GB/T 29870-2013 Energy Classification and Code GB/T29870-2013 |tt||Standard compression package decompression password: www.bzxz.net
This standard specifies the classification and coding method, classification system and code of energy. This standard is applicable to the acquisition, management, exchange, sharing and service of energy classification data. This standard
is drafted in accordance with the rules of GB/T1.1-2009. This standard
is proposed by the National Technical Committee for Information Classification and Coding Standardization.
This standard is under the jurisdiction of the National Technical Committee for Information Classification and Coding Standardization (SAC/TC353) and the National Technical Committee for Energy Basics and Management Standardization (SAC/TC20). The
drafting units of this standard: Shanghai Institute of Standardization, China National Institute of Standardization, Shanghai Energy Efficiency Center, Shanghai Energy Conservation and Emission Reduction Center Co., Ltd.
The main drafters of this standard are: Yang Jieming, Zhang Minglan, Pan Keliang, Yue Gaofeng, Qin Hongbo, Xue Hengrong, Cai Guanhua, Huo Zhejun, Jin Yang.
The following documents are indispensable for the application of this document. For any dated referenced document, only the dated version applies to this document. For any undated referenced document, the latest version (including all amendments) applies to this document.
ISO/IEC CD 13273-1.2 Energy efficiency and renewable energy sources - Part 1 - Energy efficiency (Energy efficiency and renewable energy sources - Part 1
- Energy efficiency)

IcS 35.040,27.010
National Standard of the People's Republic of China
GB/T 29870—-2013
Classification and code of energy suurces2013-09-03 Issued
General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China Standardization Administration of China
2014-04-15 Implementation
People's Republic of China
National Standard
Energy Classification and Code
GK/T29870--2013
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This standard is in accordance with GB/T 1.1 Rules for drafting this standard GB/T29B70-2013 proposed by the National Information Classification and Coding Standardization Technical Committee (SAC/T353) and the National Energy Basic and Management Standardization Technical Committee (SAC/TC20). Drafting units of this standard: Shanghai Institute of Standardization, China Institute of Standardization, Shanghai Energy Efficiency Center, Shanghai Energy Conservation and Urban Planning Center Co., Ltd. Main drafters of this standard: Yang Jieming, Zhang Ming, Pan Ciliang, Yue Gaofeng, Quan Hongrong, Cai Guanhua, De Zhejinyang. 1 Specification Energy Classification and Code This standard specifies the classification and coding method, classification system and code of energy. This standard applies to the acquisition, management, exchange, sharing and service of energy classification data. 2 Normative references
CB/T 298702013
The following documents are indispensable for the application of this document. For references with a date, the version with the date indicated is not applicable to this document. For references without a date, the latest version (including all amendments) applies to this document. ISO/IEC 13273-1.2 Energy efficiency and renewable energy sources Part 1 Energy efficiency (Enetgyefficiencyandrcncwableenergysources---Part lEnergyFiciency3 Terms and definitions
The following terms and definitions apply to this document. 3.1
tnrgy source
A resource that directly extracts or recovers energy from raw materials, natural resources and technological systems through energy conversion. 1 1ISO/IEC CD 13273-1.2, definition 3, 1.6 3.2
renewableenergysource
renewableenergy
inexhaustibleenergythatcanbereplenishednaturallyinhumantimescale,1S0/IECCI)13273-1.2, definition 3.1.6.14Classification
4.1ClassificationObject
ClassificationObjects areenergythathaveadirectimpactonnatureinnature,includingtheoriginalenergyinnatureandenergyproductsobtainedthroughadditionconversion.
