BEHAVIOR OF MERCURY FROM USED BATTERIES IN LANDFILLS OVER 20 YEARS
© IWWG International Waste Working Group (10/2007)
In Japan, used batteries are collected as incombustible municipal waste, and the majority is landfilled. In 1983, it was determined that the used batteries in daily life contained mercury, and the fact the mercury-containing batteries, which were disposed of as waste raised fears of environmental mercury pollution.
© IWWG International Waste Working Group (10/2007)
In Japan, used batteries are collected as incombustible municipal waste, and the majority is landfilled. In 1983, it was determined that the used batteries in daily life contained mercury, and the fact the mercury-containing batteries, which were disposed of as waste raised fears of environmental mercury pollution.
DEKRA Umwelt business areas
© Technical Co-Operation Project Bavaria-Sao Paulo (6/2006)
Lecture in the context of the Technical Co-Operation Sao Paulo - Bavaria. "Solid Waste Management: Facing the Future"
© Technical Co-Operation Project Bavaria-Sao Paulo (6/2006)
Lecture in the context of the Technical Co-Operation Sao Paulo - Bavaria. "Solid Waste Management: Facing the Future"
Dioxins in Germany
© Technical Co-Operation Project Bavaria-Sao Paulo (6/2006)
citation : Waste Incineration — A Potential Danger? Bidding Farewell to Dioxin Spouting Power-Point presentation to lecture in the context of the Technical Co-Operation Sao Paulo - Bavaria. "Solid Waste Management: Facing the Future"
© Technical Co-Operation Project Bavaria-Sao Paulo (6/2006)
citation : Waste Incineration — A Potential Danger? Bidding Farewell to Dioxin Spouting Power-Point presentation to lecture in the context of the Technical Co-Operation Sao Paulo - Bavaria. "Solid Waste Management: Facing the Future"
The soil description in the frame of Czech-Bavaria monitoring project “Risk elements in the soil in relation to environment – cross- order soil protection bases (Bavaria – Czech Republic)”
© Bayerisches Landesamt fĂĽr Umwelt (5/2006)
Das Projekt „Risikostoffe im Boden in Beziehung zur Umwelt – grenzüberschreitende Grundlagen des Bodenschutzes (Bayern – Tschechien)“ schließt sich auf das ähnliche Bayerische Projekt an. Es liegen drei Punkte in diesem Projekt vor, die unterschiedlich sind: Bodenklassifikation, Beschreibung der Bodenhorizonte und der Bodentextur. Durch intensive Verhandlungen wurden diese Probleme jedoch beseitigt.
© Bayerisches Landesamt fĂĽr Umwelt (5/2006)
Das Projekt „Risikostoffe im Boden in Beziehung zur Umwelt – grenzüberschreitende Grundlagen des Bodenschutzes (Bayern – Tschechien)“ schließt sich auf das ähnliche Bayerische Projekt an. Es liegen drei Punkte in diesem Projekt vor, die unterschiedlich sind: Bodenklassifikation, Beschreibung der Bodenhorizonte und der Bodentextur. Durch intensive Verhandlungen wurden diese Probleme jedoch beseitigt.
Drivers for biodegradable/compostable plastics & role of composting in waste management & sustainable agriculture
© European Compost Network ECN e.V. (9/2000)
Sustainability, industrial ecology, ecoefficiency, and green chemistry are the new principles that are guiding the development of the next generation of plastic and other products and processes. Thus, new products have to be designed and engineered from “conception to reincarnation” incorporating a holistic “life cycle thinking approach”.
© European Compost Network ECN e.V. (9/2000)
Sustainability, industrial ecology, ecoefficiency, and green chemistry are the new principles that are guiding the development of the next generation of plastic and other products and processes. Thus, new products have to be designed and engineered from “conception to reincarnation” incorporating a holistic “life cycle thinking approach”.
Environmental effects of metabolites, by-products and residues during and after the biodegradation
© European Compost Network ECN e.V. (9/2000)
A total of 16 bio-polymers and synthetic materials were degraded under standardised laboratory composting conditions and additionally six materials were degraded in soil under controlled conditions.
© European Compost Network ECN e.V. (9/2000)
A total of 16 bio-polymers and synthetic materials were degraded under standardised laboratory composting conditions and additionally six materials were degraded in soil under controlled conditions.
