has with mass and
distance limitations and conditions regarding
charge-up time. To promote the adoption of such
solutions, University Mobility Management
intends to assess and propose the installation of
one or more vehicle charging power stations
(electric or hybrid, conductive or inductive
charging) within the University parking lot or the replacement of continual charge batteries for two-wheeled
vehicles, presumably in the parking lot itself, to facilitate their use at least among employees.
Measurement
Number of charging stations installed (in the future this could also become "Quantity of electricity drawn"), with the
same generation from renewable sources, at least in percentage.
Data collection frequency: Annual
Measurement unit: number, in future: consumption
Data source
Mobility Manager
2013 2014 2015 2016
- - - YES - 1 station
Notes:
-
76
Principle 2 - ISCN Mobility and Metropolitan Area (MM)
Indicator MM_8
Number of stations in [To] Bike (bike sharing) system of Turin near the Campus
Main goal
To reduce the use of vehicles that consume fossil fuels, promoting the use of bicycles, especially amongst students
Description
The city of Turin has an efficient bike sharing system called [To] Bike. There are currently 116 stations (March 2015).
A network of routes suitable for anyone wishing to move around the city, even partially, on two wheels and with no
engine or motor; for anyone who wishes to move away from the ties of urban traffic. By subscribing to the service a
person can take a bike to any one of the stations in the
city and leave your bike there, for free. Bike sharing is
quite suitable for short trips (a few kilometres). It is often
the most convenient, fast, and economic form of urban
transport, especially in the central areas. Several stations
are located near to the PoliTO (headquarters-Cittadella
and Valentino Castle) so mainly students but also
employees have a real chance to use this service for their
daily commute, as an alternative or addition to driving or
public transport.
In future, through the central service of the company
which manages the TO-Bike system, it will be possible to
quantify bicycle use in the stations nearby the PoliTO or
even better to contribute in optimising the rebalancing number the company carries out to supply new bikes where
they are needed.
Measurement
Number of ToBike stations near PoliTO, unless the rebalancing calculation is available
Data collection frequency: Annual
Measurement unit: number
Data source
ToBike company (through Mobility Manager)
2013 2014 2015 2016
Headquarters: 3 Headquarters: 4
Valentino Castle: 1
Headquarters: 4
Valentino Castle: 1
Headquarters: 4
Valentino Castle: 1
Notes:
-
77
Principle 2 - ISCN Mobility and Metropolitan Area (MM)
Indicator MM_9
Percentage of use of parking/stalls for bicycles within the premises of PoliTO
Main goal
To reduce the use of vehicles that consume fossil fuels, promoting the use of bicycles.
Description
PoliTO, to facilitate cycle movement, has installed in the recent years several racks
for chaining up one own bikes, which are open to employees and especially students.
Recently three covered and closed parks were also constructed in order to ensure
greater safety and to prevent vehicle theft. The Technical Office (EDILOG), given the
small space allocated for these stalls, has recently designed a new system for parking
vehicles which allows greater capacity; it is expected to install a similar system in the
coming year. There are currently 317 places for bicycles in the
headquarters/Cittadella (April 2015).
From surveys carried out,
we know that the three
parks are infrequently used
(about 20% of the racks) perhaps because potential users
are unaware of their existence (lack of effective
communication) or perhaps because – from a different
point of view - they are not considered comfortable or
convenient to use them. It should also be stated clearly
that many people do not use the racks available but tie
their vehicles to other infrastructure such as light poles.
Measurement
Calculating the number of uses as a percentage of the stalls in different periods of the day (maximum and minimum
peak) and the number of racks
Data collection frequency: Annual
Measurement unit: number (racks) and % (usage)
Data source
Mobility Manager
2013 2014 2015 2016
163 233 317 -
use: 80%-85%
320 -
use: 85%-90%
Notes: -
78
Principle 3 - ISCN Mobility and Metropolitan Area (MM)
Indicator MM_10-11
Development of surveys for employees/students regarding mobility
Main goal
To reduce the use of vehicles that consume oil, as absolute or as the consumption of resources per capita,
investigating employees and students methods of moving to and from the university
Description
Over recent years, the Office of Mobility Management has
developed some information surveys and calculations in order to
understand the movements of employees and students, the means
of transport used and other relevant information. Three years ago
it was created especially for employees; while in the current year,
in agreement with the piedmont Region, will be held for the
students.
