| A |
Cat.A |
--- |
--- |
other |
| A/1 |
Cat.A/Class 1 |
--- |
--- |
other |
| A/2 |
Cat.A/Class 2 |
--- |
--- |
other |
| ABRASION |
Non exhaust PM emissions - road abrasion |
MOB |
Gveh-km |
activity |
| ACA |
Activated carbon adsorption |
VOC |
--- |
technology |
| ADH |
Adhesives |
VOCP |
kt |
activity |
| AERO |
Emissions of HFCs from aerosols |
PROC |
t HFC/year |
sector |
| AGG1 |
Amsterdam/Haarlem |
--- |
--- |
other |
| AGG2 |
Utrecht |
--- |
--- |
other |
| AGG3 |
Den Haag/Leiden |
--- |
--- |
other |
| AGG4 |
Rotterdam/Dordrecht |
--- |
--- |
other |
| AGG5 |
Eindhoven |
--- |
--- |
other |
| AGG6 |
Heerlen/Kerkrade |
--- |
--- |
other |
| AGG7 |
Noord-Nederland |
--- |
--- |
other |
| AGG8 |
Midden-Nederland |
--- |
--- |
other |
| AGG9 |
Zuid-Nederland |
--- |
--- |
other |
| AGR1 |
A generic option for other animals - good practice |
PM |
--- |
technology |
| AGR_ARABLE |
Agriculture: Ploughing, tilling, harvesting, Arable agricultural land in temporal and subboreal climate |
AGR |
M ha |
sector |
| AGR_ARABLE_SUBB |
Arable agricultural land in subboreal climate |
AGR |
M ha |
sector |
| AGR_ARABLE_SUBB |
Arable agricultural land in subboreal climate |
AGR |
kt N |
sector |
| AGR_ARABLE_TEMP |
Arable agricultural land in temperate climate |
AGR |
M ha |
sector |
| AGR_ARABLE_TEMP |
Arable agricultural land in temperate climate |
AGR |
kt N |
sector |
| AGR_BEEF |
Agriculture: Livestock - other cattle |
AGR |
M animals |
sector |
| AGR_BEEF_MEAT |
Meat produced |
AGR |
M t/year |
sector |
| AGR_COWS |
Agriculture: Livestock - dairy cattle |
AGR |
M animals |
sector |
| AGR_COWS_MILK |
Milk produced - dairy cows |
AGR |
kt milk |
sector |
| AGR_OTANI |
Agriculture: Livestock - other animals (sheep, horses) |
AGR |
M animals |
sector |
| AGR_OTHER |
Agriculture: Other (activity as emissions in kt) |
AGR |
kt |
sector |
| AGR_PIG |
Agriculture: Livestock - pigs |
AGR |
M animals |
sector |
| AGR_PIG_MEAT |
Meat produced - pig |
AGR |
M t/year |
sector |
| AGR_POULT |
Agriculture: Livestock - poultry |
AGR |
M animals |
sector |
| AGR_POULT_MEAT |
Meat produced - poultry |
AGR |
M t/year |
sector |
| AIRCON_B |
Emissions of HFCs from refrigerants in stationary air conditioning (using water chilling) equipment while the equipment is in use (emissions from 'banked' HFC) |
PROC |
t HFC/year |
sector |
| AIRCON_S |
Emissions of HFCs from refrigerants in stationary air conditioning (using water chilling) equipment after the equipment has been scrapped (enf-of-life emissions) |
PROC |
t HFC/year |
sector |
| ALTER |
Low-till farming, alternative cereal harvesting |
PM |
--- |
technology |
| ALT_MACB |
Alternative refrigerant: HFC-134a replaced by pressurized CO2 |
FGAS |
--- |
technology |
| ALT_MACS |
Alternative refrigerant: HFC-134a replaced by pressurized CO2 |
FGAS |
--- |
technology |
| ALT_MAGN |
Alternative protection gas: SF6 replaced by SO2 |
FGAS |
--- |
technology |
| ALT_OC |
Alternative blowing agent: many different kinds |
FGAS |
--- |
technology |
| ALT_OF |
Alternative blowing agent: many different kinds |
FGAS |
--- |
technology |
| ALT_PROP |
Alternative propellant |
FGAS |
--- |
technology |
| ALT_RICE |
Selecting rice strains with low propensity to generate methane |
CH4 |
--- |
technology |
| ALT_SF |
Ban of use |
FGAS |
--- |
technology |
| ALT_SOLV |
Alternative solvent: use of NF3 |
FGAS |
--- |
technology |
| ALT_TRAB |
Alternative refrigerant: use of open CO2 refrigerant system |
FGAS |
--- |
technology |
| ALT_TRAS |
Alternative refrigerant: use of open CO2 refrigerant system |
FGAS |
--- |
technology |
| ALT_WIND |
Ban of use |
FGAS |
--- |
technology |
| ALU_NEW |
Amount of primary aluminium produced using new xx technology |
PROC |
Mt prim Al prod/year |
sector |
| ALU_PFPB |
Amount of primary aluminium produced using point feeder prebake (PFPB) technology |
PROC |
Mt prim Al prod/year |
sector |
| ALU_SWPB |
Amount of primary aluminium produced using side worked prebake (SWPB) technology |
PROC |
Mt prim Al prod/year |
sector |
| ALU_VSS |
Amount of primary aluminium produced using vertical stud Soederberg (VSS) technology |
PROC |
Mt prim Al prod/year |
sector |
| ANY |
valid for all sectors (used in connection with population) |
PROC |
M people |
sector |
| APPL_HU |
Penetration of measure |
--- |
--- |
other |
| APPL_LARGE |
Appliances - large |
--- |
--- |
other |
| APPL_SMALL |
Appliances - small |
--- |
--- |
other |
| APPL_SQM |
Penetration of measure |
--- |
--- |
other |
| AP_EX |
Existing apartments |
--- |
--- |
other |
| AP_NEW |
New apartments |
--- |
--- |
other |
| AR |
Production cycle |
--- |
--- |
other |
| ARD |
Agricultural residuals - direct use |
ENE |
PJ |
activity |
| AREA |
Area of activity |
AGR |
M ha |
activity |
| ASIAN |
Asian part |
--- |
--- |
other |
| ATM_DEPO |
N deposition from atmospheric sources NH3+NO3 |
AGR |
kt N |
sector |
| AUTO_P |
Manufacture of automobiles |
VOCP |
kveh |
sector |
| AUTO_P_NEW |
Manufacture of automobiles (new installations) |
VOCP |
kveh |
sector |
| A_INC |
Adsorption, incineration |
VOC |
--- |
technology |
| B |
Cat.B |
--- |
--- |
other |
| B/1 |
Cat.B/Class 1 |
--- |
--- |
other |
| B/2 |
Cat.B/Class 2 |
--- |
--- |
other |
| BAN |
Ban on open burning of agricultural or residentail waste |
CH4 |
--- |
technology |
| BAN |
Ban on open burning of agricultural or residentail waste |
CO |
--- |
technology |
| BAN |
Ban on open burning of agricultural or residentail waste |
NH3 |
--- |
technology |
| BAN |
Ban on open burning of agricultural or residentail waste |
NOX |
--- |
technology |
| BAN |
Ban on open burning of agricultural or residentail waste |
PM |
--- |
technology |
| BAN |
Ban on open burning of agricultural or residentail waste |
SO2 |
--- |
technology |
| BAN |
Ban on open burning of agricultural or residentail waste |
VOC |
--- |
technology |
| BASE |
Simulation of changes in paint formulation and application patterns between 1990 and 2000 |
VOC |
--- |
technology |
| BC1 |
Brown coal/lignite, grade 1 |
ENE |
PJ |
activity |
| BC1 |
Brown coal/lignite, grade 1 |
MOB |
PJ |
activity |
| BC2 |
Brown coal/lignite, grade 2 (also peat) |