Classificationbasis
Energyclassificationisbasedon"physicalproperties"and"processableforms". 4.3Classificationmethod
Energyclassificationisclassifiedbylinearclassification,andisdividedintomajorcategory,subcategoryandsubcategory. 5Codingmethod
5.1Codestructure
Energycodeisahierarchicalcodestructure,whichisdividedintoalevel,andthecodestructureisshowninFigure! As shown, the first layer code is used to identify the type of energy in the industry. It consists of two Arabic numerals, starting from 10, in ascending order, with a space in the middle to ensure that the newly emerging energy code can be expanded nearby; the second layer code is used to subdivide the first layer, starting from 01, in ascending order, and the third layer code is used to subdivide the second layer, starting from 01, in ascending order. All the numbers 99 represent the containment class. XX
Third layer code
Second layer code
Dameidai
Figure 1 Energy code structure diagram
5.2 The major energy code consists of two-value Arabic numerals, which is the first layer code. Medium category code
5.3 The medium category code of energy consists of four Arabic numerals, which is the major category code plus the second layer code. 5.4 The sub-category code of energy is composed of six Arabic numerals, that is, the middle category code plus the first level code 6 Energy classification code table
Energy classification code table see Table 1
Energy code
100201
100202
100203
100204
100205
100206
100207
100208
100209
100210
100211
100212
Energy type
Charcoal and coal products| |tt||Lean coal
1/3 coking coal
Gas-fertilizer coal
1/2 medium-sticky coal
Weakly sticky coal
Non-sticky coal
Long flame coal
Energy classification code table
Sub-category code
Energy code
100299
100401
100402
100403
100404
100405
100406
100407
100408
100499
100501
100502
100503
100504
100505
100599
250101
250102
250103
250199
250201
Energy types
Other bituminous coal
Coal products
Coal-to-dimethyl ether
Tar
Guangzhou gas
Zailiyu gas
Moulding Tianduo
Other coal products
Coal-to-liquid
Coal-to-naphtha|| tt||Coal-to-gasoline
Coal-to-diesel
Coal-to-aviation fuel
Coal-to-paraffin
Other coal-to-liquids
Other coal and coal products
Peat and peat products
Oil shale/oil sands
Shale gas
Other oil shale/oil sands
Natural gas
Conventional natural gas
Pure gas field natural gas
Condensate gas field natural gas
Associated natural gas
Other conventional natural gas
Unconventional natural gas
Coal-derived gas
Table 1 (Continued)
Refers to coal products other than coal-to-liquids.
GB/T29870—2013
Including coke oven coke, gas coke, coke slag and semi-coke, etc. Including coal briquettes, coal bricks, coal sticks, honeycomb coal, etc. Including blast furnace gas, oxidized coal gas, etc.
Also known as "peat", "grass coal" and "peat", including light flakes of peat, peat products, etc. Refers to the natural gas in the main body in the adsorbed or free state in mudstone, high-carbon mudstone, tribute rock and silty stone interlayer
Refers to the natural gas developed by conventional oil and gas stimulation. Refers to the natural gas in the gas phase in the gas reservoir, which is non-associated gas produced by gas wells. Refers to the gas phase non-associated gas separated and generated after the natural gas flows out of the wellhead from the formation as the pressure and temperature decrease.
Refers to the natural gas associated with oil.
Refers to natural gas accumulation that is difficult to explain with traditional oil and gas generation theory, and whose underground occurrence and accumulation mode are significantly different from conventional natural gas reservoirs. Refers to natural gas generated by organic matter in coal-bearing rock series during coal formation. 3
GB/T 29870—2013
Energy Code
256282
250233
255294
250299
253301
259302
250339
303332
338103
330304
303353
353336| |tt||353337
303308
300399
3501a1
356133
350104
350199
350201
Energy types
Disc gas
Deep gas
Gas hydrates
Other unconventional natural gas
Natural gas processed products||tt ||Liquefied natural gas
Compressed natural gas
Other natural gas products
Other natural gas
Petroleum and petroleum products
Natural gas tanks
Fuel oil
Fuel gas
Oil gas
Other petroleum products
Other petroleum and petroleum products
Biomass
Solid biofuels
Firewood, wood residues and by-products
Sodium Raw materials
Plant materials and residues
Other solid biofuels
Liquid biofuels
Table 1 (continued)
Meaning\Coalbed methane\"Methane" refers to the gas existing in coal seams with methane as the main component, mainly adsorbed on the surface of coal particles, partially free in coal pores or dissolved in coal seam water.
Refers to natural gas formed and accumulated in deep buried strata, that is, natural gas in dangerous or existing deep in the earth's sedimentary layer.
Also known as "combustible gas".
Also includes aviation gasoline and automobile gasoline, etc.
Includes aviation kerosene and coal gas, etc.
Includes marine fuel oil and industrial fuel, etc. But also includes liquefied petroleum gas, refinery gas and methyl methacrylate, etc. Including thermal power and kerosene, etc.
Including bark, sticky wood, untested flowers, etc.,
Including wet rice sticks, fat, wood purple, etc.