Measurement
Initiatives description (YES/NO)
Data collection frequency: Annual
Measurement unit: number - description
Data source
Mobility Manager
2013 2014 2015 2016
YES NO NO NO
- -
YES
(in collaboration with the
Piedmont Region)
NO
Notes:
the first line refers to the employees’ survey, while the second regards students.
79
Principle 2 - ISCN People and Food (PF)
Indicator PF_1
Percentage of local products (Piedmont) calculated on total amount of products purchased by refectories
Main goal
To encourage the consumption of local food. This would entail lower impact of transport and the promotion of
characteristic Piedmont food.
Description
Two refectories serve the Politecnico di Torino. One is based in
the headquarters (the staff refectory) and the second is found
in PoliTO Cittadella (for students and professors).
The staff refectory is managed by CIR Food for Politecnico;
while the second is run by Sodexho Italy for the EDISU
Piemonte.
Both refectories, but particularly the staff one, always uses
local Piedmont products (especially meat, vegetables and
fruit). In the future, they intend to increase their use of local
products.
Measurement
Percentage of Piedmont food out of the total amount purchased by the refectory (by category)
Data collection frequency: annual
Measurement unit: percentage
Data source
Politecnico di Torino / EDISU Piemonte
2013 2014 2015 2016
Staff Refectory: 50%
Students Refectory: 13%
(meat, bread, fruit and
vegetables)
Staff Refectory: 50%
Students Refectory:13%
(meat, bread, fruit and
vegetables)
Staff Refectory: 50%
Students Refectory:13%
(meat, bread, fruit and
vegetables)
Staff Refectory: 50%
Students Refectory:13%
(meat, bread, fruit and
vegetables)
Notes:
All bread, rice and meat in the staff refectory is of “0 km” origin. Almost 30% of fruit and vegetables (240 kg out of
800 kg/week) is of 0 km origin. There is an average of 50%. On the other hand, the other refectory has a slightly
different situation: only 10% of all meat derives from local commerce. However, both refectories obtain 28% of all
fruit and vegetables from a short distribution chain (Piedmont Region). These results represent a good percentage
of Piedmont food consumed.
80
Principle 2 - ISCN People and Food (PF)
Indicator PF_2
Special menus offered (vegetarian, ethnic, celiac)
Main goal
To increase the cuisine variety on offer in the two refectories of Politecnico to meet the needs of all students,
professors, technical and administrative staff.
Description
Politecnico di Torino is served by two refectories. One is based in the
headquarters (the staff refectory) and the second is found in PoliTO
Cittadella (for students and professors).
The staff refectory is managed by CIR Food for Politecnico; while the
second is run by Sodexho Italy for the EDISU Piemonte. Both of them
provide "gluten free" menus (on request) and there are daily
vegetarian menus available.
Measurement
Presence of vegetarian, ethnic and celiac menus
Data collection frequency: annual
Measurement unit: YES / NO
Data source
Politecnico di Torino / EDISU Piemonte
2013 2014 2015 2016
YES YES YES YES
Notes:
-
81
Principle 2 - ISCN People and Food (PF)
Indicator PF_3
Use of recyclable tableware
Main goal
To reduce the impact of waste produced in refectories.
Description
Politecnico di Torino is served by two refectories. One is based in the
headquarters (the staff refectory) and the second is found in PoliTO Cittadella
(for students and professors).
The staff refectory is managed by CIR Food for Politecnico; while the second is
run by Sodexho Italy for the EDISU Piemonte.
Both refectories use fully reusable cutlery, plates and glasses: stainless steel
cutlery, glassware and ceramic plates.
Only placemats and napkins are not reused.
