AGRIS - Sistema Internacional para la Ciencia y Tecnología Agrícola

The Landfill Gas-to-Energy Initiative for Latin America and the Caribbean

2006

Terraza, Horacio | Grajales, Francisco


Información bibliográfica
Editorial
World Bank, Washington, DC
Otras materias
Generation; Carbon credits; Greenhouse gas; Gas distribution; Tax credits; Beneficial impact; Emissions reduction; Air emissions; Gas management; Kilowatt-hour; Odor emissions; Waste collection systems; Energy market; Landfill gas; Particulate; Waste management policy; Industrial waste; Carbon dioxide equivalents; Environmental regulations; Disposal method; Solid waste management; Reducing methane emissions; Waste management practices; Landfill gas recovery; Fuel supply; Carbon dioxide emissions; Landfill design; Utilization technology; Municipal landfills; Boiler fuel; Fuel source; Landfill operation; Urban power grids; Power production; Power plant; Preparation; Landfill base; Contamination of surface; Urban refuse; Renewable energy production; Landfill sites; Municipal solid waste; Explosive at concentrations; Adverse environmental impacts; Leachate collection; Tons of carbon; Generation of electricity; Gas collection; Municipal solid; Energy products; Swm; Generation capacity; Value of energy; Odor problems; Food chain; Organic waste; Space heating; Renewable energy generation; Emissions reductions; Municipal solid waste landfills; Turbine; Waste management system; Carbon dioxide equivalent; Open dumps; Organic content; Soils; Water heating; Carbon credit; Ambient air; Approach; Certified emission reductions; Green power; Solid waste association; Fuel; Landfill operators; Environmental benefits; Landfill site; Power grid; Landfill methane; Gas capture; Global carbon market; Greenhouse; Solid waste management operations; Carbon fund; Source of energy; Annual emissions; Clean development; Leachate; Solid waste processing; Disposal facilities; Bulk gases; Conventional energy; Electrical power; District heating; Collection system; Municipal solid waste management; Gas migration; Safe final disposal; Internal combustion; Ghg; Energy planners; Process heat; Energy source; High energy content; Fuel use; Solid waste disposal; Organic materials; Hydrogen gas; Commercial waste; Site closure; Hot water; Greenhouse gas reduction; Gas generation; Combustion products; Landfill; Conversion efficiency; Carbon trading; Electrical generation; Landfill cover; Nutrient content; Anaerobic decomposition; Dioxide carbon; Carbon market; Emission reductions; Global climate change; Emission rate; Air pollutants; Landfill methane outreach program; Distribution network; Environmental protection agency; Oil; International carbon market; Disposal practices; Criteria pollutants; Waste decomposition; Waste composition; Environmental impacts; Energy markets; Gas accumulation; Waste dumps; Environmental improvement; Ph level; Renewable energy source; Ambient air quality; Biodegradable wastes; Large landfills; Landfill project; Methane emissions; Solid waste; Emissions from landfills
Idioma
Inglés
Formato
application/pdf, text/plain
Licencia
CC BY 3.0 IGO, http://creativecommons.org/licenses/by/3.0/igo/

2024-10-18
2025-05-23
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