China - Biomass Cogeneration Development Project : Fuel Supply Handbook for Biomass-Fired Power Projects
This handbook provides an overview of the main topics that need consideration when managing the supply of biomass to large biomass power plants. It will help investors in China to develop, with assistance of local biomass supply experts, their own...
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| Format: | Energy Study |
| Language: | English |
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World Bank
2012
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| Online Access: | http://www-wds.worldbank.org/external/default/main?menuPK=64187510&pagePK=64193027&piPK=64187937&theSitePK=523679&menuPK=64187510&searchMenuPK=64187283&siteName=WDS&entityID=000333037_20100902233856 http://hdl.handle.net/10986/2897 |
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okr-10986-2897 |
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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 |
| topic |
ABSORPTION AGRICULTURAL CROPS AGRICULTURAL RESIDUES AIR QUALITY AIR STAGING ALKALI ALTERNATIVE USES AMOUNT OF HEAT APPROACH ASH CONTENT ATMOSPHERE AVAILABILITY BAGASSE BALANCE BIO ENERGY BIODIESEL BIOENERGY BIOFUEL BIOFUELS BIOMASS BIOMASS AVAILABILITY BIOMASS BOILER BIOMASS COGENERATION BIOMASS COLLECTION BIOMASS DEMAND BIOMASS ENERGY BIOMASS FEEDSTOCK BIOMASS FEEDSTOCKS BIOMASS FOR ENERGY BIOMASS FOR POWER GENERATION BIOMASS FUEL BIOMASS FUEL PRODUCTION BIOMASS FUELS BIOMASS POWER BIOMASS POWER INDUSTRY BIOMASS POWER PLANT BIOMASS POWER PLANTS BIOMASS PRODUCTION BIOMASS RESIDUES BIOMASS RESOURCE BIOMASS RESOURCES BIOMASS SUPPLY BIOMASS TECHNOLOGY BIOMASS USERS BIOMASS UTILIZATION BLACK LIQUOR BOILER BOILER DESIGN BOILER TECHNOLOGY BOILER TUBES BOILERS BOTTOM ASH BRIQUETTES BULK DENSITY BURNERS CADMIUM CALCIUM CALCULATION CALORIFIC VALUE CARBON CATALYTIC REDUCTION CATTLE RAISING CELLULOSE CELLULOSIC BIOMASS CHEMICAL COMPOSITION CHEMICAL CONTENT CHLORIDES CHLORINE CL CLIMATE CLIMATE CHANGE COAL COGENERATION COLLECTION COSTS COLORS COMBUSTION COMBUSTION AIR COMBUSTION PROCESS COMBUSTION PRODUCTS COMBUSTION SYSTEMS COMBUSTION TECHNOLOGIES COMMERCIAL ENERGY CONSTRUCTION MATERIALS CONVERSION EFFICIENCY CONVERSION OF BIOMASS CONVERSION PROCESS CORN CORROSION COST OF ENERGY CROP CROP RESIDUE CROP RESIDUES DUST EFFICIENT USE ELECTRICAL OUTPUT ELECTRICITY ELECTRICITY GENERATION EMISSION EMISSION LEVEL EMISSIONS EMISSIONS CONTROL EMISSIONS LIMITATION EMISSIONS OF NITROGEN OXIDES ENERGY APPLICATIONS ENERGY COMPANY ENERGY CONSERVATION ENERGY CROP ENERGY CROPS ENERGY DEMAND ENERGY DEVELOPMENT ENERGY PRODUCTION ENERGY PURPOSES ENERGY RESEARCH ENERGY SECTOR ENERGY SERVICES ENERGY SYSTEM ENVIRONMENTAL BENEFIT ENVIRONMENTAL REGULATIONS ENVIRONMENTAL SUSTAINABILITY EXTRACTION FEEDSTOCK FEEDSTOCK FOR ETHANOL FEEDSTOCK FOR ETHANOL PRODUCTION FEEDSTOCK SOURCE FERTILIZATION FLUE GAS FLUE GAS CLEANING FLY ASH FLY ASHES FOREST FOREST INVENTORIES FOREST INVENTORY FORESTRY FORESTRY OPERATIONS FORESTS FOSSIL FOSSIL FUEL FUEL FUEL MIX FUEL QUALITY FUEL REQUIREMENTS FUEL SOURCES FUEL SPECIFICATIONS FUEL SUPPLY FUELS GASEOUS FUEL GEOTHERMAL GLUCOSE HARD COAL HARMFUL EMISSIONS HEAT HEAT EXCHANGER