Brazil Low Carbon Case Study : Waste

World Bank

Publication:
Brazil Low Carbon Case Study : Waste

dc.contributor.author	World Bank
dc.date.accessioned	2013-03-18T20:48:49Z
dc.date.available	2013-03-18T20:48:49Z
dc.date.issued	2010
dc.description.abstract	This report synthesis the findings for the waste sector of a broader study, the Brazil low carbon study, which was undertaken by the World Bank in its initiative to support Brazil's integrated effort towards reducing national and global emissions of Greenhouse Gases (GHG) while promoting long term development. The purpose of the present report is to assist in the preparation of public policy proposals regarding GHG emissions and the additional financial resources necessary. The main purpose of the scenarios is to provide an evaluation of the GHG emissions arising from the different approaches and methods for treating waste and to ensure that important environmental aspects are taken into account when key decisions are being made on the waste treatment technologies to be applied in Brazil. The World Bank and covers four key areas with large potential for low-carbon options: 1) Land Use, Land-Use Change, and Forestry (LULUCF), including deforestation; 2) transport systems; 3) energy production and use, particularly electricity, oil and gas and bio-fuels; and 4) solid and liquid urban waste.	en
dc.identifier	http://documents.worldbank.org/curated/en/2010/01/16426439/brazil-low-carbon-case-study-technical-synthesis-report-waste
dc.identifier.uri	http://hdl.handle.net/10986/12797
dc.language	English
dc.language.iso	en_US
dc.publisher	Washington, DC
dc.rights	CC BY 3.0 IGO
dc.rights.holder	World Bank
dc.rights.uri	http://creativecommons.org/licenses/by/3.0/igo/
dc.subject	ABSENCE OF OXYGEN
dc.subject	ACID GASES
dc.subject	AERATION
dc.subject	AEROBIC COMPOSTING
dc.subject	AEROBIC COMPOSTING PROCESS
dc.subject	AEROBIC PROCESS
dc.subject	AIR
dc.subject	AIRFLOW
dc.subject	ANAEROBIC DECOMPOSITION
dc.subject	ANAEROBIC DIGESTION
dc.subject	ANAEROBIC LAGOONS
dc.subject	ANAEROBIC TREATMENT
dc.subject	ANNUAL PRECIPITATION
dc.subject	ANTHROPOGENIC EMISSIONS
dc.subject	ASH
dc.subject	ATMOSPHERE
dc.subject	BASIC SANITATION
dc.subject	BIOCHEMICAL OXYGEN DEMAND
dc.subject	BIOGAS
dc.subject	BIOMASS
dc.subject	BLOWERS
dc.subject	BOD
dc.subject	BOILERS
dc.subject	BOTTOM ASH
dc.subject	BURNING WASTE
dc.subject	CALCIUM
dc.subject	CALCIUM CARBONATE
dc.subject	CALCULATION
dc.subject	CARBON
dc.subject	CARBON CONTENT
dc.subject	CARBON DIOXIDE
dc.subject	CARBON DIOXIDE GAS
dc.subject	CARBON EMISSIONS
dc.subject	CARBON PRICE
dc.subject	CARBON PRICES
dc.subject	CATCHMENT
dc.subject	CH4
dc.subject	CLEAN TECHNOLOGIES
dc.subject	CLIMATE
dc.subject	CLIMATE CHANGE
dc.subject	CO
dc.subject	CO2
dc.subject	COLLECTED WASTE
dc.subject	COLLECTION FREQUENCY
dc.subject	COLORS
dc.subject	COMBUSTION
dc.subject	COMBUSTION EFFICIENCY
dc.subject	COMBUSTION PROCESS
dc.subject	COMPACTION
dc.subject	COMPOST
dc.subject	COMPOSTING
dc.subject	COMPOSTING PROJECTS
dc.subject	DEFORESTATION
dc.subject	DEGRADABLE ORGANIC CARBON
dc.subject	DIGESTERS
dc.subject	DIOXINS
dc.subject	DISPOSAL METHOD
dc.subject	DISPOSAL OF WASTE
dc.subject	DISPOSAL OPERATION
dc.subject	DISPOSAL OPERATIONS
dc.subject	DISPOSAL PRACTICES
