FAO AGRIS - Sistema Internacional para la Ciencia y Tecnología Agrícola

Viability of Current and Emerging Technologies for Domestic Solid Waste Treatment and Disposal : Implications on Dioxin and Furan Emissions

2011

World Bank


Información bibliográfica
Editorial
Washington, DC
Otras materias
Disposal of waste; Absence of oxygen; Municipal waste; Storm water discharge; Worms; Heavy equipment; Landfill waste; Ash; Integrated solid waste management; Municipal solid waste management; Sanitary landfill; Methane production; Hydrogen sulfide; Biogenic sources; Domestic solid waste treatment; Diesel; Landfill closure; Urban centers; Particulate; Odors; Passive venting; Waste management practices; Landfilling; Waste materials; Msw; Gas control; Gas collection; Landfill surface; Collected gas; Combustion waste; Waste combustion; Domestic solid waste; Environmental groups; Recyclable materials; Solid waste management; Resource recovery; Landfill leachate; Landfill gas; Large landfills; Scavenging; Waste decomposition; Landfill space; Carbon dioxide gas; Combustion emissions; Waste diversion; Yard waste; Environmental controls; Composting facilities; Municipal waste collection; Waste treatment technologies; Air emissions; Gas combustion; Leaks; Leachate collection; Air pollution control; Post-closure; Compost product; Diesel fuel; Plant matter; Wte; Landfill design; Fossil fuel; Carbon neutral; Ghg; Gasifier; Landfill containment; Mercury emissions; Generation rate; Soil amendment; Greenhouse; Odor problems; Wastewater discharge; Emissions; Mrf; Waste generation rate; Bottom liner; Compost production; Disposal costs; Emission controls; Nuisance potential; Back yard; Surface waters; Waste components; Environmental benefits; Collection systems; Air pollutants; Collected waste; Landfill gas emissions; Municipal solid waste; Landfill; Energy costs; Solid waste; Landfill operations; Land application; Compost material; Organic waste; Waste management policy; Greenhouse gas abatement; Air space; Energy recovery; Waste composition; Landfill site; Ch4; Open dumps; Gas collection system; Cover material; Bioreactor landfill; Rdf; Biological decomposition; Water consumption; Storm water; Emissions of methane; Post-closure care; Landfill cell; Landfill technology; Landfill facility; Emission of methane; Chemical process; Greenhouse gas; Methane gas; Open burning; Solid waste generation; Landfill emissions; Pe; Organic material; Landfill disposal; Organic materials; Leachate; Municipal solid
Idioma
Inglés
Formato
application/pdf, text/plain
Licencia
CC BY 3.0 IGO, http://creativecommons.org/licenses/by/3.0/igo/, World Bank

2024-10-18
2025-10-25
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