The Landfill Gas-to-Energy Initiative for Latin America and the Caribbean
Keywords
ENVIRONMENTAL IMPACTSWASTE MANAGEMENT PRACTICES
GAS ACCUMULATION
LEACHATE
NUTRIENT CONTENT
ENVIRONMENTAL PROTECTION AGENCY
GAS MIGRATION
GHG
ENERGY PLANNERS
FUEL SUPPLY
SOURCE OF ENERGY
ATMOSPHERE
LANDFILL SITES
GLOBAL CLIMATE CHANGE
HYDROGEN GAS
SOLID WASTE MANAGEMENT
PIPELINE
GREEN POWER
EMISSIONS REDUCTIONS
PROCESS HEAT
RENEWABLE ENERGY GENERATION
CONVERSION EFFICIENCY
LEACHATE COLLECTION
FUEL SOURCE
CARBON DIOXIDE EMISSIONS
SOLID WASTE PROCESSING
SANITARY LANDFILLS
GAS COLLECTION
WASTE COLLECTION
FUEL USE
FOSSIL
VALUE OF ENERGY
SPACE HEATING
DISPOSAL METHOD
BULK GASES
BOILER
GREENHOUSE EFFECT
WATER HEATING
EMISSION
MUNICIPAL SOLID
SOLID WASTE DISPOSAL
SULFUR
FOSSIL FUELS
ELECTRICITY
ENERGY MARKETS
DOMESTIC WASTES
GLASS
BENEFICIAL IMPACT
CARBON DIOXIDE
RENEWABLE ENERGY PRODUCTION
LANDFILL OPERATORS
WASTE MANAGEMENT SYSTEM
GREENHOUSE GASES
URBAN POWER GRIDS
ENERGY SOURCE
LANDFILL METHANE
SOLID WASTE
HEALTH RISKS
CARBON FUND
BOILER FUEL
CARBON DIOXIDE EQUIVALENTS
ENERGY MARKET
TAX CREDITS
NATURAL GAS
ANNUAL EMISSIONS
INDUSTRIAL WASTE
AVAILABILITY
POWER PRODUCTION
SITE CLOSURE
ENVIRONMENTAL BENEFITS
WASTE DECOMPOSITION
MOISTURE CONTENT
OXYGEN
PILOT PROJECTS
HOT WATER
INTERNATIONAL CARBON MARKET
LANDFILL BASE
MUNICIPAL SOLID WASTE MANAGEMENT
AIR QUALITY
ELECTRICAL POWER
PARTICULATE
AMBIENT AIR
CARBON DIOXIDE EQUIVALENT
SWM
GROUNDWATER
AMBIENT AIR QUALITY
CARBON CREDIT
WASTE DUMPS
OPEN DUMPS
EMISSION REDUCTION
HUMAN HEALTH
GENERATION CAPACITY
ELECTRIC POWER
GAS GENERATION
CARBON MARKET
PREPARATION
LANDFILL COVER
FOOD CHAIN
APPROACH
ORGANIC WASTE
GLOBAL CARBON MARKET
CARBON
REDUCING METHANE EMISSIONS
ENERGY PRODUCTION
NITROGEN
ENVIRONMENTAL IMPROVEMENT
HIGH ENERGY CONTENT
ANAEROBIC CONDITIONS
INTERNAL COMBUSTION
LANDFILL OPERATION
POLLUTANTS
HEAT
CERTIFIED EMISSION REDUCTIONS
SITE
CARBON CREDITS
UTILIZATION TECHNOLOGY
PARTICULATE MATTER
GREENHOUSE GAS
LANDFILLS
GREENHOUSE GAS REDUCTION
ENERGY GENERATION
WASTE MANAGEMENT POLICY
COAL
RENEWABLE ENERGY
DIOXIDE CARBON
EMISSION RATE
CONTAMINATION OF SURFACE
SOLID WASTE ASSOCIATION
GENERATION
ELECTRICAL GENERATION
MUNICIPAL SOLID WASTE
RENEWABLE ENERGY SOURCE
GAS
CLEAN DEVELOPMENT MECHANISM
AIR POLLUTION
KILOWATT-HOUR
EMISSION REDUCTIONS
WASTE COLLECTION SYSTEMS
COLLECTION SYSTEM
LANDFILL GAS RECOVERY
POWER GRID
RENEWABLE RESOURCES
ENVIRONMENTAL REGULATIONS
ORGANIC COMPOUNDS
TONS OF CARBON
URBAN REFUSE
OIL
GAS MANAGEMENT
ENERGY SECURITY
WASTE COMPOSITION
AIR EMISSIONS
EMISSIONS REDUCTION
GENERATION OF ELECTRICITY
LANDFILL GAS
SULFUR DIOXIDE
ORGANIC MATERIALS
COMMERCIAL WASTE
BIODEGRADABLE WASTES