Measurement
Use of reusable products
Data collection frequency: annual
Measurement unit: YES / NO
Data source
Politecnico di Torino / EDISU Piedmont
2013 2014 2015 2016
YES YES YES YES
Notes:
-
82
Principle 2 - ISCN People and Food (PF)
Indicator PF_4
Number of semi-automatic defibrillators provided in Politecnico
Main goal
To improve safety on campus
Description
Politecnico has recently acquired a number of first-aid kits and semi-automatic
defibrillators. Initially, these were found only in the headquarters. This year,
other locations have also been equipped, even those outside Turin.
The semi-automatic defibrillator (often known as DAE, external automatic
defibrillator) is a device for the safe defibrillation of the muscular walls of the
heart. It is equipped with sensors that recognize cardiac arrest due to
arrhythmias, ventricular fibrillation and ventricular tachycardia.
Measurement
Total number of semi-automatic defibrillators
Data collection frequency: annual
Measurement unit: number
Data source
Politecnico di Torino
2013 2014 2015 2016
1 1 7 7
Notes:
-
83
Principle 3 - ISCN People and Food (PF)
Indicator PF_5
Number of courses on Sustainability for post-graduate students (PhD, specialization and permanent courses)
Main goal
To promote courses in sustainability within educational Polytechnic post-graduate programs (PhD, specialization
and permanent courses).
Description
Politecnico di Torino offers a number of courses on the theme of sustainability as a whole in order to educate
students on this subject. In this case, we calculate how many courses are available for students enrolled in PhD,
specialization and permanent courses.
Measurement
Number of annually activated courses on sustainability
Data collection frequency: annual
Measurement unit: number
Data source
Politecnico di Torino, GESD Office
2013 2014 2015 2016
2 (no PhD) 5 (no PhD) 15 20
Notes:
- during 2013 and 2014, PhD courses were not counted.
84
Principle 3 - ISCN People and Food (PF)
Indicator PF_6
Number of courses on Sustainability for Bachelor and Master degree students.
Main goal
To promote courses on sustainability in PoliTO Bachelor and Master degree courses.
Description
Politecnico di Torino offers a number of courses on the theme of sustainability as a whole in order to educate
students on this subject. In this case, we calculate how many courses are available for students enrolled in Bachelor
and Master degrees.
Measurement
Number of annually activated courses on sustainability
Data collection frequency: annual
Measurement unit: number
Data source
Politecnico di Torino, GESD Office
2013 2014 2015 2016
85 85 85 90
Notes:
-
85
Principle 3 - ISCN People and Food (PF)
Indicator PF_7
Educational initiatives on sustainability for new students.
Main goal
To promote a culture of sustainability and safety in the university amongst new students and campus users
Description
From the very start, Politecnico di Torino aims to educate students on sustainability on campus (waste, energy,
water, security), starting during registration or the first few days of term. The best way to do so is to start up
initiatives at the beginning of academic year.
Measurement
Description, number of initiatives started up
Data collection frequency: annual
Measurement unit: description
Data source
Politecnico di Torino
2013 2014 2015 2016
- - - YES
Notes:
-
86
Principle 3 - ISCN People and Food (PF)
Indicator PF_8
Number of Teleworking employees
Main goal
To fulfil the specific needs of technical and administrative staff. Thanks to Teleworking the impact of home – work
transfers are reduced.
Description
Teleworking is considered a form of work in any geographical location independently from where the company is
actually based. It is simplified by the use of IT tools. It permits flexibility both within the organisation and regarding
procedures to be undertaken. PoliTO has provided this service since 1999.
Measurement
Number of teleworking days given to technical and administrative staff.
Data collection frequency: annual
Measurement unit: number of days
Data source
Politecnico di Torino
2013 2014 2015 2016
3.819 3.650 2.374 (March 2015) 3.000
Notes:
Only partial data is available for 2015 as it only runs until March 2015.
87
Principle 3 - ISCN People and Food (PF)
Indicator PF_9
Student organisations and groups
Main goal
PoliTO promotes student groups. This is possible thanks to the Register of Student Organisations and the lecturers
who run it.
Description
At Politecnico di Torino there is a variety of active student organisations in a number of different fields: cultural,
educational, international exchange, solidarity, representation, etc. Several groups have a permanent branch where
students can meet. Here, students share their university and personal experiences. This project was founded on the
model of European universities where
students are involved in many activities.
