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Waste / Bioenergy / Thermal treatment / Concrete / Incineration / Waste-to-energy / Mechanical biological treatment / Incinerator bottom ash / Landfill / Environment / Waste management / Sustainability


Review of WTE ash utilization processes under development in northwest Europe Athanasios Bourtsalas Civil& Environmental Engineering, Imperial College London Earth Engineering Center, Columbia University, New York EXECUT
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Document Date: 2013-11-25 10:28:48


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File Size: 1,11 MB

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City

Bern / Rotterdam / Zurich / The Hague / Amsterdam / London / /

Company

Martin GmbH / Waste Management / /

Continent

Europe / /

Country

Germany / Switzerland / Netherlands / Italy / Belgium / France / Japan / Austria / Liechtenstein / United Kingdom / /

Currency

USD / EUR / /

Event

Person Travel / Product Issues / Environmental Issue / /

Facility

Inascho facility / plant of Zurich / Imperial College / Columbia University / KVA Monthey WtE plant / Imperial College London Earth Engineering Center / KEZO Himwil facility / KEZO plant / Iwaki Nanbu WTE plant / The plant / The KEZO facility / /

IndustryTerm

precious metal smelting plant / finance ministry / fly ash treatment technologies / transportation / air pollution control systems / incineration processing / precious metal particle / short transportation distances / treatment systems / higher value construction applications / sustainable solution / ferrous metal recovery / cement plants / dry technology / dry ash discharge technology / Wet discharge technology / precious metal fractions / lowwaste technologies / beverage cans / energy / energy recovery plants / energy recovery / energy production / metal recovery / plastics / chemical reactions / federal law / electricity / dry discharge technology / hydrochloric acid solution / conventional wet technology / industrial bottom ash processing plant / motor oil / sustainable solutions / ferrous metal efficiency / fly ash processing / higher energy efficiency / high metal content / disposal infrastructure / flue gas / uncontrolled chemical reactions / discharge systems / increased metal extraction efficiency / /

NaturalFeature

North Sea / /

Organization

Columbia University / International Solid and Waste Association / Imperial College London / ZAV / WTERT / European Parliament / Imperial College / Swiss Confederation / Office for Waste / Swiss Federal Statistical Office / Imperial College London Earth Engineering Center / national government / Department of Waste Management in Zurich / European Union / Civil and Environmental Engineering Department / /

Person

Leo Morf / Ralf Koralewska / Chris Cheeseman / /

Position

EXECUTIVE SUMMARY The author / author / /

Product

substances / /

ProvinceOrState

Zurich / /

RadioStation

KEZO / /

Region

South Holland / North Holland / northwest Europe / /

Technology

fly ash treatment technologies / wastewater treatment / dry discharge technology / dry ash discharge technology / Wet discharge technology / conventional wet technology / composting / Environmental Engineering / incineration / lowwaste technologies / pollution control / /

URL

www.wtert.org / /

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