margit rüütelmann managing director - ejkl · estonian waste recycling cluster margit...
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Waste generation (2011)
Number of inhabitants: 1,3 million (01.01.2010)
Total amount of waste generated 21,7 million tons
16,66 tons/person
Generation of municipal waste 417 014 tons –
320 kg/person
Average in EU 514,0 kg/person
Generation of C&D waste 1,45 million tons
Waste generation
The dominating waste sources in Estonia are:
oil shale mining
oil shale chemistry
power production
Municipal waste forms about 3% of the total amount of
waste.
Municipal Solid WasteYear Total amount Recycled Landfilled Recycling %
2006 593 267 179 703 373 270 30,3%
2007 644 881 120 466 390 122 18,7%
2008 502 540 113 393 333 130 22,6%
2009 441 326 97 861 287 062 22,2%
2010 409 429 88 295 267 364 21,6%
2011 417 014 145 655 239 008 35%
Composition of MSW
18,6
8,3
2,6
0,4
36,7
4,4
17,5
0,3 0,66,3
4,3 Plastic
Glass
Metal
Wood
Biowaste
Clothes and textiles
Paper & cardboard
Hazardous waste
WEEE
Other combustible waste
Other non-combustible waste
Cluster development
1. Dec, 2009 – Nov, 2010
Preliminary projects – Compost production and
production of recycled aggregates from C&D waste.
2. Jan.01, 2011 – Dec.31, 2013
Waste Recycling Cluster
Co-financed by the European Regional Development
Fund through Enterprise Estonia.
Main objectives of WRC
1. To increase the amounts of waste recycled in Estonia.
2. To produce from waste products
compliant to quality standards and sertified.
3. To increase
production capacity and volumes, joint marketing;
sales of the products-services and export.
international competitiveness.
Waste Recycling Cluster as competence center.
Project partners18 companies
16 waste management/recycling companies
road construction company, Lemminkäinen Eesti AS
cement company – Kunda Nordic Cement AS
3 research and educational institutions
Estonian University of Life Sciences – quality and use
of compost
Tallinn Technical University - long lasting experiences
in testing road construction materials and technologies
Central Estonian Education and Competence Center
Waste hierarchy
Prevention
Preparing for re-use
Recycling
Energy recovery
Disposal
Most favoured option
Least favoured option
Production process
WASTE
biodegradable waste
C&D waste
mixed municipal waste
TREATMENTsorting,crushing, shredd
ing,screening
PRODUCTS
compost
recycled aggregates recovered fuels
Construction &Demolition Waste
Quarries in Tallinn and in its surroundings are in 5-6
years perspective empty, diffuculties in opening new
quarries.
Solution - > use of recycled aggregates.
Recycled aggregates in road construction works ->
high quality standards and sertified products.
Production of recycled aggregates
Concrete
Sertified products – different fractions of cruched
concrete.
Asphalt concrete
Soil and stones
Plastics, paper&cardbord, wood - > production recovered fuels.
Construction of a test road, 2011
In co-operartion with
Estonian Road Authority
425m in length
Used material – Crushed
concrete 0/32 mm
Monitored by Tallinn
Technical University
Test Road Monitoring
1. Bearing capacity
measurements
2. Installation of
Percostation in June 2012
Percostation is a system for
continuous monitoring
of dielectric constant,
electrical conductivity and
temperature of materials.
Recovered fuels
Mixed municipal waste
Waste plastics and paper
Light fraction of ELV
Solid and liquid hazardous waste (waste oils, paints etc)
Calorific value
Recovered fuels from 16 MJ/kg
Oil shale 8-10 MJ/kg
Production of recovered fuels
Producers in Estonia
1. Tallinn Waste Recycling Center (plant was opened in
May 2011)
Capacity – 120 000 tons of MSW
2. Ragn-Sells Ltd (plant opened in Oct.2011)
Capacity – 120 000 tons of MSW
3. Smaller producers – waste management centers
Use of recovered fuels
High quality recovered fuels - > cement industry
Kunda Nordic Cement
Export - > Cemex in Latvia, Finnsementti Oy in Finland
Negotations with Finnsementti Oy in Finland and cement
industry in Sweden
Lower quality recovered fuels -> production of heat and
power
Production of compost
Biodegradable waste
Separately collected kitchen waste
Garden and park waste
High quality compost -> in agriculture, horticulture,
maintenance of green areas as fertilizer
Low quality compost (from MBT process) ->
land reclamation, construction purposes, not to be
use in agriculture
Main Problems
Recycling companies produce compost of different
quality
Compost as fertilizer.
Poor image, no market.
Requirements for production of compost from
biodegradable waste, April, 2013
Training program
Training program was work out in autumn 2011 by the
representatives of:
Waste recycling companies
Ministry of Environment
Environmental Board
Enivronmental Inspectorate
Central Estonian Education and Competence Center
8 modules
1. module – Waste Management in gereal.
2. module – Treatment of municipal solid waste.
3. module – Production and use of compost.
4. module – Landfills and waste recycling centers.
5. module – Recycling of construction and demolition waste.
6. module – Hazardous waste.
7. module – Extended producere responsibility.
8. module – Production and use of recovered fuels.
April – December 2012 - first training as a pilot project.
Increase of recycling in 2010 - 2012
2010 2011 2012
Total amount of waste taken
to waste recyling centers 353 518 336 914 337 925
Incl. MSW268 938 257 740 220 708
Landfilled MSW
246 851 213 874 115 901
Landfilled in total286 475 255 439 171 865
Recycling67 043 81 475 166 060
In 2010 the recycling rate was 19%, in 2011 24% and in 2012
already 49%. Recycling has increased 2,5 times to compare the
years 2010 and 2012.
Demo-sertification in 2012
In co-operation with European Compost Network and
compost expert Florian Amlinger from Austria.
Also represetatives from Ministry of Environment, Waste
Department took part.
2 day event in Tallinn – July 26 -27, 2012
July 26 - overview of the legal documents regulating treatment of
biodegradable waste and compost production
July 27 – assessment of compost analyses and plant inspection in
Tallinn Waste Recycling Center
Seminar in August 2012
August 28 - 29, 2012
Project partners:
• evaluted the results of the activities of Waste Recycling
Cluster.
• updated the strategy and action plan.
International co-operation
• European Compost Network
• FiBL – Research Institute of Organic Agriculture
• Norwegian Road Authority
European Recovered Fuel Organisation
European Recycling Industry of Construction & Demolition
Waste
• Tokyo Super Eco Town
• Waste Management and Recycling Association of
Singapore
Benefits for the companies
Competitors round one table.
Reseach work.
Co-operation with research and educational institutions ->
product quality assessment, improvement of production
processes, instruction manuals, qualified empolyees etc.
International know-how -> co-operation with other clusters,
networks and associtions.
Conferences and seminars -> overview of the activites and
results of Waste Recyling Cluster and waste management
companies.
Pilot projects – construction of test roads, demonstrations
fields etc.