HIGH ASH CONTENT HIGH-PRESSURE STEAM HUMIDITY HYDROCHLORIC ACID HYDROGEN INCINERATION INCOME INDUSTRIAL WASTE KILOWATT-HOUR LAND USE LEACHING LIGNIN LIQUID FUEL LIVING ORGANISMS MAIZE MANURES MOISTURE CONTENT NATURAL GAS NITROGEN NITROGEN OXIDES NONRENEWABLE ENERGY NONRENEWABLE ENERGY SOURCE NOX NUTRIENTS OIL EQUIVALENT ORGANIC MATERIAL ORGANIC MATTER ORGANIC MATTER CONTENT ORGANIC WASTE OXYGEN PARTICLES PARTICULATE PARTICULATE EMISSIONS PELLETS PESTICIDES PHOTOSYNTHESIS PLANT OPERATION PLANT OWNER PLASTICS POLYMERIZATION POLYMERS POTASSIUM POULTRY LITTER POWER POWER GENERATION POWER GENERATION CAPACITY POWER GENERATION SYSTEM POWER PLANT PRECIPITATION QUALITY FUELS RAIN RAW MATERIAL RAW MATERIALS RENEWABLE ENERGY RICE HUSKS SAND SEWAGE SLUDGE SLURRIES SODIUM SODIUM CHLORIDE SOLID BIOFUEL SOLID BIOFUELS SOLID BIOMASS SOLID FUEL SORGHUM SOURCE OF ENERGY SOX SOYBEAN OIL STEAM TEMPERATURE STRAW COMBUSTION STRAW SUPPLIERS SUGARCANE SUGARS SULFUR SULFUR OXIDES SUPPLY OF BIOMASS SUSTAINABLE DEVELOPMENT THERMAL CONVERSION THERMAL ENERGY TRANSPORT COSTS TREE BARK TURBINE UNIT OPERATIONS USE OF BIOMASS WASTE MATERIALS WASTE WOOD WHEAT WIND WIND POWER WOOD WOOD CHIPS WOOD ENERGY WOOD FUEL WOOD PELLETS WOOD PROCESSING WOODY BIOMASS WOODY CROPS ZINC |
| spellingShingle |
ABSORPTION AGRICULTURAL CROPS AGRICULTURAL RESIDUES AIR QUALITY AIR STAGING ALKALI ALTERNATIVE USES AMOUNT OF HEAT APPROACH ASH CONTENT ATMOSPHERE AVAILABILITY BAGASSE BALANCE BIO ENERGY BIODIESEL BIOENERGY BIOFUEL BIOFUELS BIOMASS BIOMASS AVAILABILITY BIOMASS BOILER BIOMASS COGENERATION BIOMASS COLLECTION BIOMASS DEMAND BIOMASS ENERGY BIOMASS FEEDSTOCK BIOMASS FEEDSTOCKS BIOMASS FOR ENERGY BIOMASS FOR POWER GENERATION BIOMASS FUEL BIOMASS FUEL PRODUCTION BIOMASS FUELS BIOMASS POWER BIOMASS POWER INDUSTRY BIOMASS POWER PLANT BIOMASS POWER PLANTS BIOMASS PRODUCTION BIOMASS RESIDUES BIOMASS RESOURCE BIOMASS RESOURCES BIOMASS SUPPLY BIOMASS TECHNOLOGY BIOMASS USERS BIOMASS UTILIZATION BLACK LIQUOR BOILER BOILER DESIGN BOILER TECHNOLOGY BOILER TUBES BOILERS BOTTOM ASH BRIQUETTES BULK DENSITY BURNERS CADMIUM CALCIUM CALCULATION CALORIFIC VALUE CARBON CATALYTIC REDUCTION CATTLE RAISING CELLULOSE CELLULOSIC BIOMASS CHEMICAL COMPOSITION CHEMICAL CONTENT CHLORIDES CHLORINE CL CLIMATE CLIMATE CHANGE COAL COGENERATION COLLECTION COSTS COLORS COMBUSTION COMBUSTION AIR COMBUSTION PROCESS COMBUSTION PRODUCTS COMBUSTION SYSTEMS COMBUSTION TECHNOLOGIES COMMERCIAL ENERGY CONSTRUCTION MATERIALS CONVERSION EFFICIENCY CONVERSION OF BIOMASS CONVERSION PROCESS CORN CORROSION COST OF ENERGY CROP CROP RESIDUE CROP RESIDUES DUST EFFICIENT USE ELECTRICAL OUTPUT ELECTRICITY ELECTRICITY GENERATION EMISSION EMISSION LEVEL EMISSIONS EMISSIONS CONTROL EMISSIONS LIMITATION EMISSIONS OF NITROGEN OXIDES ENERGY APPLICATIONS ENERGY COMPANY ENERGY CONSERVATION ENERGY CROP ENERGY CROPS ENERGY DEMAND ENERGY DEVELOPMENT ENERGY PRODUCTION ENERGY PURPOSES ENERGY RESEARCH ENERGY SECTOR ENERGY SERVICES ENERGY SYSTEM ENVIRONMENTAL BENEFIT ENVIRONMENTAL REGULATIONS ENVIRONMENTAL SUSTAINABILITY EXTRACTION FEEDSTOCK FEEDSTOCK FOR ETHANOL FEEDSTOCK FOR ETHANOL PRODUCTION FEEDSTOCK SOURCE FERTILIZATION FLUE GAS FLUE GAS CLEANING FLY ASH FLY ASHES FOREST FOREST