A Strategy for Coal Bed Methane and Coal Mine Methane Development and Utilization in China
China is short of clean energy, particularly conventional natural gas. The proven per capital natural gas reserve is only 1/12th of the world average. However, China has large coal bed methane (CBM) resources with development potential which can be...
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| Format: | Policy Note |
| Language: | English en_US |
| Published: |
World Bank, Washington, DC
2013
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| Subjects: | |
| Online Access: | http://documents.worldbank.org/curated/en/2007/01/16343868/china-strategy-coal-bed-methane-cbm-coal-mine-methane-cmm-development-utilization-china-vol-1-fo-1 http://hdl.handle.net/10986/13001 |
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okr-10986-13001 |
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| recordtype |
oai_dc |
| repository_type |
Digital Repository |
| institution_category |
Foreign Institution |
| institution |
Digital Repositories |
| building |
World Bank Open Knowledge Repository |
| collection |
World Bank |
| language |
English en_US |
| topic |
ABANDONED MINE ACCESS TO ELECTRICITY AIR AIR LEAKAGE AIR POLLUTANTS AIR POLLUTION AIR QUALITY ALLOCATION ANNUAL EMISSION ANTHRACITE ANTHRACITE COAL ANTHRACITE COALS ANTHROPOGENIC EMISSIONS APPROACH ATMOSPHERE AUCTION AVAILABILITY BALANCE BOILERS CARBON CARBON DIOXIDE CERTIFIED EMISSION REDUCTIONS CH4 CHEMICAL CONVERSION CLEAN COAL CLEAN ENERGY CLEAN ENERGY SUPPLY CLEANER ENERGY CLIMATE CLIMATE ANALYSIS INDICATORS CLIMATE CHANGE CLIMATE CHANGE POLICY CO CO2 COAL COAL BED METHANE COAL ENERGY COAL EXTRACTION COAL INDUSTRY COAL MINE COAL MINERS COAL MINES COAL MINING COAL MINING OPERATIONS COAL OUTPUT COAL PRODUCER COAL PRODUCTION COAL RESERVES COAL RESOURCE COAL SEAM COLORS DNA DOMESTIC COAL DOMESTIC SUPPLY DOMESTIC USE DRAINAGE SYSTEMS DRILLING ECONOMIC GROWTH EFFICIENCY IMPROVEMENT ELECTRICITY ELECTRICITY CONSUMPTION EMISSION DATA EMISSION FACTOR EMISSION FROM COAL EMISSION GROWTH EMISSION PREDICTION EMISSION REDUCTION EMISSIONS EMISSIONS FROM COAL EMISSIONS OF POLLUTANTS EMISSIONS REDUCTION EMISSIONS REDUCTION STRATEGY EMISSIONS REDUCTIONS ENERGY CONSUMPTION ENERGY DEMAND ENERGY DEVELOPMENT ENERGY EFFICIENCY ENERGY INFORMATION ADMINISTRATION ENERGY INFRASTRUCTURE ENERGY MARKETS ENERGY NEEDS ENERGY PLANNERS ENERGY PRODUCTION ENERGY RESEARCH ENERGY RESOURCES ENERGY SECURITY ENERGY SOURCE ENERGY SOURCES ENERGY USE ENVIRONMENTAL BENEFITS ENVIRONMENTAL PERFORMANCE ENVIRONMENTAL PROTECTION ENVIRONMENTAL PROTECTION AGENCY ENVIRONMENTAL SUSTAINABILITY ETHER EXPLOSIVE FEASIBILITY FINANCIAL BARRIERS FINANCIAL INSTITUTIONS FINANCIAL