ODOR PROBLEMS
LANDFILL DESIGN
GAS CAPTURE
GASES
ORGANIC WASTES
METHANE EMISSIONS
PH LEVEL
SOILS
AIR POLLUTANTS
INCOME
DISTRIBUTION NETWORK
ENVIRONMENTAL PROTECTION
MUNICIPAL LANDFILLS
ORGANIC CONTENT
EXPLOSIVE AT CONCENTRATIONS
EMISSIONS FROM LANDFILLS
CARBON MONOXIDE
SOLID WASTE MANAGEMENT OPERATIONS
ENERGY PRODUCTS
POWER PLANT
NITROGEN OXIDES
DISPOSAL FACILITIES
ODOR EMISSIONS
LANDFILL PROJECT
GAS DISTRIBUTION
DISPOSAL PRACTICES
ANAEROBIC DECOMPOSITION
GREENHOUSE
HYDROGEN
LANDFILL SITE
LANDFILL METHANE OUTREACH PROGRAM
FUEL
CONVENTIONAL ENERGY
TURBINE
LIVING CONDITIONS
DISTRICT HEATING
CARBON TRADING
LANDFILL
SAFE FINAL DISPOSAL
CLEAN DEVELOPMENT
TOLUENE
COMBUSTION PRODUCTS
CEMENT
LARGE LANDFILLS
ACID RAIN
ADVERSE ENVIRONMENTAL IMPACTS
CRITERIA POLLUTANTS
ENERGY SOURCES
MUNICIPAL SOLID WASTE LANDFILLS
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http://hdl.handle.net/10986/17972Abstract
The objectives of the Landfill
 Gas-to-Energy (LFGTE) Initiative in Latin America and the
 Caribbean are to. 1) contribute to the maximization of
 methane emissions reductions and the development of carbon
 trading opportunities; 2) promote LFGTE investment in Latin
 America and the Caribbean to improve solid waste management
 practices in the region; 3) create awareness of LFGTE
 opportunities; 4) document and disseminate LFGTE experience;
 and 5) establish knowledge sharing mechanisms to increase
 cooperation. The aim of this report is to document the
 dissemination activities and outputs of the LFGTE
 Initiative, including case studies of LFGTE projects in
 Brazil, Canada, Chile, Latvia, Mexico, Uruguay, South
 Africa, and Poland, a "Handbook for the Preparation of
 LFGTE Projects," a workshop in Monterrey, Mexico in
 October 2003 in which these documents were presented, a
 knowledge network on LFG, and a Web site for the LFGTE
 Initiative. In addition to these efforts, the LFGTE
 Initiative identified landfill sites for pre-investment
 feasibility studies. Of the 26 sites that submitted letters
 of interest, 10 were chosen for pre-investment work, and 5
 of those 10 were selected for additional pump tests.
 Investment resources, including carbon credit financing,
 were mobilized for viable sites. Along with these efforts, a
 Latin American LFG Project Expo was held in Montevideo,
 Uruguay, in July 2005 to disseminate experience and promote
 LFGTE projects in the region among the private and public sectors.Date
2006-02Type
Publications & ResearchIdentifier
oai:openknowledge.worldbank.org:10986/17972http://hdl.handle.net/10986/17972
Copyright/License
CC BY 3.0 IGOCollections
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