ENE |
PJ |
activity |
| BC_DEGAS |
Brown Coal degasification |
CH4 |
--- |
technology |
| BEMT |
Basic emissions management techniques |
VOC |
--- |
technology |
| BEMT+ACA |
Basic emissions management techniques and carbon adsorption |
VOC |
--- |
technology |
| BF |
Biofiltration |
NH3 |
--- |
technology |
| BF_CS |
Combination of BF_CS |
NH3 |
--- |
technology |
| BF_CS_LNA |
Combination of BF_CS_LNA |
NH3 |
--- |
technology |
| BF_LNA |
Combination of BF_LNA |
NH3 |
--- |
technology |
| BF_LNA_high |
Combination of BF_LNA_high |
NH3 |
--- |
technology |
| BF_LNA_low |
Combination of BF_LNA_low |
NH3 |
--- |
technology |
| BGS |
Bagasse |
ENE |
PJ |
activity |
| BIO |
Bioflitration |
VOC |
--- |
technology |
| BIOG |
Biogas |
ENE |
PJ |
activity |
| BISUB |
Switch from cutback to emulsion bitumens (road paving) |
VOC |
--- |
technology |
| BLIQ |
Black liquor |
ENE |
PJ |
activity |
| BMG |
Biomass gasification |
ENE |
PJ |
activity |
| BRAKE |
Non exhaust PM emissions - brake wear |
MOB |
Gveh-km |
activity |
| BS |
Buffalos |
AGR |
M animals |
activity |
| BYPRODUCT DISPOSAL |
By-product waste disposal costs |
--- |
--- |
other |
| BY_PROD |
By-product |
--- |
--- |
other |
| CAGEUI |
Stage 1 control on construction and agriculture mobile sources |
CO |
--- |
technology |
| CAGEUI |
Stage 1 control on construction and agriculture mobile sources |
NH3 |
--- |
technology |
| CAGEUI |
Stage 1 control on construction and agriculture mobile sources |
NOX |
--- |
technology |
| CAGEUI |
Stage 1 control on construction and agriculture mobile sources |
PM |
--- |
technology |
| CAGEUI |
Stage 1 control on construction and agriculture mobile sources |
VOC |
--- |
technology |
| CAGEUII |
Stage 2 control on construction and agriculture mobile sources |
CO |
--- |
technology |
| CAGEUII |
Stage 2 control on construction and agriculture mobile sources |
NH3 |
--- |
technology |
| CAGEUII |
Stage 2 control on construction and agriculture mobile sources |
NOX |
--- |
technology |
| CAGEUII |
Stage 2 control on construction and agriculture mobile sources |
PM |
--- |
technology |
| CAGEUII |
Stage 2 control on construction and agriculture mobile sources |
VOC |
--- |
technology |
| CAGEUIII |
Stage 3A control on construction and agriculture mobile sources |
CO |
--- |
technology |
| CAGEUIII |
Stage 3A control on construction and agriculture mobile sources |
NH3 |
--- |
technology |
| CAGEUIII |
Stage 3A control on construction and agriculture mobile sources |
NOX |
--- |
technology |
| CAGEUIII |
Stage 3A control on construction and agriculture mobile sources |
PM |
--- |
technology |
| CAGEUIII |
Stage 3A control on construction and agriculture mobile sources |
VOC |
--- |
technology |
| CAGEUIV |
Stage 3B control on construction and agriculture mobile sources |
CO |
--- |
technology |
| CAGEUIV |
Stage 3B control on construction and agriculture mobile sources |
NH3 |
--- |
technology |
| CAGEUIV |
Stage 3B control on construction and agriculture mobile sources |
NOX |
--- |
technology |
| CAGEUIV |
Stage 3B control on construction and agriculture mobile sources |
PM |
--- |
technology |
| CAGEUIV |
Stage 3B control on construction and agriculture mobile sources |
VOC |
--- |
technology |
| CAGEUV |
Stage 4 control on construction and agriculture mobile sources |
CO |
--- |
technology |
| CAGEUV |
Stage 4 control on construction and agriculture mobile sources |
NH3 |
--- |
technology |
| CAGEUV |
Stage 4 control on construction and agriculture mobile sources |
NOX |
--- |
technology |
| CAGEUV |
Stage 4 control on construction and agriculture mobile sources |
PM |
--- |
technology |
| CAGEUV |
Stage 4 control on construction and agriculture mobile sources |
VOC |
--- |
technology |
| CAGEUVI |
Stage 5 control on construction and agriculture mobile sources |
CO |
--- |
technology |
| CAGEUVI |
Stage 5 control on construction and agriculture mobile sources |
NH3 |
--- |
technology |
| CAGEUVI |
Stage 5 control on construction and agriculture mobile sources |
NOX |
--- |
technology |
| CAGEUVI |
Stage 5 control on construction and agriculture mobile sources |
PM |
--- |
technology |
| CAGEUVI |
Stage 5 control on construction and agriculture mobile sources |
VOC |
--- |
technology |
| CATCOST |
Cost of the catalyst (if used in a given technology), [Euro/m3] |
--- |
--- |
other |
| CATLT |
Lifetime of catalysts, [hours]. |
--- |
--- |
other |
| CCCM |
Conventional closed circuit machine |
VOC |
--- |
technology |
| CCCM+ACA |
Combination of the above options |
VOC |
--- |
technology |
| CD |
Waste disposal cost |
--- |
--- |
other |
| CE |
Electricity price |
--- |
--- |
other |
| CF |
Fodder price |
--- |
--- |
other |
| CFMA |
Fixed cost manure applied on arable land |
--- |
--- |
other |
| CFMG |
Fixed cost manure applied on grassland |
--- |
--- |
other |
| CG |
Gas price |
--- |
--- |
other |
| CH4_REC |
Upgraded mine gas recovery and utilization |
CH4 |
--- |
technology |
| CH4_USE |
Mining gas recovery and utilization of gas for energy purposes |
CH4 |
--- |
technology |
| CHCOA |
Charcoal |
ENE |
Mt waste |
activity |
| CHCOA |
Charcoal |
ENE |
PJ |
activity |
| CHSH |
Chugoku-Shikoku |
--- |
--- |
other |
| CHUB |
Chubu |
--- |
--- |
other |
| CIF |
Fixed cost for the investment function |
--- |
--- |
other |
| CIV |
Variable cost for the investment function |
--- |
--- |
other |
| CK |
Fertilizer price |
--- |
--- |
other |
| CL |
Labor cost |
--- |
--- |
other |
| CLSD_A3 |
Closed (sealed) degreaser: use of A3 solvents |
VOC |
--- |
technology |
| CLSD_A3+ACA |
Combination of the above options |
VOC |
--- |
technology |
| CLSD_CL |
Closed (sealed) degreaser: use of chlorinated solvents |
VOC |
--- |
technology |
| CLSD_HF |
Closed (sealed) degreaser: use of fluoro (HFC, HFE) solvents |
VOC |
--- |
technology |
| CLSD_HF+ACA |
Combination of the above options |
VOC |
--- |
technology |
| CM |
Camels |
AGR |
M animals |
activity |
| CO2EF |
CO2 emission vector |
--- |
--- |
other |
| COAL_AMER |
coal price america(s) |
--- |
--- |
other |
| COAL_ASIA |
coal price europe |
--- |
--- |
other |
| COAL_EURO |
coal price asia $2005/boe |
--- |