PERFORMANCE FINANCIAL SUPPORT FISCAL POLICIES FRAMEWORK CONVENTION ON CLIMATE CHANGE FREE TRADE FUEL FUEL SWITCHING GAS GAS COMPANIES GAS CONCENTRATIONS GAS CONSUMPTION GAS DISTRIBUTION GAS EMISSION GAS EXTRACTION GAS INDUSTRIES GAS INDUSTRY GAS MARKET GAS PIPELINES GAS PRICES GAS PRODUCTION GAS RESERVOIRS GAS RESOURCES GAS SUPPLIES GAS SUPPLY GASES GENERATION GEOLOGICAL CONDITIONS GHG GHGS GLOBAL ENVIRONMENT GLOBAL ENVIRONMENTAL PROBLEMS GREENHOUSE GREENHOUSE GAS GREENHOUSE GAS ABATEMENT GROSS DOMESTIC PRODUCT HARD COAL HEAT HYDROCARBONS HYDROPOWER IMPORTS INCOME IPCC LIQUEFIED NATURAL GAS LNG MAJOR EMITTER MARGINAL COST MARKET BARRIERS METHANOL MINERAL RESOURCES N2O NATIONAL EMISSIONS NATURAL GAS NATURAL GAS DEMAND NATURAL GAS INDUSTRY NATURAL GAS PRODUCTION NATURAL GAS RESERVE NATURAL GAS TRANSMISSION NITROGEN NITROUS OXIDE OIL PETROLEUM PETROLEUM INDUSTRY PETROLEUM PRODUCTION PILOT PROJECTS PIPELINE PIPELINE SYSTEMS POWER GENERATION POWER PLANT PRIMARY ENERGY PRIMARY ENERGY CONSUMPTION PROPANE PSC PSCS QUANTITY OF GAS RECOVERABLE GAS RECOVERABLE RESERVES REGULATORY FRAMEWORK RENEWABLE ENERGY RENEWABLE ENERGY TECHNOLOGIES RESERVOIRS SAFETY REGULATIONS SAFETY STANDARDS SAFETY TESTING SCENARIOS SF6 SOURCE OF ENERGY TAX CREDIT TAX POLICIES TRANSMISSION CAPACITY TRANSMISSION INFRASTRUCTURE UNDERGROUND COAL UTILIZATION TECHNOLOGIES UTILIZATION TECHNOLOGY VAM WATER VAPOR WIND WIND ENERGY WIND FARM WIND POWER WIND TURBINE WORLD ENERGY |
| spellingShingle |
ABANDONED MINE ACCESS TO ELECTRICITY AIR AIR LEAKAGE AIR POLLUTANTS AIR POLLUTION AIR QUALITY ALLOCATION ANNUAL EMISSION ANTHRACITE ANTHRACITE COAL ANTHRACITE COALS ANTHROPOGENIC EMISSIONS APPROACH ATMOSPHERE AUCTION AVAILABILITY BALANCE BOILERS CARBON CARBON DIOXIDE CERTIFIED EMISSION REDUCTIONS CH4 CHEMICAL CONVERSION CLEAN COAL CLEAN ENERGY CLEAN ENERGY SUPPLY CLEANER ENERGY CLIMATE CLIMATE ANALYSIS INDICATORS CLIMATE CHANGE CLIMATE CHANGE POLICY CO CO2 COAL COAL BED METHANE COAL ENERGY COAL EXTRACTION COAL INDUSTRY COAL MINE COAL MINERS COAL MINES COAL MINING COAL MINING OPERATIONS COAL OUTPUT COAL PRODUCER COAL PRODUCTION COAL RESERVES COAL RESOURCE COAL SEAM COLORS DNA DOMESTIC COAL DOMESTIC SUPPLY DOMESTIC USE DRAINAGE SYSTEMS DRILLING ECONOMIC GROWTH EFFICIENCY IMPROVEMENT ELECTRICITY ELECTRICITY CONSUMPTION EMISSION DATA EMISSION FACTOR EMISSION FROM COAL EMISSION GROWTH EMISSION PREDICTION EMISSION REDUCTION EMISSIONS EMISSIONS FROM COAL EMISSIONS OF POLLUTANTS EMISSIONS REDUCTION EMISSIONS REDUCTION STRATEGY EMISSIONS REDUCTIONS ENERGY CONSUMPTION ENERGY DEMAND ENERGY DEVELOPMENT ENERGY EFFICIENCY ENERGY INFORMATION ADMINISTRATION ENERGY INFRASTRUCTURE ENERGY MARKETS ENERGY NEEDS ENERGY PLANNERS ENERGY PRODUCTION ENERGY