INVENTORIES FOREST INVENTORY FORESTRY FORESTRY OPERATIONS FORESTS FOSSIL FOSSIL FUEL FUEL FUEL MIX FUEL QUALITY FUEL REQUIREMENTS FUEL SOURCES FUEL SPECIFICATIONS FUEL SUPPLY FUELS GASEOUS FUEL GEOTHERMAL GLUCOSE HARD COAL HARMFUL EMISSIONS HEAT HEAT EXCHANGER HIGH ASH CONTENT HIGH-PRESSURE STEAM HUMIDITY HYDROCHLORIC ACID HYDROGEN INCINERATION INCOME INDUSTRIAL WASTE KILOWATT-HOUR LAND USE LEACHING LIGNIN LIQUID FUEL LIVING ORGANISMS MAIZE MANURES MOISTURE CONTENT NATURAL GAS NITROGEN NITROGEN OXIDES NONRENEWABLE ENERGY NONRENEWABLE ENERGY SOURCE NOX NUTRIENTS OIL EQUIVALENT ORGANIC MATERIAL ORGANIC MATTER ORGANIC MATTER CONTENT ORGANIC WASTE OXYGEN PARTICLES PARTICULATE PARTICULATE EMISSIONS PELLETS PESTICIDES PHOTOSYNTHESIS PLANT OPERATION PLANT OWNER PLASTICS POLYMERIZATION POLYMERS POTASSIUM POULTRY LITTER POWER POWER GENERATION POWER GENERATION CAPACITY POWER GENERATION SYSTEM POWER PLANT PRECIPITATION QUALITY FUELS RAIN RAW MATERIAL RAW MATERIALS RENEWABLE ENERGY RICE HUSKS SAND SEWAGE SLUDGE SLURRIES SODIUM SODIUM CHLORIDE SOLID BIOFUEL SOLID BIOFUELS SOLID BIOMASS SOLID FUEL SORGHUM SOURCE OF ENERGY SOX SOYBEAN OIL STEAM TEMPERATURE STRAW COMBUSTION STRAW SUPPLIERS SUGARCANE SUGARS SULFUR SULFUR OXIDES SUPPLY OF BIOMASS SUSTAINABLE DEVELOPMENT THERMAL CONVERSION THERMAL ENERGY TRANSPORT COSTS TREE BARK TURBINE UNIT OPERATIONS USE OF BIOMASS WASTE MATERIALS WASTE WOOD WHEAT WIND WIND POWER WOOD WOOD CHIPS WOOD ENERGY WOOD FUEL WOOD PELLETS WOOD PROCESSING WOODY BIOMASS WOODY CROPS ZINC World Bank China - Biomass Cogeneration Development Project : Fuel Supply Handbook for Biomass-Fired Power Projects |
| geographic_facet |
East Asia and Pacific East Asia Asia China |
| description |
This handbook provides an overview of
the main topics that need consideration when managing the
supply of biomass to large biomass power plants. It will
help investors in China to develop, with assistance of local
biomass supply experts, their own solutions. The focus is on
biomass residues, in particular agricultural residues
(mainly straw and stalks) and forestry residues (mainly
residues from forestry operations). This handbook covers a
wide range of topics related to biomass fuel supply risk in
the planning and preparation stages for a biomass-fired
power plant. Chapter two introduces the use of biomass as an
energy source, including fuel selection considerations and
the fuel standards and specifications required to match a
particular fuel supply to a power generation system. Chapter
three describes the use of biomass resource assessments at
the project planning stage. Chapters four and five give
insight into the biomass supply from straw and forestry
residues, respectively. Finally, fuel supply management is
covered in chapter six, which addresses the topics to be
considered both at the plant planning stage and at the
operational stage. It describes a methodological approach
for fuel inspection and quality control, as well as an
instrument for assessing fuel supply risks and developing
mitigation strategies. |
| format |
Economic & Sector Work :: Energy Study |
| author |
World Bank |
| author_facet |
World Bank |
| author_sort |
World Bank |
| title |