Politecnico has the potential to apply this
model of campus.
For this purpose, in 2010, the Register of
Student Groups of Politecnico di Torino was
established. The Register provides the
students with a permanent location for their
meetings, an official email address and a link
of their groups on Politecnico website.
Currently, there are 18 recognised
organisations in Politecnico. There are 30
student teams (with a lecturer in charge).
Measurement
Number of recognised student associations/number of student teams
Data collection frequency: annual
Measurement unit: number of groups / number of student teams
Data source
Politecnico di Torino – Student Associations/Teams Register
2013 2014 2015 2016
16 / 29 18 / 29 18 / 30 18 / 32
Notes:
-
88
Principle 3 - ISCN People and Food (PF)
Indicator PF_10
Italian courses for international students
Main goal
To promote the integration of international students at Politecnico
Description
The CLA (Language Centre) at Politecnico di Torino offers free Italian language courses for international students.
The courses usually start in September and January / February. During the academic year there are no language
courses at the same time as lessons.
There are three levels in Italian language courses for international students: first level (course for international
students only), second level (for students who are admitted to a course in English language) and third level (for
Bachelor students who are admitted to the first year of
their educational programme in English).
Over recent years the courses have been changed. Before
2014, there were the three separate levels as described
above. Since 2014, only two levels are available (the
second and the third). The first level is now only available
online. Below, is the data of the last few years:
2013 = level 2: 1242 / level 3: 555
2014 = level 2: 748 / level 3: 859
Measurement
Students enrolled in the second and third level of the Italian language course and a description of the situation
Data collection frequency: annual
Measurement unit: number of students enrolled in the second and third levels of the Italian language courses.
Data source
Politecnico di Torino – CLA (University Language Centre)
2012 / 2013 2013 / 2014 2014 / 2015 2015 /2016
Level 1, 2 e 3 Level 2 e 3 + online course
(level 1)
Level 2: 640
Level 3: 276
Level 2: 700
Level 3: 250
Notes:
-
89
Principle 3 - ISCN People and Food (PF)
Indicator PF_11
Percentage of classrooms with access for the disabled and number of equipped spaces for the disabled
Main goal
To provide secure access and spaces for the disabled.
Description
Politecnico guarantees that disabled students can access all activities, in full
respect of the right to education and equality for all students. Over recent
years, the University has removed all architectural barriers, guaranteeing
that all classrooms are accessible to people with disabilities. Moreover,
Politecnico has also set up rooms to allow disabled people to relax and
recuperate their physical and physiological energies.
Measurement
A count of all classrooms with disabled access and rooms used for the specific needs of disabled people
Data collection frequency: annual
Measurement unit: percentage (classrooms), number (spaces)
Data source
Politecnico di Torino – Ufficio Orientamento e Tutorato
2013 2014 2015 2016
100% / 1 100% / 1 100% / 2 100% / 2
Notes:
-
90
Principle 3 - ISCN People and Food (PF)
Indicator PF_12
Service to help elderly relatives (CUG)
Main goal
To support the home – work balance.
Description
The service is designed to help elders and university workers. It offers a mainly continuous support in the assistance
of the elderly relatives of university workers.
The values found by PoliTO’s CUG service saw a clear increase in users requiring this service:
Over the last three years, the request by users has decreased:
2013 = 4
2014 = 2
2015 = 1 (partial data, up to March 2015)
No forecasts can be made for the coming years.
Measurement
Presence or absence of the service
Data collection frequency: annual
Measurement unit: YES-NO
Data source
Politecnico di Torino – CUG (Sole Guarantee Committee) – Human Resources, Organisation, Economic and Social
Security Treatments Area, Training and Welfare Office
2013 2014 2015 2016
YES YES YES YES
Notes:
-
91
Principle 3 - ISCN People and Food (PF)
Indicator PF_13
Support activities for families: Policino – Playschool and Babyparking
Main goal
To provide active support to the families of the workers of Politecnico.