RESEARCH ENERGY RESOURCES ENERGY SECURITY ENERGY SOURCE ENERGY SOURCES ENERGY USE ENVIRONMENTAL BENEFITS ENVIRONMENTAL PERFORMANCE ENVIRONMENTAL PROTECTION ENVIRONMENTAL PROTECTION AGENCY ENVIRONMENTAL SUSTAINABILITY ETHER EXPLOSIVE FEASIBILITY FINANCIAL BARRIERS FINANCIAL INSTITUTIONS FINANCIAL PERFORMANCE FINANCIAL SUPPORT FISCAL POLICIES FRAMEWORK CONVENTION ON CLIMATE CHANGE FREE TRADE FUEL FUEL SWITCHING GAS GAS COMPANIES GAS CONCENTRATIONS GAS CONSUMPTION GAS DISTRIBUTION GAS EMISSION GAS EXTRACTION GAS INDUSTRIES GAS INDUSTRY GAS MARKET GAS PIPELINES GAS PRICES GAS PRODUCTION GAS RESERVOIRS GAS RESOURCES GAS SUPPLIES GAS SUPPLY GASES GENERATION GEOLOGICAL CONDITIONS GHG GHGS GLOBAL ENVIRONMENT GLOBAL ENVIRONMENTAL PROBLEMS GREENHOUSE GREENHOUSE GAS GREENHOUSE GAS ABATEMENT GROSS DOMESTIC PRODUCT HARD COAL HEAT HYDROCARBONS HYDROPOWER IMPORTS INCOME IPCC LIQUEFIED NATURAL GAS LNG MAJOR EMITTER MARGINAL COST MARKET BARRIERS METHANOL MINERAL RESOURCES N2O NATIONAL EMISSIONS NATURAL GAS NATURAL GAS DEMAND NATURAL GAS INDUSTRY NATURAL GAS PRODUCTION NATURAL GAS RESERVE NATURAL GAS TRANSMISSION NITROGEN NITROUS OXIDE OIL PETROLEUM PETROLEUM INDUSTRY PETROLEUM PRODUCTION PILOT PROJECTS PIPELINE PIPELINE SYSTEMS POWER GENERATION POWER PLANT PRIMARY ENERGY PRIMARY ENERGY CONSUMPTION PROPANE PSC PSCS QUANTITY OF GAS RECOVERABLE GAS RECOVERABLE RESERVES REGULATORY FRAMEWORK RENEWABLE ENERGY RENEWABLE ENERGY TECHNOLOGIES RESERVOIRS SAFETY REGULATIONS SAFETY STANDARDS SAFETY TESTING SCENARIOS SF6 SOURCE OF ENERGY TAX CREDIT TAX POLICIES TRANSMISSION CAPACITY TRANSMISSION INFRASTRUCTURE UNDERGROUND COAL UTILIZATION TECHNOLOGIES UTILIZATION TECHNOLOGY VAM WATER VAPOR WIND WIND ENERGY WIND FARM WIND POWER WIND TURBINE WORLD ENERGY Energy Sector Management Assistance Program A Strategy for Coal Bed Methane and Coal Mine Methane Development and Utilization in China |
| geographic_facet |
South Asia China |
| relation |
ESMAP Formal Report;326/07 |
| description |
China is short of clean energy,
particularly conventional natural gas. The proven per
capital natural gas reserve is only 1/12th of the world
average. However, China has large coal bed methane (CBM)
resources with development potential which can be recovered
from surface boreholes independent of mining and in advance
of mining, and also captured as a part of underground coal
mining operations. However, in order to meet its targets,
the government must improve the administrative framework for
CBM resource management, introduce more effective CBM or
coal mine methane (CMM) development incentives, raise the
technical capacity of the mining sector, expand gas pipeline
infrastructure and promote gas markets in coal mining areas.