--- |
other |
| COAST |
Coast and lakes |
--- |
--- |
other |
| COIL |
Coil coating (coating of aluminum and steel) |
VOCP |
mln m2 |
sector |
| COLD |
Cold cleaner |
VOC |
--- |
technology |
| COMB1_RICE |
Combining ALT_RICE and SULF_RICE |
CH4 |
--- |
technology |
| COMB2_RICE |
Combining ALT_RICE and SULF_RICE and INTER_RICE |
CH4 |
--- |
technology |
| COMM_AD |
Community anaerobic digestion plant |
CH4 |
--- |
technology |
| COMM_B |
Emissions of HFCs used as refrigerants in commercial refrigeration equipment, while the equipment is in use (emissions from banked HFC) |
PROC |
t HFC/year |
sector |
| COMM_S |
Emissions of HFCs used as refrigerants in commercial refrigeration equipment after the equipment has been scrapped (enf-of-life emissions) |
PROC |
t HFC/year |
sector |
| COMPRESS |
Reduction of gas leakages at compressor stations in gas transmission pipelines |
CH4 |
--- |
technology |
| COM_EX |
Existing commercial buildings |
--- |
--- |
other |
| COM_NEW |
New commercial buildings |
--- |
--- |
other |
| CONSTRUCT |
Construction activities |
PROC |
M m2 |
sector |
| CONT_NET |
Doubling of leak control frequency of gas distribution network |
CH4 |
--- |
technology |
| CONVSWPB |
Conversion of Side worked prebake (SWPB) to point feeder prebake (PFPB) |
FGAS |
--- |
technology |
| CONVVSS |
Conversion of Vertical stud Söderberg (VSS) to point feeder prebake (PFPB) |
FGAS |
--- |
technology |
| CON_COMB |
Fuel production & conversion: combustion (other than in boilers) |
ENE |
PJ |
sector |
| CON_COMB1 |
Fuel production : Combustion, grate firing |
ENE |
PJ |
sector |
| CON_COMB2 |
Fuel production : Combustion, fluidized bed |
ENE |
PJ |
sector |
| CON_COMB3 |
Fuel production : Combustion, pulverized |
ENE |
PJ |
sector |
| CON_LOSS |
Own use of energy sector and losses during production, transmission & distribution of final product |
ENE |
PJ |
sector |
| COOKING |
Cooking |
--- |
--- |
other |
| COWS |
Covers on oil/water separators |
VOC |
--- |
technology |
| COWS_3000_MILK |
Milk yield over 3000 kg/animal treshold |
AGR |
kt milk |
sector |
| CR |
Catalytic reduction (selective or non-selective) |
N2O |
--- |
technology |
| CROP_RESID |
N from crops left on field |
AGR |
kt N |
sector |
| CRU |
Crude oil |
PROC |
PJ |
activity |
| CRU |
Crude oil |
PROC |
Mt |
activity |
| CS |
Covered outdoor storage of manure; mean efficiency |
NH3 |
--- |
technology |
| CSBP |
Use of current standard solvent based paints (60% solvent content) and application efficiency 65% |
VOC |
--- |
technology |
| CSBP+INC |
Combination of the above options |
VOC |
--- |
technology |
| CS_LNA |
Combination of CS_LNA |
NH3 |
--- |
technology |
| CS_high |
Covered outdoor storage of manure; high efficiency |
NH3 |
--- |
technology |
| CS_low |
Covered outdoor storage of manure; low efficiency |
NH3 |
--- |
technology |
| CTG |
Coating |
VOCP |
kt |
activity |
| CVMA |
Variable cost manure applied on arable land |
--- |
--- |
other |
| CVMG |
Variable cost manure applied on grassland |
--- |
--- |
other |
| CW |
Water cost |
--- |
--- |
other |
| CYC |
Cyclone - power plants |
PM |
--- |
technology |
| C_OTH_NEEDS |
Other needs - commercial |
--- |
--- |
other |
| DC |
Derived coal (coke, briquettes) |
ENE |
PJ |
activity |
| DC |
Derived coal (coke, briquettes) |
MOB |
PJ |
activity |
| DECO_P |
Decorative paints |
VOCP |
kt |
sector |
| DEEP_INJ |
Deep injection of manure (sum of LNA_high and 50% each of LNA_low and CS_LNA) |
N2O |
--- |
technology |
| DEGR |
Degreasing |
VOCP |
kt SLV |
sector |
| DEGR_NEW |
Degreasing (new installations) |
VOCP |
kt SLV |
sector |
| DGCCOM |
Comb. modification on gas use in commercial sector |
NH3 |
--- |
technology |
| DGCCOM |
Comb. modification on gas use in commercial sector |
NOX |
--- |
technology |
| DGCCR |
Combustion modification on gas use in commercial and residential sectors |
NH3 |
--- |
technology |
| DGCCR |
Combustion modification on gas use in commercial and residential sectors |
NOX |
--- |
technology |
| DHFCM |
Combustion modification on heavy fuel oil use in commercial sector |
NH3 |
--- |
technology |
| DHFCM |
Combustion modification on heavy fuel oil use in commercial sector |
NOX |
--- |
technology |
| DL |
Dairy cows - liquid (slurry) systems |
AGR |
kt N |
activity |
| DL |
Dairy cows - liquid (slurry) systems |
AGR |
kt milk |
activity |
| DL |
Dairy cows - liquid (slurry) systems |
AGR |
M animals |
activity |
| DL_F |
Dairy cows - liquid (slurry) systems - enteric fermentation |
AGR |
kt milk |
activity |
| DL_F |
Dairy cows - liquid (slurry) systems - enteric fermentation |
AGR |
M animals |
activity |
| DMDCCO |
Combustion modification on gasoil use in commercial sector |
NH3 |
--- |
technology |
| DMDCCO |
Combustion modification on gasoil use in commercial sector |
NOX |
--- |
technology |
| DMDCCR |
Combustion modification on gasoil use in commercial and residential sectors |
NH3 |
--- |
technology |
| DMDCCR |
Combustion modification on gasoil use in commercial and residential sectors |
NOX |
--- |
technology |
| DNG |
Dung |
ENE |
PJ |
activity |
| DOM |
Residential, commercial, services, agriculture, etc. |
ENE |
PJ |
sector |
| DOM_CC_1 |
Urban domestic wastewater -centralized collection with none or primary anaerobic treatment (MCF=0.5) |
CH4 |
--- |
technology |
| DOM_CC_23 |
Urban domestic wastewater -centralized collection with anaerobic secondary and/or tertiary treatment (incl. treatment with bacteria and/or flaring of residual methane) (MCF=0) |
CH4 |
--- |
technology |
| DOM_CC_23U |
Urban domestic wastewater -centralized collection with anaerobic secondary and/or tertiary treatment with gas recovery, upgrading and use (MCF=0) |
CH4 |
--- |
technology |
| DOM_CC_AER |
Urban domestic wastewater -centralized collection with aerobic treatment without temporary overloads (MCF=0) |
CH4 |
--- |
technology |
| DOM_COM |
Commercial |
ENE |
PJ |
sector |
| DOM_DC_TRM |
Rural or urban domestic wastewater -decentralized collection with latrine, septic tank, or other anaerobic treatment without gas recovery (MCF=0.3) |
CH4 |
--- |
technology |
| DOM_FPLACE |
Residential-Commercial: Fireplaces |