Description
The "Policino" crèche is an educational and recreational
service operating since 2005. It offers a variety of flexible
services that meet the varying needs of different families. It
provides children with educational, social and
communicative opportunities. Policino is a place in which
children
can express themselves with creative and educational ideas with
the support of nursery workers. All activities on offer have specific
educational goals and are not merely for "entertainment"
purposes. In September 2013, a new kind of nursery was
established to better respond to the needs of university staff and
students. The newly integrated service still works under the
"Policino" name.
In compliance with municipal restrictions, Policino has changed its
organization and the crèche and nursery are no longer held in the
same rooms.
Measurement
Number of children enrolled in the “Policino” nursery / number of annual visits to the crèche
Data collection frequency: annual
Measurement unit: number of children/ number of visits
Data source
Politecnico di Torino – CUG (Sole Guarantee Committee) – Human Resources, Organisation, Economic and Social
Security Treatments Area, Training and Welfare Office
2013 2014 2015 2016
19/ 401 23/157 24/34 (partial) 24/160
Notes:
Only partial data is available for 2015 as it refers to the time period up to March 2015. From September 2013, the
crèche has reduced its opening hours (4.30 pm to 7 pm).
92
Principle 3 - ISCN People and Food (PF)
Indicator PF_14
Support activities for families: Babysitting
Main goal
To support the home – work balance.
Description
The work – home balance is extremely important, as it
can improve the quality of life of many male and
female workers. A correct balance allows workers to
have more time to organise their day through work
time and take care of themselves and their family. The
decision to support such projects comes from a new social model. Nowadays, women and men have equal
responsibilities and rights in the work market and towards their families. Politecnico di Torino Equal Opportunities
Committee focuses in particular on the work – home balance of its workers. Politecnico has decided to continue its
home baby-sitting service after the extremely positive results of the Polifamily project in 2007.
The home Babysitting service provides support to families living in Turin and the Province. The baby-sitter can go to
a worker’s house during work hours. This service is available for children
who exceed the age limit for the Policino crèche or nursery.
The service is available for children aged between 0 and 13 months, in
order to help support mothers and fathers when they return to work. It is
a continual service.
Measurement
Number of users
Data collection frequency: annual
Measurement unit: Number
Data source
Politecnico di Torino – CUG (Sole Guarantee Committee) – Human Resources, Organisation, Economic and Social
Security Treatments Area, Training and Welfare Office
2013 2014 2015 2016
11 8 2 (partial) 7
Notes:
Only partial data is available for 2015 as they only refer to the services provided until March 2015.
93
Principle 3 - ISCN People and Food (PF)
Indicator PF_15
Support services for disabled and dyslexic people
Main goal
To provide active help for disabled students through a variety of support services.
Description
PoliTO guarantees that all disabled students have access to all activities, in full respect for the right to education and
equality for all students. The support service for disabled people was established during the 2000/2001 academic
year in compliance with law 17/99 - Integration and Modification of the Draft Law 05/02/1992 nr. 104, for the
support and integration of disabled people .This service aims to fulfil all the needs of disabled people while, at the
same time, maintaining common methods of execution and planning.
The following services support the right to education for disabled students:
possibility to use tutor students. They are listed in the tutor students register;
help by specialist staff. These are in place thanks to agreements between Politecnico and national
Associations or Organizations for the disabled;
acquisition (based on analysis conducted on individual cases) of tools and computer aids specifically made
by specialised operators;
on the analysis undertaken on individual cases, Politecnico is equipped with specialised devices and
computers to aid disabled people;
disabled students are exempt from paying taxes when they have certified disability of 66% or more.
Measurement
Presence of the service
Frequency data collection: annual
Measurement unit: number or YES-NO
Data source
Politecnico di Torino – Guidance and Tutoring Office
2013 2014 2015 2016
YES YES YES YES
Notes:
-
94
Principle 1 - ISCN Purchasing and Waste (PW)
Indicator PW_1
Initiatives of recycling printed paper
Main goal
To support the re-use of surplus paper (left over from printing, plotting or cuttings) that the PoliTO could collect at
the end of the day rather than dispatching it for disposal
Description
The need to reuse surplus paper has been especially apparent in laboratories (cutting tables. plotting) relying on
copy shops around the campus which serve students primarily.