China - Biomass Cogeneration Development Project : Fuel Supply Handbook for Biomass-Fired Power Projects |
| title_short |
China - Biomass Cogeneration Development Project : Fuel Supply Handbook for Biomass-Fired Power Projects |
| title_full |
China - Biomass Cogeneration Development Project : Fuel Supply Handbook for Biomass-Fired Power Projects |
| title_fullStr |
China - Biomass Cogeneration Development Project : Fuel Supply Handbook for Biomass-Fired Power Projects |
| title_full_unstemmed |
China - Biomass Cogeneration Development Project : Fuel Supply Handbook for Biomass-Fired Power Projects |
| title_sort |
china - biomass cogeneration development project : fuel supply handbook for biomass-fired power projects |
| publisher |
World Bank |
| publishDate |
2012 |
| url |
http://www-wds.worldbank.org/external/default/main?menuPK=64187510&pagePK=64193027&piPK=64187937&theSitePK=523679&menuPK=64187510&searchMenuPK=64187283&siteName=WDS&entityID=000333037_20100902233856 http://hdl.handle.net/10986/2897 |
| _version_ |
1764386124157943808 |
| spelling |
okr-10986-28972021-04-23T14:02:05Z China - Biomass Cogeneration Development Project : Fuel Supply Handbook for Biomass-Fired Power Projects World Bank ABSORPTION AGRICULTURAL CROPS AGRICULTURAL RESIDUES AIR QUALITY AIR STAGING ALKALI ALTERNATIVE USES AMOUNT OF HEAT APPROACH ASH CONTENT ATMOSPHERE AVAILABILITY BAGASSE BALANCE BIO ENERGY BIODIESEL BIOENERGY BIOFUEL BIOFUELS BIOMASS BIOMASS AVAILABILITY BIOMASS BOILER BIOMASS COGENERATION BIOMASS COLLECTION BIOMASS DEMAND BIOMASS ENERGY BIOMASS FEEDSTOCK BIOMASS FEEDSTOCKS BIOMASS FOR ENERGY BIOMASS FOR POWER GENERATION BIOMASS FUEL BIOMASS FUEL PRODUCTION BIOMASS FUELS BIOMASS POWER BIOMASS POWER INDUSTRY BIOMASS POWER PLANT BIOMASS POWER PLANTS BIOMASS PRODUCTION BIOMASS RESIDUES BIOMASS RESOURCE BIOMASS RESOURCES BIOMASS SUPPLY BIOMASS TECHNOLOGY BIOMASS USERS BIOMASS UTILIZATION BLACK LIQUOR BOILER BOILER DESIGN BOILER TECHNOLOGY BOILER TUBES BOILERS BOTTOM ASH BRIQUETTES BULK DENSITY BURNERS CADMIUM CALCIUM CALCULATION CALORIFIC VALUE CARBON CATALYTIC REDUCTION CATTLE RAISING CELLULOSE CELLULOSIC BIOMASS CHEMICAL COMPOSITION CHEMICAL CONTENT CHLORIDES CHLORINE CL CLIMATE CLIMATE CHANGE COAL COGENERATION COLLECTION COSTS COLORS COMBUSTION COMBUSTION AIR COMBUSTION PROCESS COMBUSTION PRODUCTS COMBUSTION SYSTEMS COMBUSTION TECHNOLOGIES COMMERCIAL ENERGY CONSTRUCTION MATERIALS CONVERSION EFFICIENCY CONVERSION OF BIOMASS CONVERSION PROCESS CORN CORROSION COST OF ENERGY CROP CROP RESIDUE CROP RESIDUES DUST EFFICIENT USE ELECTRICAL OUTPUT ELECTRICITY ELECTRICITY GENERATION EMISSION EMISSION LEVEL EMISSIONS EMISSIONS CONTROL EMISSIONS LIMITATION EMISSIONS OF NITROGEN OXIDES ENERGY APPLICATIONS ENERGY COMPANY ENERGY CONSERVATION ENERGY CROP ENERGY CROPS ENERGY DEMAND ENERGY DEVELOPMENT ENERGY PRODUCTION ENERGY PURPOSES ENERGY RESEARCH ENERGY SECTOR ENERGY SERVICES ENERGY SYSTEM ENVIRONMENTAL BENEFIT ENVIRONMENTAL REGULATIONS ENVIRONMENTAL SUSTAINABILITY EXTRACTION FEEDSTOCK FEEDSTOCK FOR ETHANOL FEEDSTOCK FOR ETHANOL PRODUCTION FEEDSTOCK SOURCE FERTILIZATION FLUE GAS FLUE GAS CLEANING FLY ASH FLY ASHES FOREST FOREST INVENTORIES FOREST INVENTORY FORESTRY FORESTRY OPERATIONS FORESTS FOSSIL FOSSIL FUEL