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New Project Opportunities (and Challenges) in International Markets – Poland and Eastern Europe
Dr. Roland Ramusch, Sector specialist – Solid Waste
Where we are
21 May, 2019 2
Established
1991The EBRD is owned by
67 countries from five continents, as well as the European Union and the European Investment Bank. These shareholders have each made a capital contribution, which forms our core funding.
Capital base
€30 billion
Triple-A rating from all three main rating agencies (S&P, Moody’s and Fitch)
The EBRD invests to build upeffective market economies incountries across three continentsand to make a positive impact onpeople’s lives.
With a focus on private sectorinvestment and support for policyreform, we work to ensure thateconomies in our regions arecompetitive, inclusive, well-governed, green, resilient andintegrated.
EU waste hierarchy and WtE processes
21 May 2019 Roland Ramusch 3
LEAST preferred options
Preferred options
European Commission Communication: The role of waste-to-energy in the circular economy.COM/2017/0034 Final.
Source separation of recyclables, compostingand anaerobic digestion
Waste incineration & co-incineration with high level ofenergy recovery; reprocessing of waste into materialsused as solid, liquid or gaseous fuel
Waste incineration and co-incineration with limited energyrecovery; utilisation of captured landfill gas
Circular Economy Package
21 May 2019 Roland Ramusch 4
New (and for many EU countries challenging)targets in the amended EU waste-relatedDirectives:
MSW treatment in EU (2017)
21 May 2019 Roland Ramusch 5
Eastern European Countries:
• Landfilling still prevailing disposal option: 30 – 80%
• Recycling rates low
• WtE: potential for develop-ment exists
• Remark: data uncertainty
=> Recycling and WtE are not mutually exclusive!
Source: CEWEP - http://www.cewep.eu/wp-content/uploads/2019/04/EUROSTAT-MW-data-2017.pdf
Circular Economy Package
21 May 2019 Roland Ramusch 6
How to reach circular economy targets?
• Provision of infrastructure for source separation ofrecyclables alone is not enough;
• Economic development & public awareness have toraise;
• EPR systems need strong governance andenforcement;
• In order to reach landfill targets, source separationand complimentary solutions (MBT, WtE) are needed=> “technology mix”
• Integrated WM systems can close the loop, not onlymaterial-wise (material recovery), but also energy-wise.
Incineration capacity – 2014 data
21 May 2019 Roland Ramusch 7Source: Wilts et al. (2017): Assessment of waste incineration capacity and waste shipments in Europe
Incineration capacity – 2014 data
21 May 2019R Roland Ramusch 8Source: Wilts et al. (2017): Assessment of waste incineration capacity and waste shipments in Europe
100%-20%>100%
20%-10%
10%-7%
Poland
21 May 2019 Roland Ramusch 9
• Government considers WtE as important step from landfilling towards higher levelsin the waste hierarchy;
• Aim is to maximise amount of energy recovered from residual waste;
• Goal: 15% of gross final consumption of energy from renewable resources in 2020;
• 2015: only one WtE plant in Warsaw (60 ktpa) => too low for the demand
• But: 127 regional MBT plants with total capacity of 9.4 mtpa in place (this is higher as residual waste generated with approx. 25% recycling rate)
Sources:
denBoer E. and Jedrczak A. (2017): Performance of mechanical biological treatment of residual municipal waste in Poland, DOI: 10.1051/e3sconf/20172200020
Malinauskaite J. et al. (2017): Municipal solid waste management and waste-to-energy in the context of a circular economy and energy recycling in Europe. Energy 141 (2017) 2013-2044.
Poland
21 May 2019 Roland Ramusch 10
Source: Cyranka et al. (2016): Municipal Waste-to-Energy plants in Poland – current projects. DOI:10.1051/e3sconf/20161000070.
• Approx. 1 million tpa WtE capacity in place(<10% of generated);
• Planned: 2.1 million tpa (<20%);
• future 30 plants with 3.8 to 3.9 million tpa(approx. 30%);
• With EU target: residual waste approx. 4.5million tpa.
Issues to be considered in the Eastern European context
21 May 2019 Roland Ramusch 11
• EU requirement: public financing of WM, whether at national or EU level, shouldbe consistent with the goal of shifting upwards in the waste hierarchy.
• EU member states and neighbourhood policy countries are affected by targets inthe Circular Economy Package.
• Reasonable planning of capacities over the lifetime of WtE facilities in order toprevent a “lock-in” of recyclables => impacts on calorific value, future decouplingof economic growth and MSW generation.
• Higher EU targets and measurement methodology will lead to even highercollection rates of recyclables: exploration of additional options, e.g. sortingplants before incinerators?
• Higher “degree (level) of sorting” lowering the value (quality?) of recyclables?
Issues to be considered in the Eastern European context
21 May 2019 Roland Ramusch 12
• Availability and quality of good quality data for planning?
• Availability and quality of national / regional WM strategies / plans?
• NIMBY: WtE should be promoted through highlighting benefits as (renewable)energy source, the conservation of land, reducing of GHG emissions etc.;
• Incentives: landfill tax and bans, feed-in tariffs, purchasing guarantees etc.;
• Affordability constraints;
• Optimum use of already established capacities. Cross-border shipments mighthelp to make optimal use of WtE capacity already in place;
• Combined supply of electricity and heating / cooling;
• Larger cities vs. rural regions.
Contacts
21 May 2019 Roland Ramusch
Roland RamuschSector specialist – Solid wasteSustainable Infrastructure Policy and Project Preparation (SI3P)Tel: + 44 020 7338 7862Email: [email protected]
EBRD, One Exchange SquareLondon, EC2A 2JN United Kingdomwww.ebrd.com
Find us on social media
13
Overview
21 May 2019 Roland Ramusch 14
WtE plants operating*)
Waste thermally treated [tpa]
Cement kilns [tpa]
Electricity from WtE+RDF
[MWh/yr]
Heat from WtE+RDF**)[MWh/yr]
Additional capacity WtE (2017-2025)
Additional capacity
RDF(2017-2025)
Landfil l tax
Landfil l bans Remark
Albania 0 ---- n/a n/aBosnia and Herzegovina
0----
n/a n/a
Bulgaria 0 ---- RDF Sofia x noCroatia 0 ---- no n/aCzech Republic 4 657,000 152,000 150,000 1,575,000 595,000 x noEstonia 1 250,000 138,000 320,000 to 400,000 360,000 x x overcapacityHungary 1 377,000 0 154,000 220,000 500,000 200,000 x xKosovo 0 ---- n/a n/aLatvia 0 ---- n/a n/aLithuania 1 260,000 x xPoland 7 1,000,000 x xRomania 0 ---- x xSerbia 0 ---- 340,000 n/a n/aSlovak Republic 2 230,000 x xSlovenia 0 ---- n/a n/a*) not including haz waste incin**) incl heating, cooling, steam
Source: Modified from The Wolf Theiss Guide To: Waste to energy in Central, Eastern and Southeastern Europe, 2016 Edition.