In fact, it is the students themselves who have recently contacts some copy
shops in order to retrieve paper destined to be disposed of (different from
normal urban solid waste). Basically, the copy shops in question tried to
retrieve the surplus and other waste materials, creating a block of A4 paper
and supplying it to the students.
In the future, this is something that the PoliTO may decide to do through a
formal agreement with that particular copy-shop. For now, however, it remains
an excellent initiative by the students.
Measurement
Description of the initiatives undertaken (in future, there may be the chance to quantify the number of blocks of
paper returned or the quantity of paper)
Data collection frequency: annual
Measurement unit: Description
Data source
AQUI office
2013 2014 2015 2016
- Student initiatives - contact copy shops to re-use and
install special collection points
Official agreement with
copy shops for reuse
Notes:
-
95
Principle 1 - ISCN Purchasing and Waste (PW)
Indicator PW_2
Green purchases – GPP – Percentage of “green” goods purchased
Main goal
To reach the maximum amount of “green” goods possible; goods supplied in respect of a series of sustainable
guidelines
Description
The ecological management of public purchases (so-called “Green Public Procurement”), that consist including
environmental qualification criteria within the normal procedures for purchasing goods and services in the Public
Administration. There are innumerable advantages to an
environmentally-friendly purchase management:
environmental impact is minimised through the saving
and better management of resources; better quality is
obtained and security is increased. Moreover, another,
highly significant factor, is that companies are
encouraged to introduce product and process innovation, obtaining better environmental performance.
The PoliTO has joined the GPP (Ecological Public Purchases), which was established in 2003 with the technical
support of Arpa Piemonte- This group aims to bring awareness to the provincial purchasing and environment
offices, and support them in defining and integrating environmental criteria in purchasing more and more types of
products and services and guidelines for organisation of low environmental impact events.
The purchasing department of the Poltecnico di Torino mainly follows the APE protocol for the purchase of paper,
computer materials and other material assets (for the office), and cleaning products among other things.
Measurement
Calculation of the Percentage of purchased goods in the GPP
Data collection frequency: annual
Measurement unit: %
Data source
AQUI office
2013 2014 2015 2016
Copy paper: 98%
IT equipment: 43%
Copy paper: 98%
IT equipment: 44%
Copy paper: 98%
IT equipment: 45%
Copy paper: 98%
IT equipment: 47%
Notes:
-
96
Principle 1- ISCN Purchasing and Waste (PW)
Indicator PW_3
Area of flooring which can be cleaned with 1 litre of a “green” product
Main goal
To improve the Campus cleaning system using eco-friendly products.
Description
Following the directions of the GPP – in which Politecnico di Torino participates - the cleaning service management
company undertakes to use more environmentally-friendly products, reaching a good percentage.
In 2013 and 2014, around 300 litres of floor cleaner was purchased.
Measurement
Comparison between total floor area and litres of eco-friendly cleaner purchased/used
Data collection frequency: annual
Measurement unit: m2/l
Data source
AQUI office
2013 2014 2015 2016
680 m2/l 680 m
2/l 705 m
2/l 705 m
2/l
Notes:
-
97
Principle - ISCN Purchasing and Waste (PW)
Indicator PW_4
Introduction to recycling – Total volume of disposed waste
Main goal
Promoting separate waste collection culture within the campus
Description
Having worked for a long time in enhancing the
sustainability of the structure and its activities, the
Politecnico di Torino intends to promote the
recycling culture and contribute actively to separate
waste collection. To this purpose, it has reorganized
its internal waste collection services and it has set
up eight ecological islands to support the
appropriate disposal of waste and facilitate pick up
by AMIAT
Furthermore, in order to spread awareness amongst
users and increase the level of separate recycling (or
in any case the efficacy of the new islands), PoliTO
has also increased signage and directions
encouraging recycling, creating new symbols and
colour schemes.