ENE |
PJ |
sector |
| DOM_MB_A |
Residential-Commercial: Medium boilers (<50MW) - automatic |
ENE |
PJ |
sector |
| DOM_MB_M |
Residential-Commercial: Medium boilers (<1MW) - manual |
ENE |
PJ |
sector |
| DOM_OS |
Domestic use of solvents (other than paint) |
VOCP |
M people |
sector |
| DOM_OTH |
Services, agriculture, etc. |
ENE |
PJ |
sector |
| DOM_PIT |
Residential-Commercial: Open pit |
ENE |
PJ |
sector |
| DOM_RES |
Residential |
ENE |
PJ |
sector |
| DOM_S |
Emissions of HFCs used as refrigerants in domestic small hermetic refrigerators after the refrigerators have been scrapped (enf-of-life emissions) |
PROC |
t HFC/year |
sector |
| DOM_SHB_A |
Residential-Commercial: Single house boilers (<50 kW) - automatic |
ENE |
PJ |
sector |
| DOM_SHB_M |
Residential-Commercial: Single house boilers (<50 kW) - manual |
ENE |
PJ |
sector |
| DOM_STOVE_C |
Residential-Commercial: Cooking stoves |
ENE |
PJ |
sector |
| DOM_STOVE_H |
Residential-Commercial: Heating stoves |
ENE |
PJ |
sector |
| DRY |
Dry cleaning |
VOCP |
kt TEX |
sector |
| DRY_NEW |
Dry cleaning (new installations) |
VOCP |
kt TEX |
sector |
| DS |
Dairy cows - solid systems |
AGR |
kt milk |
activity |
| DS |
Dairy cows - solid systems |
AGR |
M animals |
activity |
| DS |
Dairy cows - solid systems |
AGR |
kt N |
activity |
| D_GASST |
Gasoline distribution - service stations |
MOB |
PJ |
sector |
| D_REFDEP |
Gasoline distribution - transport and depots (used in mobile sources) |
MOB |
PJ |
sector |
| D_REFDEP_S |
Gasoline distribution - transport and depots (used in stationary sources) |
ENE |
PJ |
sector |
| ELDEM |
Electricity demand |
--- |
--- |
other |
| ELE |
Electricity |
ENE |
PJ |
activity |
| ELE |
Electricity |
MOB |
PJ |
activity |
| ELE_KM |
Electricity |
MOB |
Gveh-km |
activity |
| ELE_NV |
Number of vehicles driving on electricity |
MOB |
thousand of vehicles |
activity |
| EMI |
Emissions of NMVOC |
PROC |
kt VOC |
activity |
| EMI |
Emissions of NMVOC |
VOCP |
kt VOC |
activity |
| EMIS.FACT |
SO2 uncontrolled plant emission factors |
--- |
--- |
other |
| EMIS_FACT |
Industrial processes SO2 emission factors |
--- |
--- |
other |
| EMU |
Emulsions, water-based dispersion paints |
VOC |
--- |
technology |
| ENC+ACA |
Enclosure and adsorption |
VOC |
--- |
technology |
| ENC+INC |
Enclosure and incineration |
VOC |
--- |
technology |
| ENCEN |
East North Central |
--- |
--- |
other |
| ENE |
Energy |
--- |
--- |
other |
| ENMOU |
East North Mountain |
--- |
--- |
other |
| ENW |
Enamelled wire |
VOCP |
kt |
activity |
| EP |
Ethylene and Propylene |
VOCP |
kt |
activity |
| EPS |
Expandable polystyrene beads consumption |
VOCP |
kt |
activity |
| ESCEN |
East South Central |
--- |
--- |
other |
| ESP1 |
Electrostatic precipitator: 1 field - power plants |
PM |
--- |
technology |
| ESP2 |
Electrostatic precipitator: 2 fields - power plants |
PM |
--- |
technology |
| EUROP |
European part |
--- |
--- |
other |
| EXD_GAS |
Extraction, proc. and distribution of gaseous fuels |
VOCP |
kt VOC |
sector |
| EXD_GAS_NEW |
Distribution of gaseous fuels - new mains |
VOCP |
kt VOC |
sector |
| EXD_LQ |
Extraction, proc. and distribution of liquid fuels |
VOCP |
kt VOC |
sector |
| EXD_LQ_NEW |
Extraction,proc.,distr.of lq.fuels (incl. new (Un)Load |
VOCP |
kt VOC |
sector |
| EXTR_CRUD_PET |
C.11 : Extraction of crude petroleum and natural gas |
PROC |
Index (in 2000=100) |
sector |
| E_INT_HU |
Energy intensity per housing unit |
--- |
--- |
other |
| E_INT_MULT_HU |
Intensity multiplier |
--- |
--- |
other |
| E_INT_MULT_SQM |
Intensity multiplier |
--- |
--- |
other |
| E_INT_SQM |
Energy intensity per sq m |
--- |
--- |
other |
| FALLOW |
Lay fallow |
N2O |
--- |
technology |
| FARM_AD |
Farm-scale anaerobic digestion plants |
CH4 |
--- |
technology |
| FATOIL |
Fat, edible and non-edible oil extraction |
VOCP |
kt |
sector |
| FBC_CM |
Combustion modification in fluidized bed combustion |
N2O |
--- |
technology |
| FCON |
Use of mineral N-fertilizer |
--- |
--- |
other |
| FCON_OTHN |
Fertilizer use - other N fertilizers |
AGR |
kt N |
sector |
| FCON_UREA |
Fertilizer use - urea |
AGR |
kt N |
sector |
| FEED |
Mix of feed changes (includes e.g., increased feed intake, replacement of roughage for concentrates, change to more fat and non-structural carbohydrates in diet) |
CH4 |
--- |
technology |
| FEED_MOD |
Feed modification (all livestock) |
PM |
--- |
technology |
| FERPRO_ALL |
Total fertilizers production |
--- |
--- |
other |
| FERTPRO |
N - fertilizer production |
AGR |
kt N |
sector |
| FERTTIME |
Timing of fertilizer application |
N2O |
--- |
technology |
| FERT_RED |
Reduced application of fertilizer |
N2O |
--- |
technology |
| FF |
Fabric filters - power plants |
CO |
--- |
technology |
| FF |
Fabric filters - power plants |
PM |
--- |
technology |
| FFSINJ |
Fabric filters - power plants with injection |
CO |
--- |
technology |
| FFSINJ |
Fabric filters - power plants with injection |
PM |
--- |
technology |
| FGASVOL |
Relative flue gas volume(Ratio to Hard Coal - HC) |
--- |
--- |
other |
| FILTER |
Filters in households (kitchen) |
PM |
--- |
technology |
| FIRE_MASS |
forest, grassland burning |
AGR |
Mt biomass |
activity |
| FK |
Fixed operating cost |
--- |
--- |
other |
| FLA_PROD |
Flaring instead of venting of gas in oil/gas production |
CH4 |
--- |
technology |
| FLA_REF |
Flaring instead of venting of gas in oil refinery |
CH4 |
--- |
technology |
| FLR_GP |
Good practice in oil and gas industry - flaring |
CO |
--- |
technology |
| FLR_GP |
Good practice in oil and gas industry - flaring |
NH3 |
--- |
technology |
| FLR_GP |
Good practice in oil and gas industry - flaring |
NOX |
--- |
technology |
| FLR_GP |
Good practice in oil and gas industry - flaring |
PM |
--- |
technology |
| FLR_GP |
Good practice in oil and gas industry - flaring |
SO2 |
--- |
technology |
| FN |
Fertilizer use - other N fertilizers |
--- |
--- |
other |
| FOOD |
Food and drink industry |
VOCP |
M people |
sector |
| FOREST |
Forest |
AGR |
Mt biomass |
sector |
| FOREST |
Forest |
AGR |
kt N |
sector |
| FOREST |
Forest |
AGR |
M ha |
sector |
