FAO AGRIS - International System for Agricultural Science and Technology

Brazil Low Carbon Case Study : Waste | Estudo de Baixo Carbono para o Brasil : Relatório de Síntese Técnica - Resíduos

2010

World Bank


Bibliographic information
Publisher
Washington, DC
Other Subjects
Manufacturing processes; H2s; Landfill disposal; Aerobic composting process; Carbon emissions; Carbon dioxide gas; Emission scenarios; Emissions from incineration; Garbage trucks; Clean technologies; Final disposal of waste; Gaseous emissions; Framework convention on climate change; Disposal sites; Disposal operation; Sustainable energy; Landfill sites; Ash; Anaerobic lagoons; Waste companies; Bod; Waste generation; Collected waste; Sanitation sector; Recyclable materials; Estimates of emissions; Hazardous pollutants; Industrial effluents; Ch4; Incineration process; Forced aeration; Waste management practices; Municipal solid; Fabric filters; Disposal operations; Disposal method; Emissions data; Hazardous waste; Waste treatment technologies; Combustion efficiency; Sludges; Energy recovery; Environmental sanitation; Absence of oxygen; Degradable organic carbon; Total emissions; Household waste disposal; Emissions from landfills; Landfill projects; Equipment maintenance; Generation of waste; Urban waste; Exchangers; Aerobic process; Odors; Organic waste; Msw; Organic waste materials; Marginal abatement; Basic sanitation; Municipal services; Greenhouse gas inventories; Domestic solid waste; Environmental benefits; Recovery systems; Underground water; N2o; Sanitation program; Marginal abatement cost; Colors; Greenhouse; Anthropogenic emissions; Annual precipitation; Methane recovery; Organic material; Carbon price; Waste separation; Disposal of waste; Combustion process; Blowers; Sanitary conditions; Storm water; Electricity generation; Solid waste management; Global emissions; Mma; Anaerobic decomposition; Emission factor; Scavenger; Carbon prices; Drainage system; Final disposal; Sewage treatment systems; Waste components; Soil cover; Emission scenario; Generation capacity; Particulate; Sewage sector; Waste composition; Volatile organic compounds; Ipcc; Sanitation policies; Collection frequency; Landfill operations; Gas treatment; Landfill; Carbon content; Catchment; Waste production; Particles; Industrial effluent treatment; Emissions estimates; Flue gases; Municipal waste; Waste collection services; Airflow; Emissions from landfill; Landfill site; Solid waste incineration; Fossil carbon; Low-carbon; Sanitary landfill; Greenhouse gas; Municipal solid waste; Sanitation technology; Ghg; Aerobic composting; Incineration; Landfill waste; Petrochemical industry; Sanitation facilities; Bottom ash; Emission estimates; Perforated pipes; Waste disposal sites; Acid gases; Global climate change; Gas treatment systems; Solid waste sector; Source reduction; Disposal site; Composting projects; Burning waste; Special waste; Emission factors; Household waste; Emissions; Disposal practices; Methane correction
Language
English
Format
application/pdf, text/plain
License
CC BY 3.0 IGO, http://creativecommons.org/licenses/by/3.0/igo/, World Bank

2024-10-18
2025-05-23
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