In order to significantly reduce methane emission from coal
mines and better exploit the gas recoverable from coal
seams, the government should introduce measures to:
strengthen the CBM/CMM policy, legal and regulatory
framework to improve resource management; improve CMM
availability and quality so more can be utilized; enhance
incentives to promote expansion of CBM/CMM exploitation and
destruction of surplus drained CMM; and Promote development
of regional development strategies to take advantage of
specific local advantages. |
| format |
Economic & Sector Work :: Policy Note |
| author |
Energy Sector Management Assistance Program |
| author_facet |
Energy Sector Management Assistance Program |
| author_sort |
Energy Sector Management Assistance Program |
| title |
A Strategy for Coal Bed Methane and Coal Mine Methane Development and Utilization in China |
| title_short |
A Strategy for Coal Bed Methane and Coal Mine Methane Development and Utilization in China |
| title_full |
A Strategy for Coal Bed Methane and Coal Mine Methane Development and Utilization in China |
| title_fullStr |
A Strategy for Coal Bed Methane and Coal Mine Methane Development and Utilization in China |
| title_full_unstemmed |
A Strategy for Coal Bed Methane and Coal Mine Methane Development and Utilization in China |
| title_sort |
strategy for coal bed methane and coal mine methane development and utilization in china |
| publisher |
World Bank, Washington, DC |
| publishDate |
2013 |
| url |
http://documents.worldbank.org/curated/en/2007/01/16343868/china-strategy-coal-bed-methane-cbm-coal-mine-methane-cmm-development-utilization-china-vol-1-fo-1 http://hdl.handle.net/10986/13001 |
| _version_ |
1764420609594359808 |
| spelling |
okr-10986-130012021-04-23T14:03:02Z A Strategy for Coal Bed Methane and Coal Mine Methane Development and Utilization in China Energy Sector Management Assistance Program ABANDONED MINE ACCESS TO ELECTRICITY AIR AIR LEAKAGE AIR POLLUTANTS AIR POLLUTION AIR QUALITY ALLOCATION ANNUAL EMISSION ANTHRACITE ANTHRACITE COAL ANTHRACITE COALS ANTHROPOGENIC EMISSIONS APPROACH ATMOSPHERE AUCTION AVAILABILITY BALANCE BOILERS CARBON CARBON DIOXIDE CERTIFIED EMISSION REDUCTIONS CH4 CHEMICAL CONVERSION CLEAN COAL CLEAN ENERGY CLEAN ENERGY SUPPLY CLEANER ENERGY CLIMATE CLIMATE ANALYSIS INDICATORS CLIMATE CHANGE CLIMATE CHANGE POLICY CO CO2 COAL COAL BED METHANE COAL ENERGY COAL EXTRACTION COAL INDUSTRY COAL MINE COAL MINERS COAL MINES COAL MINING COAL MINING OPERATIONS COAL OUTPUT COAL PRODUCER COAL PRODUCTION COAL RESERVES COAL RESOURCE COAL SEAM COLORS DNA DOMESTIC COAL DOMESTIC SUPPLY DOMESTIC USE DRAINAGE SYSTEMS DRILLING ECONOMIC GROWTH EFFICIENCY IMPROVEMENT ELECTRICITY ELECTRICITY CONSUMPTION EMISSION DATA EMISSION FACTOR EMISSION FROM COAL EMISSION GROWTH EMISSION PREDICTION EMISSION REDUCTION EMISSIONS EMISSIONS FROM COAL EMISSIONS OF POLLUTANTS EMISSIONS REDUCTION EMISSIONS REDUCTION STRATEGY EMISSIONS REDUCTIONS ENERGY CONSUMPTION ENERGY DEMAND ENERGY DEVELOPMENT ENERGY EFFICIENCY ENERGY INFORMATION ADMINISTRATION ENERGY INFRASTRUCTURE ENERGY MARKETS ENERGY NEEDS ENERGY PLANNERS ENERGY PRODUCTION ENERGY RESEARCH ENERGY RESOURCES ENERGY SECURITY ENERGY SOURCE ENERGY SOURCES ENERGY USE ENVIRONMENTAL BENEFITS ENVIRONMENTAL PERFORMANCE ENVIRONMENTAL PROTECTION