Measurement
Description of the initiative and amount of waste per type ( weekly average)
Data collection frequency: annual
Measurement unit: Litres and estimated volumes (weekly average)
Data source
AQUI and EDILOG office
2013 2014 2015 2016
- Installation of new bins
and labelling
Organic: 2.560 L
Plastic: 32.767 L
Glass: 2.193 L
Unsorted: 34.900 L
Paper: 21.080 L
same as 2015 values or
slightly lower where
possible
Notes:
The example weekly average is shown in litres ( based on five working days)
98
Principle 1 - ISCN Purchasing and Waste (PW)
Indicator PW_5
Number of computers donated to third parties by PoliTO
Main goal
To reuse and donate computers and IT equipment that is no longer used by PoliTO in order to reduce the amount of
IT equipment disposed of and optimize the life cycle of such devices.
Description
Politecnico di Torino, which has long been engaged in concrete actions to improve the sustainability of its structures
and activities, aims to promote the culture of recycling / reuse of IT assets that are no longer used in its offices,
laboratories and departments.
To this end, over the years PoliTO’s IT Office has disposed of
personal computers in such a way as to recover as much
material as possible and donate the machines to third parties
such as parishes and schools, for example. Despite the high
cost of internal management (such as labour hours) and
especially the convenience of using landfills, PoliTO has
decided to focus on a much more sustainable activity
achieving very remarkable results in absolute terms.
Measurement
Calculating the number of PCs donated from PoliTO’s IT Area to third parties
Cadence: Annual
Measurement units: Number of PCs donated out of the total available
Data source
IT Office - Information Technology Area
2013 2014 2015 2016
- 330/1900 200/1900 200/1900
Notes:
-
99
Principle 1 - ISCN Purchasing and Waste (PW)
Indicator PW_6
Introduction to “door to door” collecting system
Main goal
To promote a culture of separate waste collection within the campus and improve the collection system in general
Description
Turin and AMIAT, the company which provides the city’s waste
collection service, have together done a lot to promote
separate waste collection in recent years
During 2014, the “door to door” waste collection service has
also been extended to the Crocetta district, where the
University’s main headquarters are found. The PoliTO benefits
greatly from this system and has therefore decided to introduce
a specific bin system within the campus to aid separation – as
you can see in the photo.
Measurement
Description of the initiative and future progression, considering the other campuses in town
Data collection frequency: annual
Measurement unit: Description
Data source
AQUI and EDILOG office
2013 2014 2015 2016
Headquarters Headquarters Expansion also in Mirafiori Expansion also in
Valentino castle
Notes:
-
100
Principle 3 - ISCN Purchasing and Waste (PW)
Indicator PW_7
Awareness campaigns and employee training regarding waste and GPP Protocols
Main goal
To promote a culture of separate waste collection among users and train staff on the “green purchase” concept and
on the application of the GPP
Description
Over the years, and in collaboration with the former Turin
Province, a GPP promoter, a series of training meetings have
been organised for the PoliTO office workers, to train
employees regarding new good conduct measures of the
protocol concerning green purchases.
Throughout Europe, green purchases or green public
procurement have already been affirmed as key tools in
reducing energy consumption and aiming supply and demand
towards goods and services that have low environmental
impact.
The provincial network (or rather, the Città Metropolitana di
Torino ) is made up of 47 subjects who, over 2014, allocated
78.5 million euros in green purchases.
Measurement
Description of the initiatives on this theme
Data collection frequency: annual
Measurement unit: number and description
Data source
AQUI and EDILOG office
2013 2014 2015 2016
n.d. YES - 1 initiative YES - 2 initiatives in
March/April YES - 1/2 initiatives
Notes:
-
101
Principle 3 - ISCN Transversal
Indicator T_1
Creating a "Green Team" to control and drive sustainability projects in this campus
Main goal
To provide a new governance for campus sustainability
Description
Politecnico di Torino has long been engaged in a number of initiatives in sustainability in both design and operation
and through incentives to look after the environment. Over the years, the main steps that are leading the University
towards sustainability are the following:
2008-2009: Beginning of the Living Lab creation process
2013: Launching the strategic planning process
2013: Establishment of the University Mobility Manager
2014: Approval and publication of the Strategic Plan “Horizon 2020”
2014: Creation of the "Sustainable PoliTO Logo"
2014: SiTI Project to accompany Politecnico toward gaining certification as a sustainable campus
2015: Membership of "ISCN" (International Sustainable Campus Network) and Report drafting
In addition to the events mentioned here, there are numerous uncoordinated sustainability initiatives that have
been carried out by students, professors, and researchers. Therefore, we have noted the need for a “management
body” that can carry the process through in its practical implementation. This level of management is useful both
regarding the effectiveness of the actions indicated in this report, actions that Politecnico intends to undertake over
the coming years and the monitoring of said actions, as well as regarding the relationships that the University must
inevitably establish with a series of third parties.