dc.subject	DISPOSAL SITE
dc.subject	DISPOSAL SITES
dc.subject	DOMESTIC SOLID WASTE
dc.subject	DRAINAGE
dc.subject	DRAINAGE SYSTEM
dc.subject	DRAINAGE SYSTEMS
dc.subject	ELECTRICITY
dc.subject	ELECTRICITY GENERATION
dc.subject	EMISSION
dc.subject	EMISSION ESTIMATES
dc.subject	EMISSION FACTOR
dc.subject	EMISSION FACTORS
dc.subject	EMISSION SCENARIO
dc.subject	EMISSION SCENARIOS
dc.subject	EMISSIONS
dc.subject	EMISSIONS DATA
dc.subject	EMISSIONS ESTIMATES
dc.subject	EMISSIONS FROM INCINERATION
dc.subject	EMISSIONS FROM LANDFILL
dc.subject	EMISSIONS FROM LANDFILLS
dc.subject	ENERGY PRODUCTION
dc.subject	ENERGY RECOVERY
dc.subject	ENVIRONMENTAL BENEFITS
dc.subject	ENVIRONMENTAL SANITATION
dc.subject	EQUIPMENT MAINTENANCE
dc.subject	ESTIMATES OF EMISSIONS
dc.subject	EXCHANGERS
dc.subject	FABRIC FILTERS
dc.subject	FINAL DISPOSAL
dc.subject	FINAL DISPOSAL OF WASTE
dc.subject	FLUE GASES
dc.subject	FLUIDIZED BED
dc.subject	FOAMS
dc.subject	FORCED AERATION
dc.subject	FORESTRY
dc.subject	FOSSIL CARBON
dc.subject	FRAMEWORK CONVENTION ON CLIMATE CHANGE
dc.subject	FUELS
dc.subject	GARBAGE
dc.subject	GARBAGE TRUCKS
dc.subject	GARDENS
dc.subject	GAS TREATMENT
dc.subject	GAS TREATMENT SYSTEMS
dc.subject	GASEOUS EMISSIONS
dc.subject	GENERATION CAPACITY
dc.subject	GENERATION OF WASTE
dc.subject	GHG
dc.subject	GLOBAL CLIMATE CHANGE
dc.subject	GLOBAL EMISSIONS
dc.subject	GREENHOUSE
dc.subject	GREENHOUSE GAS
dc.subject	GREENHOUSE GAS EMISSIONS
dc.subject	GREENHOUSE GAS INVENTORIES
dc.subject	GREENHOUSE GASES
dc.subject	H2S
dc.subject	HAZARDOUS POLLUTANTS
dc.subject	HAZARDOUS WASTE
dc.subject	HEAT
dc.subject	HEATERS
dc.subject	HEAVY METALS
dc.subject	HOUSEHOLD WASTE
dc.subject	HOUSEHOLD WASTE DISPOSAL
dc.subject	HYDROGEN
dc.subject	INCINERATION
dc.subject	INCINERATION PROCESS
dc.subject	INCINERATORS
dc.subject	INCOME
dc.subject	INDUSTRIAL EFFLUENT TREATMENT
dc.subject	INDUSTRIAL EFFLUENTS
dc.subject	IPCC
dc.subject	LAND USE
dc.subject	LANDFILL
dc.subject	LANDFILL DISPOSAL
dc.subject	LANDFILL OPERATIONS
dc.subject	LANDFILL PROJECTS
dc.subject	LANDFILL SITE
dc.subject	LANDFILL SITES
dc.subject	LANDFILL WASTE
dc.subject	LEACHATES
dc.subject	LEACHING
dc.subject	LIME
dc.subject	LOW-CARBON
dc.subject	MANUFACTURING PROCESSES
dc.subject	MARGINAL ABATEMENT
dc.subject	MARGINAL ABATEMENT COST
dc.subject	METHANE
dc.subject	METHANE CORRECTION
dc.subject	METHANE RECOVERY
dc.subject	MICROORGANISMS
dc.subject	MMA
dc.subject	MSW
dc.subject	MUNICIPAL SERVICES
dc.subject	MUNICIPAL SOLID
dc.subject	MUNICIPAL SOLID WASTE
dc.subject	MUNICIPAL WASTE
dc.subject	N2O
dc.subject	NITROUS OXIDE
dc.subject	NOZZLES
dc.subject	ODORS
dc.subject	ORGANIC CARBON
dc.subject	ORGANIC MATERIAL
dc.subject	ORGANIC WASTE
dc.subject	ORGANIC WASTE MATERIALS
dc.subject	OXIDATION
dc.subject	OXYGEN
dc.subject	PARTICLES
dc.subject	PARTICULATE
dc.subject	PARTICULATES
dc.subject	PERFORATED PIPES
dc.subject	PETROCHEMICAL INDUSTRY
dc.subject	PIPES
dc.subject	PIPING
dc.subject	PLASTIC
dc.subject	POLLUTION
dc.subject	PRECIPITATION
dc.subject	PVC
dc.subject	RAINFALL
dc.subject	RAINWATER
dc.subject	RECOVERY SYSTEMS
dc.subject	RECYCLABLE MATERIALS
dc.subject	RECYCLING
dc.subject	RESIDUES
dc.subject	SANITARY CONDITIONS
dc.subject	SANITARY LANDFILL
dc.subject	SANITARY LANDFILLS
dc.subject	SANITATION