ENVIRONMENTAL PROTECTION AGENCY ENVIRONMENTAL SUSTAINABILITY ETHER EXPLOSIVE FEASIBILITY FINANCIAL BARRIERS FINANCIAL INSTITUTIONS FINANCIAL PERFORMANCE FINANCIAL SUPPORT FISCAL POLICIES FRAMEWORK CONVENTION ON CLIMATE CHANGE FREE TRADE FUEL FUEL SWITCHING GAS GAS COMPANIES GAS CONCENTRATIONS GAS CONSUMPTION GAS DISTRIBUTION GAS EMISSION GAS EXTRACTION GAS INDUSTRIES GAS INDUSTRY GAS MARKET GAS PIPELINES GAS PRICES GAS PRODUCTION GAS RESERVOIRS GAS RESOURCES GAS SUPPLIES GAS SUPPLY GASES GENERATION GEOLOGICAL CONDITIONS GHG GHGS GLOBAL ENVIRONMENT GLOBAL ENVIRONMENTAL PROBLEMS GREENHOUSE GREENHOUSE GAS GREENHOUSE GAS ABATEMENT GROSS DOMESTIC PRODUCT HARD COAL HEAT HYDROCARBONS HYDROPOWER IMPORTS INCOME IPCC LIQUEFIED NATURAL GAS LNG MAJOR EMITTER MARGINAL COST MARKET BARRIERS METHANOL MINERAL RESOURCES N2O NATIONAL EMISSIONS NATURAL GAS NATURAL GAS DEMAND NATURAL GAS INDUSTRY NATURAL GAS PRODUCTION NATURAL GAS RESERVE NATURAL GAS TRANSMISSION NITROGEN NITROUS OXIDE OIL PETROLEUM PETROLEUM INDUSTRY PETROLEUM PRODUCTION PILOT PROJECTS PIPELINE PIPELINE SYSTEMS POWER GENERATION POWER PLANT PRIMARY ENERGY PRIMARY ENERGY CONSUMPTION PROPANE PSC PSCS QUANTITY OF GAS RECOVERABLE GAS RECOVERABLE RESERVES REGULATORY FRAMEWORK RENEWABLE ENERGY RENEWABLE ENERGY TECHNOLOGIES RESERVOIRS SAFETY REGULATIONS SAFETY STANDARDS SAFETY TESTING SCENARIOS SF6 SOURCE OF ENERGY TAX CREDIT TAX POLICIES TRANSMISSION CAPACITY TRANSMISSION INFRASTRUCTURE UNDERGROUND COAL UTILIZATION TECHNOLOGIES UTILIZATION TECHNOLOGY VAM WATER VAPOR WIND WIND ENERGY WIND FARM WIND POWER WIND TURBINE WORLD ENERGY China is short of clean energy, particularly conventional natural gas. The proven per capital natural gas reserve is only 1/12th of the world average. However, China has large coal bed methane (CBM) resources with development potential which can be recovered from surface boreholes independent of mining and in advance of mining, and also captured as a part of underground coal mining operations. However, in order to meet its targets, the government must improve the administrative framework for CBM resource management, introduce more effective CBM or coal mine methane (CMM) development incentives, raise the technical capacity of the mining sector, expand gas pipeline infrastructure and promote gas markets in coal mining areas. In order to significantly reduce methane emission from coal mines and better exploit the gas recoverable from coal seams, the government should introduce measures to: strengthen the CBM/CMM policy, legal and regulatory framework to improve resource management; improve CMM availability and quality so more can be utilized; enhance incentives to promote expansion of CBM/CMM exploitation and destruction of surplus drained CMM; and Promote development of regional development strategies to take advantage of specific local advantages. 2013-03-27T20:25:34Z 2013-03-27T20:25:34Z 2007 http://documents.worldbank.org/curated/en/2007/01/16343868/china-strategy-coal-bed-methane-cbm-coal-mine-methane-cmm-development-utilization-china-vol-1-fo-1 http://hdl.handle.net/10986/13001 English en_US ESMAP Formal Report;326/07 CC BY 3.0 IGO http://creativecommons.org/licenses/by/3.0/igo/ World Bank World Bank, Washington, DC Economic & Sector Work :: Policy Note Economic & Sector Work South Asia China |