FUEL FUEL MIX FUEL QUALITY FUEL REQUIREMENTS FUEL SOURCES FUEL SPECIFICATIONS FUEL SUPPLY FUELS GASEOUS FUEL GEOTHERMAL GLUCOSE HARD COAL HARMFUL EMISSIONS HEAT HEAT EXCHANGER HIGH ASH CONTENT HIGH-PRESSURE STEAM HUMIDITY HYDROCHLORIC ACID HYDROGEN INCINERATION INCOME INDUSTRIAL WASTE KILOWATT-HOUR LAND USE LEACHING LIGNIN LIQUID FUEL LIVING ORGANISMS MAIZE MANURES MOISTURE CONTENT NATURAL GAS NITROGEN NITROGEN OXIDES NONRENEWABLE ENERGY NONRENEWABLE ENERGY SOURCE NOX NUTRIENTS OIL EQUIVALENT ORGANIC MATERIAL ORGANIC MATTER ORGANIC MATTER CONTENT ORGANIC WASTE OXYGEN PARTICLES PARTICULATE PARTICULATE EMISSIONS PELLETS PESTICIDES PHOTOSYNTHESIS PLANT OPERATION PLANT OWNER PLASTICS POLYMERIZATION POLYMERS POTASSIUM POULTRY LITTER POWER POWER GENERATION POWER GENERATION CAPACITY POWER GENERATION SYSTEM POWER PLANT PRECIPITATION QUALITY FUELS RAIN RAW MATERIAL RAW MATERIALS RENEWABLE ENERGY RICE HUSKS SAND SEWAGE SLUDGE SLURRIES SODIUM SODIUM CHLORIDE SOLID BIOFUEL SOLID BIOFUELS SOLID BIOMASS SOLID FUEL SORGHUM SOURCE OF ENERGY SOX SOYBEAN OIL STEAM TEMPERATURE STRAW COMBUSTION STRAW SUPPLIERS SUGARCANE SUGARS SULFUR SULFUR OXIDES SUPPLY OF BIOMASS SUSTAINABLE DEVELOPMENT THERMAL CONVERSION THERMAL ENERGY TRANSPORT COSTS TREE BARK TURBINE UNIT OPERATIONS USE OF BIOMASS WASTE MATERIALS WASTE WOOD WHEAT WIND WIND POWER WOOD WOOD CHIPS WOOD ENERGY WOOD FUEL WOOD PELLETS WOOD PROCESSING WOODY BIOMASS WOODY CROPS ZINC This handbook provides an overview of the main topics that need consideration when managing the supply of biomass to large biomass power plants. It will help investors in China to develop, with assistance of local biomass supply experts, their own solutions. The focus is on biomass residues, in particular agricultural residues (mainly straw and stalks) and forestry residues (mainly residues from forestry operations). This handbook covers a wide range of topics related to biomass fuel supply risk in the planning and preparation stages for a biomass-fired power plant. Chapter two introduces the use of biomass as an energy source, including fuel selection considerations and the fuel standards and specifications required to match a particular fuel supply to a power generation system. Chapter three describes the use of biomass resource assessments at the project planning stage. Chapters four and five give insight into the biomass supply from straw and forestry residues, respectively. Finally, fuel supply management is covered in chapter six, which addresses the topics to be considered both at the plant planning stage and at the operational stage. It describes a methodological approach for fuel inspection and quality control, as well as an instrument for assessing fuel supply risks and developing mitigation strategies. 2012-03-19T10:24:07Z 2012-03-19T10:24:07Z 2010-05-01 http://www-wds.worldbank.org/external/default/main?menuPK=64187510&pagePK=64193027&piPK=64187937&theSitePK=523679&menuPK=64187510&searchMenuPK=64187283&siteName=WDS&entityID=000333037_20100902233856 http://hdl.handle.net/10986/2897 English CC BY 3.0 IGO http://creativecommons.org/licenses/by/3.0/igo/ World Bank World Bank Economic & Sector Work :: Energy Study East Asia and Pacific East Asia Asia China |