| FO_M |
Fixed operation and maintenance cost (in relation to investment cost) |
--- |
--- |
other |
| FPRICE |
Fuel price |
--- |
--- |
other |
| FP_IMP |
Fireplace improved |
CH4 |
--- |
technology |
| FP_IMP |
Fireplace improved |
CO |
--- |
technology |
| FP_IMP |
Fireplace improved |
PM |
--- |
technology |
| FP_IMP |
Fireplace improved |
VOC |
--- |
technology |
| FP_NEW |
Fireplace new |
CH4 |
--- |
technology |
| FP_NEW |
Fireplace new |
CO |
--- |
technology |
| FP_NEW |
Fireplace new |
PM |
--- |
technology |
| FP_NEW |
Fireplace new |
VOC |
--- |
technology |
| FR |
Fertilizer use - urea |
--- |
--- |
other |
| FREE |
Free range poultry |
PM |
--- |
technology |
| FSED |
Simulation of possible developments beyond Product Directive |
VOC |
--- |
technology |
| FU |
Fur animals |
AGR |
M animals |
activity |
| FU |
Fur animals |
AGR |
kt N |
activity |
| FWD |
Fuelwood direct |
ENE |
PJ |
activity |
| F_IMP |
Improved ignition systems on flares |
VOC |
--- |
technology |
| GAS |
Natural gas (incl. other gases) |
ENE |
PJ |
activity |
| GAS |
Natural gas (incl. other gases) |
MOB |
PJ |
activity |
| GAS |
Natural gas (incl. other gases) |
PROC |
PJ |
activity |
| GAS |
Natural gas (incl. other gases) |
PROC |
PJ gas transmitted |
activity |
| GAS_AMER |
gas price america(s) |
--- |
--- |
other |
| GAS_ASIA |
gas price asia |
--- |
--- |
other |
| GAS_EURO |
gas price europe $2005/boe |
--- |
--- |
other |
| GAS_KM |
Natural gas (incl. other gases) |
MOB |
Gveh-km |
activity |
| GAS_M |
Natural gas (incl. other gases without bio gas) |
ENE |
PJ |
activity |
| GAS_M |
Natural gas (incl. other gases without bio gas) |
MOB |
PJ |
activity |
| GAS_NV |
Number of vehicles driving on GAS |
MOB |
thousand of vehicles |
activity |
| GDP |
Gross domestic product (market exchange rate - MEX) |
ENE |
10^9 Euro MEX |
activity |
| GDP_PPP |
Gross domestic product (purchasing power parity - PPP) |
ENE |
10^9 Euro PPP |
activity |
| GHDOM |
Good housekeeping: domestic oil boilers |
CO |
--- |
technology |
| GHDOM |
Good housekeeping: domestic oil boilers |
PM |
--- |
technology |
| GHIND |
Good housekeeping: industrial oil boilers |
PM |
--- |
technology |
| GIS |
SF6 use in high and mid voltage switches |
PROC |
t SF6/year |
sector |
| GJ_VEH_A |
Gigajoul over vehicle over year"; } |
--- |
--- |
other |
| GLUE_INH |
Industrial application of adhesives (use of high performance solvent based adhesives) |
VOCP |
kt |
sector |
| GLUE_INT |
Industrial application of adhesives (use of traditional solvent based adhesives) |
VOCP |
kt |
sector |
| GP |
good practise |
CH4 |
--- |
technology |
| GP_COMMB |
Good practice: Leakage control, improved components |
FGAS |
--- |
technology |
| GP_COMMS |
Good practice: end-of-life recollection |
FGAS |
--- |
technology |
| GP_DOMS |
Good practice: end-of-life recollection |
FGAS |
--- |
technology |
| GP_GIS |
Good practice: Leakage control and end-of-life recollection and recycling |
FGAS |
--- |
technology |
| GP_INDB |
Good practice: Leakage control, improved components |
FGAS |
--- |
technology |
| GP_INDS |
Good practice: end-of-life recollection |
FGAS |
--- |
technology |
| GP_MACB |
Good practice: Leakage control, improved components |
FGAS |
--- |
technology |
| GP_MACS |
Good practice: end-of-life recollection |
FGAS |
--- |
technology |
| GP_STATB |
Good practice: Leakage control, improved components |
FGAS |
--- |
technology |
| GP_STATS |
Good practice: end-of-life recollection |
FGAS |
--- |
technology |
| GP_TRAB |
Good practice: Leakage control, improved components |
FGAS |
--- |
technology |
| GP_TRAS |
Good practice: end-of-life recollection |
FGAS |
--- |
technology |
| GRASSLAND |
Agriculture: grassland and soils |
AGR |
kt N |
sector |
| GRASSLAND |
Agriculture: grassland and soils |
AGR |
Mt biomass |
sector |
| GRASSLAND |
Agriculture: grassland and soils |
AGR |
M ha |
sector |
| GSL |
Gasoline and other light fractions of oil (includes kerosene) |
ENE |
PJ |
activity |
| GSL |
Gasoline and other light fractions of oil (includes kerosene) |
MOB |
PJ |
activity |
| GSL_BIO |
Bio Gasoline |
MOB |
PJ |
activity |
| GSL_KM |
Gasoline |
MOB |
Gveh-km |
activity |
| GSL_M |
Gasoline and other light fractions of oil (includes kerosene), mineral fraction for mobile sources |
ENE |
PJ |
activity |
| GSL_M |
Gasoline and other light fractions of oil (includes kerosene), mineral fraction for mobile sources |
MOB |
PJ |
activity |
| GSL_NV |
Number of vehicles driving on GSL |
MOB |
thousand of vehicles |
activity |
| GTH |
Geothermal |
ENE |
PJ |
activity |
| H2 |
Hydrogen |
ENE |
PJ |
activity |
| H2 |
Hydrogen |
MOB |
PJ |
activity |
| H2_KM |
Hydrogen |
MOB |
Gveh-km |
activity |
| H2_NV |
Number of vehicles driving on H2 |
MOB |
thousand of vehicles |
activity |
| HAMP |
Improved application (HVLP), gunwash, SMP |
VOC |
--- |
technology |
| HAMP+SUB1 |
Primary measures and 25% of high solids and water based paints |
VOC |
--- |
technology |
| HAMP+SUB2 |
Primary measures and 40% high solids, 60% water based paints |
VOC |
--- |
technology |
| HAY_SIL |
Hay-silage for cattle |
PM |
--- |
technology |
| HC1 |
Hard coal, grade 1 |
ENE |
PJ |
activity |
| HC1 |
Hard coal, grade 1 |
MOB |
PJ |
activity |
| HC2 |
Hard coal, grade 2 |
ENE |
PJ |
activity |
| HC2 |
Hard coal, grade 2 |
MOB |
PJ |
activity |
| HC3 |
Hard coal, grade 3 |
ENE |
PJ |
activity |
| HC3 |
Hard coal, grade 3 |
MOB |
PJ |
activity |
| HCFC22 |
Amount HCFC22 produced per year |
PROC |
t HCFC22/year |
sector |
| HCM |
Hydrocarbon machine |
VOC |
--- |
technology |
| HC_DEGAS |
Hard Coal degasification |
CH4 |
--- |
technology |
| HDB_ELE_a |
Heavy duty bus (HDB) with electric drive (battery or trolley), advanced design |
--- |
--- |
other |
| HDB_ELE_c |
Heavy duty bus (HDB) with electric drive (battery or trolley), conventional design |
--- |
--- |
other |
| HDB_ELE_i |
Heavy duty bus (HDB) with electric drive (battery or trolley), improved design |
--- |
--- |
other |
| HDB_H2_FCV_a |
Heavy duty bus (HDB) with hydrogen powered fuel cells, advanced design |
--- |
--- |
other |
| HDB_H2_FCV_c |
Heavy duty bus (HDB) with hydrogen powered fuel cells, conventional design |