Energy code
5502c!
350299
3503C1
350302
350399
da01a1
453102
450103
456193
450201
450202
459203
450299
450391
450302
450303
150301
450305
456399
45C401
450102
450403
450104
Source Type
Biodiesel
Biological Aviation Kerosene||t t||Other liquid biomass fuels
Thermal treatment process biogas
Aixianniu biogas
Yingchi bioenergy
Energy generation
Fuel power generation
Gas power generation
Total fire power plant
Yongwei fireproof
Dacui water power station
Guangzhou hydropower generation
Hernia water energy
Other power generation|| tt||Nuclear power generation
Large and medium-sized commercial nuclear power
Small ultra-fast nuclear power
Combined heat and power nuclear power
Empty core reactor power
Isotope battery
Other nuclear power generation
Renewable energy generation
Wind power generation
Solar power generation
Small hydropower station power generation
Bioenergy power generation
Table 1 (continued)
GB/T 2987D--2013
refers to a method of generating electricity by burning solid, liquid, or gaseous fuels such as coal, stone, or natural gas. Refers to a method of generating electricity by converting water energy from water bodies such as natural gas or seawater.
refers to a hydropower station with a capacity of more than 300,000kW. Refers to a hydropower station with an installed capacity of more than 500,000kW.kw-- 300 ocn kw hydropower station. Refers to the standard of load power source point in the lower grid.
Refers to the special power source used in remote areas, islands and special nuclear power for spacecraft and space stations. Including solar photovoltaic power generation and solar thermal power generation. Refers to small hydropower stations with an installed capacity of less than 5000VW, GB/T29870-2013
Energy code
450405
450406
450499
500$02
500592
500853
509599
bsotol
550102
550103
550104
559105
580199
550301
Energy Types
Geothermal Power Generation
Marine Energy Generation
Other Renewable Energy Generation
Garbage Generation
Waste Heat and Pressure Power Generation
Other Geothermal Energy
Solar Heating
Generation Material energy heating
Geothermal energy heating
Chemical non-combustion heating
Direct energy heating
High current magnetic heating
Low current shuttle heating
Cogeneration nuclear power heating
Other nuclear energy direct heating
Material combustion heating
Electric boiler heating
Hot food heating
Waste heat and waste pressure heating
Other heat energy
Natural ore
Sandstone type ore
Carbon mudstone type ore
Granite type ore
Volcanic rock type ore
Oil type ore
Other natural mineral deposits
Intermediate products of natural products
Table 1 (continued)
Ocean temperature difference energy generation, tidal energy power generation and wave energy generation, etc., refers to burning urban solid waste in special boilers and then generating electricity through steam turbine generators.
Refers to using the by-product potential energy and pressure difference energy released during the production process of enterprises to generate electricity.
Includes wood, firewood, and manure combustion for heat generation. Refers to metallurgical, chemical heat, chemical energy conversion gas source and water source hot slurry generation with a heat source temperature below 550 degrees Celsius Refers to the products that can be sold from natural gas to nuclear fuel production process. Can code
55C302
550323
5505c4
553303
550306
556357
55c338
550309
553310
55331 1
553312
550313
550399
550401
550432
550423
550459
Energy type||t t||Hexafluoride
Metals and alloys
Low-enriched products
Chemical products
Recycled products
Mixed chemical products
Combined oxides
Carbon dioxide and hydrides
Intermediate products of nuclear fusion technology materials or their source materials
Other nuclear fusion reaction materials
Source materials
Other intermediates
Table 1 (continued)
Refers to high-enriched products with a concentration of 20%
Refers to products with an enrichment limit of 3% GB/T 29870--2013
GB/T29870-2013
References
［］GB/T1198-1987 General classification of oil products and lubricants[2]GB/T57512009 China coal classification
[31GB50201 Flood control standards
【41SL252-2005 Water conservancy and flood control standards 1 classification and flood standards【5! Annual Energy Law. Adopted by the Standing Committee of the Tenth National People's Congress of the People's Republic of China! 6. Energy Statistics Report, published by the National Bureau of Statistics, Product Classification Catalog for Statistical Use, published by the National Bureau of Statistics, [8] Saw Source Tongren Yu Fang 2007 version. International Energy Agency published [9] International Standard for Energy Statistics (Draft) 2011 version, published by the United Nations, copyright exclusive infringement must be investigated
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