dc.subject	SANITATION FACILITIES
dc.subject	SANITATION POLICIES
dc.subject	SANITATION PROGRAM
dc.subject	SANITATION SECTOR
dc.subject	SANITATION TECHNOLOGY
dc.subject	SCAVENGER
dc.subject	SEWAGE
dc.subject	SEWAGE SECTOR
dc.subject	SEWAGE SLUDGE
dc.subject	SEWAGE TREATMENT
dc.subject	SEWAGE TREATMENT SYSTEMS
dc.subject	SLUDGE
dc.subject	SLUDGES
dc.subject	SOIL COVER
dc.subject	SOLID WASTE INCINERATION
dc.subject	SOLID WASTE MANAGEMENT
dc.subject	SOLID WASTE SECTOR
dc.subject	SOLID WASTES
dc.subject	SOURCE REDUCTION
dc.subject	SPECIAL WASTE
dc.subject	STORM WATER
dc.subject	STRAW
dc.subject	SULPHURIC ACID
dc.subject	SUSTAINABLE ENERGY
dc.subject	TANKS
dc.subject	TEMPERATURE
dc.subject	THERMAL TREATMENT
dc.subject	TOTAL EMISSIONS
dc.subject	TURBULENCE
dc.subject	UNDERGROUND WATER
dc.subject	URBAN WASTE
dc.subject	VOLATILE ORGANIC COMPOUNDS
dc.subject	WASTE COLLECTION
dc.subject	WASTE COLLECTION SERVICES
dc.subject	WASTE COMPANIES
dc.subject	WASTE COMPONENTS
dc.subject	WASTE COMPOSITION
dc.subject	WASTE DISPOSAL
dc.subject	WASTE DISPOSAL SITES
dc.subject	WASTE GENERATION
dc.subject	WASTE MANAGEMENT
dc.subject	WASTE MANAGEMENT PRACTICES
dc.subject	WASTE PRODUCTION
dc.subject	WASTE REDUCTION
dc.subject	WASTE SEPARATION
dc.subject	WASTE TREATMENT
dc.subject	WASTE TREATMENT TECHNOLOGIES
dc.subject	WASTEWATER
dc.subject	WATER POLLUTION
dc.subject	WELLS
dc.title	Brazil Low Carbon Case Study : Waste	en
dc.title.alternative	Estudo de Baixo Carbono para o Brasil : Relatório de Síntese Técnica - Resíduos	en
dspace.entity.type	Publication
okr.crosscuttingsolutionarea	Climate Change
okr.date.disclosure	2012-06-25
okr.doctype	Economic & Sector Work :: Energy-Environment Review
okr.doctype	Economic & Sector Work
okr.docurl	http://documents.worldbank.org/curated/en/2010/01/16426439/brazil-low-carbon-case-study-technical-synthesis-report-waste
okr.globalpractice	Environment and Natural Resources
okr.globalpractice	Water
okr.globalpractice	Energy and Extractives
okr.identifier.externaldocumentum	000356161_20120626021002
okr.identifier.internaldocumentum	16426439
okr.identifier.report	69862
okr.language.supported	en
okr.pdfurl	http://www-wds.worldbank.org/external/default/WDSContentServer/WDSP/IB/2012/06/26/000356161_20120626021002/Rendered/PDF/698620ESW0P10500English0final009012.pdf	en
okr.region.administrative	Latin America & Caribbean
okr.region.country	Brazil
okr.sector	Energy and mining :: Renewable energy
okr.sector	Transportation
okr.sector	Energy and mining :: General energy sector
okr.sector	Agriculture, fishing, and forestry :: Forestry
okr.sector	Energy and mining :: District heating and energy efficiency services
okr.theme	Environment and natural resources management :: Environmental policies and institutions
okr.theme	Environment and natural resources management :: Climate change
okr.theme	Environment and natural resources management :: Other environment and natural resources management
okr.topic	Water Supply and Sanitation :: Urban Solid Waste Management
okr.topic	Water Supply and Sanitation :: Sanitation and Sewerage
okr.topic	Water Supply and Sanitation :: Wastewater Treatment
okr.topic	Environment :: Climate Change Mitigation and Green House Gases
okr.topic	Energy :: Energy and Environment
okr.unit	Energy (LCSEG)
okr.volume	1 of 1