--- |
--- |
other |
| HDB_H2_FCV_i |
Heavy duty bus (HDB) with hydrogen powered fuel cells, improved design |
--- |
--- |
other |
| HDB_ICE_a |
Heavy duty bus (HDB) with internal combustion engine, advanced design |
--- |
--- |
other |
| HDB_ICE_c |
Heavy duty bus (HDB) with internal combustion engine, conventional design |
--- |
--- |
other |
| HDB_ICE_i |
Heavy duty bus (HDB) with internal combustion engine, improved design |
--- |
--- |
other |
| HDEUI |
EURO I on heavy duty diesel road vehicles |
CH4 |
--- |
technology |
| HDEUI |
EURO I on heavy duty diesel road vehicles |
CO |
--- |
technology |
| HDEUI |
EURO I on heavy duty diesel road vehicles |
N2O |
--- |
technology |
| HDEUI |
EURO I on heavy duty diesel road vehicles |
NH3 |
--- |
technology |
| HDEUI |
EURO I on heavy duty diesel road vehicles |
NOX |
--- |
technology |
| HDEUI |
EURO I on heavy duty diesel road vehicles |
PM |
--- |
technology |
| HDEUI |
EURO I on heavy duty diesel road vehicles |
VOC |
--- |
technology |
| HDEUII |
EURO II on heavy duty diesel road vehicles |
CH4 |
--- |
technology |
| HDEUII |
EURO II on heavy duty diesel road vehicles |
CO |
--- |
technology |
| HDEUII |
EURO II on heavy duty diesel road vehicles |
N2O |
--- |
technology |
| HDEUII |
EURO II on heavy duty diesel road vehicles |
NH3 |
--- |
technology |
| HDEUII |
EURO II on heavy duty diesel road vehicles |
NOX |
--- |
technology |
| HDEUII |
EURO II on heavy duty diesel road vehicles |
PM |
--- |
technology |
| HDEUII |
EURO II on heavy duty diesel road vehicles |
VOC |
--- |
technology |
| HDEUIII |
EURO III on heavy duty road vehicles |
CH4 |
--- |
technology |
| HDEUIII |
EURO III on heavy duty road vehicles |
CO |
--- |
technology |
| HDEUIII |
EURO III on heavy duty road vehicles |
N2O |
--- |
technology |
| HDEUIII |
EURO III on heavy duty road vehicles |
NH3 |
--- |
technology |
| HDEUIII |
EURO III on heavy duty road vehicles |
NOX |
--- |
technology |
| HDEUIII |
EURO III on heavy duty road vehicles |
PM |
--- |
technology |
| HDEUIII |
EURO III on heavy duty road vehicles |
VOC |
--- |
technology |
| HDEUIV |
EURO IV on heavy duty diesel road vehicles |
CH4 |
--- |
technology |
| HDEUIV |
EURO IV on heavy duty diesel road vehicles |
CO |
--- |
technology |
| HDEUIV |
EURO IV on heavy duty diesel road vehicles |
N2O |
--- |
technology |
| HDEUIV |
EURO IV on heavy duty diesel road vehicles |
NH3 |
--- |
technology |
| HDEUIV |
EURO IV on heavy duty diesel road vehicles |
NOX |
--- |
technology |
| HDEUIV |
EURO IV on heavy duty diesel road vehicles |
PM |
--- |
technology |
| HDEUIV |
EURO IV on heavy duty diesel road vehicles |
VOC |
--- |
technology |
| HDEUV |
EURO V on heavy duty diesel road vehicles |
CH4 |
--- |
technology |
| HDEUV |
EURO V on heavy duty diesel road vehicles |
CO |
--- |
technology |
| HDEUV |
EURO V on heavy duty diesel road vehicles |
N2O |
--- |
technology |
| HDEUV |
EURO V on heavy duty diesel road vehicles |
NH3 |
--- |
technology |
| HDEUV |
EURO V on heavy duty diesel road vehicles |
NOX |
--- |
technology |
| HDEUV |
EURO V on heavy duty diesel road vehicles |
PM |
--- |
technology |
| HDEUV |
EURO V on heavy duty diesel road vehicles |
VOC |
--- |
technology |
| HDEUVI |
EURO VI on heavy duty diesel road vehicles |
CH4 |
--- |
technology |
| HDEUVI |
EURO VI on heavy duty diesel road vehicles |
CO |
--- |
technology |
| HDEUVI |
EURO VI on heavy duty diesel road vehicles |
N2O |
--- |
technology |
| HDEUVI |
EURO VI on heavy duty diesel road vehicles |
NH3 |
--- |
technology |
| HDEUVI |
EURO VI on heavy duty diesel road vehicles |
NOX |
--- |
technology |
| HDEUVI |
EURO VI on heavy duty diesel road vehicles |
PM |
--- |
technology |
| HDEUVI |
EURO VI on heavy duty diesel road vehicles |
VOC |
--- |
technology |
| HDSEI |
Stage 1 control on heavy duty vehicles with spark ignition engines |
CH4 |
--- |
technology |
| HDSEI |
Stage 1 control on heavy duty vehicles with spark ignition engines |
CO |
--- |
technology |
| HDSEI |
Stage 1 control on heavy duty vehicles with spark ignition engines |
NH3 |
--- |
technology |
| HDSEI |
Stage 1 control on heavy duty vehicles with spark ignition engines |
NOX |
--- |
technology |
| HDSEI |
Stage 1 control on heavy duty vehicles with spark ignition engines |
PM |
--- |
technology |
| HDSEI |
Stage 1 control on heavy duty vehicles with spark ignition engines |
VOC |
--- |
technology |
| HDSEII |
Stage 2 control on heavy duty vehicles with spark ignition engines |
CH4 |
--- |
technology |
| HDSEII |
Stage 2 control on heavy duty vehicles with spark ignition engines |
CO |
--- |
technology |
| HDSEII |
Stage 2 control on heavy duty vehicles with spark ignition engines |
NH3 |
--- |
technology |
| HDSEII |
Stage 2 control on heavy duty vehicles with spark ignition engines |
NOX |
--- |
technology |
| HDSEII |
Stage 2 control on heavy duty vehicles with spark ignition engines |
PM |
--- |
technology |
| HDSEII |
Stage 2 control on heavy duty vehicles with spark ignition engines |
VOC |
--- |
technology |
| HDSEIII |
Stage 3 control on heavy duty vehicles with spark ignition engines |
CH4 |
--- |
technology |
| HDSEIII |
Stage 3 control on heavy duty vehicles with spark ignition engines |
CO |
--- |
technology |
| HDSEIII |
Stage 3 control on heavy duty vehicles with spark ignition engines |
NH3 |
--- |
technology |
| HDSEIII |
Stage 3 control on heavy duty vehicles with spark ignition engines |
NOX |
--- |
technology |
| HDSEIII |
Stage 3 control on heavy duty vehicles with spark ignition engines |
PM |
--- |
technology |
| HDSEIII |
Stage 3 control on heavy duty vehicles with spark ignition engines |
VOC |
--- |
technology |
| HDT_ICE_a |
Heavy duty truck (HDT) with internal combustion engine, advanced design |
--- |
--- |
other |
| HDT_ICE_c |
Heavy duty truck (HDT) with internal combustion engine, conventional design |
--- |
--- |
other |
| HDT_ICE_i |
Heavy duty truck (HDT) with internal combustion engine, improved design |
--- |
--- |
other |
| HED |
High efficiency deduster - power plants |
CO |
--- |
technology |
| HED |
High efficiency deduster - power plants |
PM |