Measurement
Description of the initiatives carried forward by the Green Team.
Data collection frequency: annual
Measurement unit: description
Data source
Politecnico di Torino - Rectorate
2013 2014 2015 2016
- - GT establishment
GT at work, completion of
the first initiatives,
creation of new working
groups
102
Note: schematic diagram of the GT
103
Principle 3 - ISCN Transversal
Indicator T_2
Establishment of the Living Lab as the centre for the collection and monitoring of data regarding consumption of the
main energy resources
Main goal
To improve facilities to guide the process of sustainability
Description
According to the management approach suggested in indicator sheet T_1,
the laboratory would become the centre for the collection of all data
related to sustainability – not just energy consumption - for Politecnico of
Torino. We could, then, assume its expansion both in terms of personnel
(consolidation of roles), as well as in terms of infrastructure (new
hardware), but above all in terms of relocation as it is no longer accessible
or frequented by users of the University, who very often are completely
unaware of its very existence.
Measurement
Description of the initiatives put forward regarding the Living Lab.
Data collection frequency: annual
Measurement unit: description
Data source
Politecnico di Torino - Rectorate
2013 2014 2015 2016
Normal activities (see
sheet EB_9)
Normal activities (see
sheet EB_9)
Monitoring activity and
involvement in GT
ISCN data collection
centre and monitoring
activities + new location
Notes:
-
104
Principle 3 - ISCN Transversal
Indicator T_3
Sources of funding for the implementation of sustainable policies and actions: Budget
Main goal
To assign a concrete budget to the issue of sustainability, giving a role and certain decision-making powers to the
Green Team
Description
In light of the aspects described so far (regarding strengthening
Living Lab and Green Team), the need arises to allocate a budget to
the work group so it can manage the issue of sustainability in the
best way possible and as proposed in this document.
Obviously the proposed amount will be updated annually based on
actual initiatives.
Measurement
Budget (Euro) granted to the team.
Data collection frequency: annual
Measurement unit: number (€)
Data source
Politecnico di Torino - Rectorate
2012/2013 2013/2014 2014/2015 2015/2016
- - - 152,000 €
Notes:
-
105
Principle 3 - ISCN Transversal
Indicator T_4
Communication Plan
Main goal
To communicate sustainable initiatives in a unified, systematic and effective way.
Description
As has often been pointed out, Politecnico of Torino, has already
undertaken a number of initiatives on the issue of university
sustainability. However, a significant gap has been found: there is a
serious lack in systematic and comprehensive communication, which
means all activities are therefore much less effective.
This indicator, therefore, wishes to remedy this weakness though a
Communication Plan, which is mainly composed of the following
elements:
Web portal (to be built)
An engaging and communicative brochure is to be attached to the 2015-2016 student guide
Information panels and explanatory messages on monitors installed in the corridors of the various venues
Educational initiatives aimed at training newly registered students (see sheet PF_7)
All of these elements aim to fulfil the outreach requirements that such a complex and ambitious project needs.
Measurement
Description of initiatives designed to communicate the current project and all the sustainable activities of the
university regarding communication
Data collection frequency: annual
Measurement unit: description
Data source
Politecnico di Torino – CORE Office
2013 2014 2015 2016
- - - Brochure
- Informative panels
- Web portal
- Educational initiatives
- 2015 ongoing activities
Notes:
-
106