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Thermal treatment / Incineration / Fuel gas / Mechanical biological treatment / Refuse-derived fuel / Waste-to-energy / Gasification / Municipal solid waste / Waste minimisation / Waste management / Environment / Sustainability


IEA Bioenergy Task 23 CO-FIRING OF MSW AND RDF VTT ENERGY Fuels and Combustion, New Energy Technologies Raili Vesterinen and Elina Lohiniva
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Document Date: 2007-10-10 06:06:23

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File Size: 1,68 MB

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City

Lahti / /

Company

Säkkiväline Ympäristöpalvelut OY / Pirkanmaan Jätehuolto Oy / WM Ympäristöpalvelut Oy / UPM Kymmene / Lahden Lämpövoima Oy / Foster Wheeler Energia Oy Ab / Kawasaki Steel Corporation / Japan Recycle Management Co. Ltd / Sermet Oy / /

Country

Japan / United Kingdom / Finland / /

Currency

FIM / EUR / /

Event

Environmental Issue / /

Facility

Tsunoyama plant Kamo / RDF plant / Miyama plant Shiida / Slough Trading Estate Power Plant / Tobe plant Plant / plant of Ewapower / Aichi Plant Itakura plant Kousei / UPM Kymmene power plant / Kymijärvi Power Plant / Shinnanyou plant Okutano / /

IndustryTerm

energy recovery / greenhouse gas emissions / bag tearing device / energy balance / Waste segregation systems / waste processing / co-firing technologies / high energy density / waste processing equipment / waste processing plant / waste management / straightforward systems / energy generation / plant processing household waste / energy potential / metal removal harmful fractions / energy technology / cement factories etc / energy / /

Organization

Japan Japanese government / National Technology Agency / European Union / /

Person

Elina Lohiniva Jyväskylä / Hiroshi Sano / Raili Vesterinen / /

Region

Southern Finland / Western Finland / /

Technology

3.1 Process technology / co-firing technologies / RDF technologies / incineration / energy technology / 4.1 Process technology / RDF / 1.1 Process technology / /

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