--- |
technology |
| HELP |
get me out of here |
MOB |
none |
activity |
| HELP |
none |
MOB |
none |
sector |
| HF |
Heavy fuel oil |
ENE |
PJ |
activity |
| HF |
Heavy fuel oil |
MOB |
PJ |
activity |
| HFC_OTH |
HFC emissions from different applications including fire extinguishers, solvents, some air conditioning and refrigerator applications, and HFC manufacturing emissions |
PROC |
t HFC/year |
sector |
| HF_NV |
Number of vehicles driving on HF |
MOB |
thousand of vehicles |
activity |
| HISTOSOLS |
Agriculture: organic soils |
AGR |
M ha |
sector |
| HO |
Horses |
AGR |
kt N |
activity |
| HO |
Horses |
AGR |
M animals |
activity |
| HOTM |
Hot melts or UV cross-linking acrylates or electron beam curing systems (solids content 100%) |
VOC |
--- |
technology |
| HOTO |
Hokkaido-Tohoku |
--- |
--- |
other |
| HOUSE_EX |
Existing houses |
--- |
--- |
other |
| HOUSE_NEW |
New houses |
--- |
--- |
other |
| HOUS_AD |
Household anaerobic digestion |
CH4 |
--- |
technology |
| HSE |
Good housekeeping |
VOC |
--- |
technology |
| HSE+BISUB |
Good houseking in steel industry and switch to emulsion bitumen |
VOC |
--- |
technology |
| HSS |
High solids coating systems (20% solvent content), application process with an efficiency of 35% |
VOC |
--- |
technology |
| HSS+PRM |
High solids coating systems (20% solvent content), application process with an efficiency of 75% |
VOC |
--- |
technology |
| HT |
Heat (steam, hot water) |
ENE |
PJ |
activity |
| HT |
Heat (steam, hot water) |
MOB |
PJ |
activity |
| HU |
Housing units |
--- |
--- |
other |
| HYD |
Hydro |
ENE |
PJ |
activity |
| IDK_BTK |
Mix of Intermittent Downdraught (IDK) and Bull's Trench Kiln (BTK) |
CO |
--- |
technology |
| IDK_BTK |
Mix of Intermittent Downdraught (IDK) and Bull's Trench Kiln (BTK) |
CO2 |
--- |
technology |
| IDK_BTK |
Mix of Intermittent Downdraught (IDK) and Bull's Trench Kiln (BTK) |
NOX |
--- |
technology |
| IDK_BTK |
Mix of Intermittent Downdraught (IDK) and Bull's Trench Kiln (BTK) |
PM |
--- |
technology |
| IDK_BTK |
Mix of Intermittent Downdraught (IDK) and Bull's Trench Kiln (BTK) |
SO2 |
--- |
technology |
| IFC |
Internal floating covers or secondary seals |
VOC |
--- |
technology |
| IFC+ST_IAD |
IFC and Stage IA (double stage) controls |
VOC |
--- |
technology |
| IFC+ST_IAS |
IFC and Stage IA (single stage) controls |
VOC |
--- |
technology |
| IFC+VRU_I |
Internal floating covers/sec.seals,vapour recovery (single stage) |
VOC |
--- |
technology |
| IFC+VRU_II |
Internal floating covers/sec.seals,vapour recovery (double stage) |
VOC |
--- |
technology |
| IN |
Fertilizer production |
--- |
--- |
other |
| INC |
Incineration |
VOC |
--- |
technology |
| INC_HFC |
Incineration: post combustion of HFC-23 emitted from production of HCFC-22 |
FGAS |
--- |
technology |
| IND_B |
Emissions of HFCs used as refrigerants in industrial refrigeration (including food and agricultural) equipment, while the equipment is in use (emissions from 'banked' HFC) |
PROC |
t HFC/year |
sector |
| IND_FOOD |
Wastewater from food (incl. beverages and tobacco) manufacturing industry |
PROC |
M m3 wastewater |
sector |
| IND_FOOD_AERO |
Industrial wastewater:pulp-and paper industry-aerobic treatment (MCF=0) |
CH4 |
--- |
technology |
| IND_FOOD_ANAE_NON |
Industrial wastewater:pulp-and paper industry-anaerobic treatment in digester,reactor or deep lagoon without gas recovery (MCF=0.5) |
CH4 |
--- |
technology |
| IND_FOOD_ANAE_USE |
Industrial wastewater:pulp-and paper industry-anaerobic treatment in digester,reactor or deep lagoon with gas recovery, upgrading and use (MCF=0) |
CH4 |
--- |
technology |
| IND_FOOD_COD |
Chemical oxygen demand for Wastewater from food (incl. beverages and tobacco) manufacturing industry |
PROC |
mg/l |
sector |
| IND_FOOD_NOC |
Wastewater from food (incl. beverages and tobacco) manufacturing industry |
PROC |
M m3 wastewater |
sector |
| IND_FOOD_TRM |
Wastewater from food (incl. beverages and tobacco) manufacturing industry |
PROC |
M m3 wastewater |
sector |
| IND_OCH |
Wastewater from organic chemical (non-food) manufacturing industry |
PROC |
M m3 wastewater |
sector |
| IND_OCH_AERO |
Industrial wastewater:pulp-and paper industry-aerobic treatment (MCF=0) |
CH4 |
--- |
technology |
| IND_OCH_ANAE_NON |
Industrial wastewater:pulp-and paper industry-anaerobic treatment in digester,reactor or deep lagoon without gas recovery (MCF=0.5) |
CH4 |
--- |
technology |
| IND_OCH_ANAE_USE |
Industrial wastewater:pulp-and paper industry-anaerobic treatment in digester,reactor or deep lagoon with gas recovery, upgrading and use (MCF=0) |
CH4 |
--- |
technology |
| IND_OCH_COD |
Chemical oxygen demand for Wastewater from organic chemical (non-food) manufacturing industry |
PROC |
mg/l |
sector |
| IND_OCH_NOC |
Wastewater from organic chemical (non-food) manufacturing industry |
PROC |
M m3 wastewater |
sector |
| IND_OCH_TRM |
Wastewater from organic chemical (non-food) manufacturing industry |
PROC |
M m3 wastewater |
sector |
| IND_OS |
Other industrial use of solvents |
VOCP |
kt VOC |
sector |
| IND_OTH |
Other industrial sources |
VOCP |
kt VOC |
sector |
| IND_PAP |
Wastewater from paper and pulp manufacturing industry |
PROC |
M m3 wastewater |
sector |
| IND_PAP_AERO |
Industrial wastewater:pulp-and paper industry-aerobic treatment (MCF=0) |
CH4 |
--- |
technology |
| IND_PAP_ANAE_NON |
Industrial wastewater:pulp-and paper industry-anaerobic treatment in digester,reactor or deep lagoon without gas recovery (MCF=0.5) |
CH4 |
--- |
technology |
| IND_PAP_ANAE_USE |
Industrial wastewater:pulp-and paper industry-anaerobic treatment in digester,reactor or deep lagoon with gas recovery, upgrading and use (MCF=0) |
CH4 |
--- |
technology |
| IND_PAP_COD |
Chemical oxygen demand for Wastewater from paper and pulp manufacturing industry |
PROC |
mg/l |
sector |
| IND_PAP_NOC |
Wastewater from paper and pulp manufacturing industry |
PROC |
M m3 wastewater |
sector |
| IND_PAP_TRM |
Wastewater from paper and pulp manufacturing industry |
PROC |
M m3 wastewater |
sector |
| IND_PROD |
C-F : Industrial production |
PROC |
Index (in 2000=100) |
sector |
| IND_P_CNT |
Industrial paint applications - General industry (continuous processes) |
VOCP |
kt |
sector |
| IND_P_OT |
Industrial paint applications - General industry |
VOCP |
kt |
sector |
| IND_P_PL |
Industrial paint applications - General industry (plastic parts) |
VOCP |
kt |
sector |
| IND_S |
Emissions of HFCs used as refrigerants in industrial refrigeration (including food and agricultural) equipment after the equipment has been scrapped (enf-of-life emissions) |
PROC |
t HFC/year |
sector |
| INK |
Printing inks |
VOCP |
kt INK |
activity |
| INLAND |
Inland, mountains and arctic |
--- |
--- |
other |
| INORG |
Inorganic chemical industry, fertilizers and other |
VOCP |
kt VOC |
sector |
| INTEREST RATE |
Interest rate on borrowed money |
--- |
--- |
other |
| INTER_RICE |
Aeration of continuously flooded rice fields |
CH4 |
--- |
technology |
| INV_C |
Constant coefficient in the investment cost function |
--- |
--- |
other |
| INV_C1 |
Constant coefficient in the investment cost function - part 1. |
--- |
--- |
other |
| INV_C2 |
Constant coefficient in the investment cost function - part 2. |
--- |
--- |
other |
| INV_HU |
Capital investment per housing unit |
--- |
--- |
other |
| INV_SQM |
Capital investment per sq m |
--- |
--- |
other |
| INV_V |
Variable (boiler size dependent) coefficient in the investment cost function |
--- |
--- |
other |
| INV_V1 |
Variable (boiler size dependent) coefficient in the investment cost function - part 1. |
--- |
--- |
other |
| INV_V2 |
Variable (boiler size dependent) coefficient in the investment cost function - part 2. |
--- |
--- |
other |
| INW_FOOD |
Waste composition: fraction of industrial waste from food (food, meat, beverages, tobacco) industry |
PROC |
Mt waste |
sector |
| INW_FOOD_AD |
Food industry waste treated in anaerobic digestion plant with biogas recovery, upgrading and utilization |
CH4 |
--- |
technology |
| INW_FOOD_COM |
Food industry waste treated in compost |
CH4 |
--- |
technology |
| INW_FOOD_INC |
Food industry waste incinerated |
CH4 |
--- |
technology |
| INW_FOOD_SWD_FLA |
Food industry waste diverted to landfill with gas recovery and flaring |
CH4 |
--- |
technology |
| INW_FOOD_SWD_USE |
Food industry waste diverted to landfill with gas recovery and utilization |
CH4 |
--- |
technology |
| INW_OTH |
Waste composition: fraction of industrial waste from other industry |
PROC |
Mt waste |
sector |
| INW_OTH_INC |
Other industry waste incinerated |
CH4 |
--- |
technology |
| INW_OTH_SWD_FLA |
Other industry waste diverted to landfill with gas recovery and flaring |
CH4 |
--- |
technology |
| INW_OTH_SWD_USE |
Other industry waste diverted to landfill with gas recovery and utilization |
CH4 |
--- |
technology |
| INW_PAP |
Waste composition: fraction of industrial waste from paper and pulp industry |
PROC |
Mt waste |
sector |
| INW_PAP_INC |
Pulp- and paper industry waste incinerated |
CH4 |
--- |
technology |
| INW_PAP_REC |
Pulp- and paper industry waste recycled |
CH4 |
--- |
technology |
| INW_PAP_SWD_FLA |
Pulp- and paper industry waste diverted to landfill with gas recovery and flaring |
CH4 |
--- |
technology |
| INW_PAP_SWD_USE |
Pulp- and paper industry waste diverted to landfill with gas recovery and utilization |
CH4 |
--- |
technology |
| INW_RUB |
Waste composition: fraction of industrial waste from rubber production industry |
PROC |
Mt waste |
sector |
| INW_RUB_INC |
Rubber industry waste incinerated |
CH4 |
--- |
technology |
| INW_RUB_SWD_FLA |
Rubber industry waste diverted to landfill with gas recovery and flaring |
CH4 |
--- |
technology |
| INW_RUB_SWD_USE |
Rubber industry waste diverted to landfill with gas recovery and utilization |
CH4 |
--- |
technology |
| INW_TEX |
Waste composition: fraction of industrial waste from textile industry |
PROC |
Mt waste |
sector |
| INW_TEX_INC |
Textile industry waste incinerated |
CH4 |
--- |
technology |
| INW_TEX_SWD_FLA |
Textile industry waste diverted to landfill with gas recovery and flaring |
CH4 |
--- |
technology |
| INW_TEX_SWD_USE |
Textile industry waste diverted to landfill with gas recovery and utilization |
CH4 |
--- |
technology |
| INW_TOT |
Industrial solid waste ( total manufacturing industry waste ) |
PROC |
Mt waste |
sector |
| INW_WOOD |
Waste composition: fraction of industrial waste from wood and wood products industry |
PROC |
Mt waste |
sector |
| INW_WOOD_INC |
Wood industry waste incinerated |
CH4 |
--- |
technology |
| INW_WOOD_REC |
Wood industry waste recycling |
CH4 |
--- |
technology |
| INW_WOOD_SWD_FLA |
Wood industry waste diverted to landfill with gas recovery and flaring |
CH4 |
--- |
technology |
| INW_WOOD_SWD_USE |
Wood industry waste diverted to landfill with gas recovery and utilization |
CH4 |
--- |
technology |
| IN_BO |
Industry: combustion in boilers (heat only boilers, all sectors) |
ENE |
PJ |
sector |
| IN_BO1 |
Industry: Combustion in boilers, grate firing |
ENE |
PJ |
sector |
| IN_BO2 |
Industry: Combustion in boilers, fluidized bed |
ENE |
PJ |
sector |
| IN_BO3 |
Industry: Combustion in boilers, pulverized |
ENE |
PJ |
sector |
| IN_BO_CHEM |
Industry: chemical industry (combustion in boilers) |
ENE |
PJ |
sector |
| IN_BO_CON |
Industry, transformation sector, combustion in boilers |
ENE |
PJ |
sector |
| IN_BO_L |
Industry: Combustion in large boilers |
ENE |
PJ |
sector |
| IN_BO_OTH |
Industry: other sectors; combustion of fossil fuels other than brown coal/lignite and hard coal |
ENE |
PJ |
sector |
| IN_BO_OTH_L |
Industry: other sectors; combustion of brown coal/lignite and hard coal in large boilers ( > 20 MWth ) |
ENE |
PJ |
sector |
| IN_BO_OTH_S |
Industry: other sectors; combustion of brown coal/lignite and hard coal in small boilers ( < 20 MWth ) |
ENE |
PJ |
sector |
| IN_BO_PAP |
Industry: paper and pulp production (combustion in boilers) |
ENE |
PJ |
sector |
| IN_CHEM_BO |
Chemical Industry: Combustion in boilers |
ENE |
PJ |
sector |
| IN_CHEM_OC |
Chemical Industry: Other combustion |
ENE |
PJ |
sector |
| IN_CON_BO |
Conversion: Combustion in boilers |
ENE |
PJ |
sector |
| IN_CYC |
Cyclone - industrial combustion |
PM |
--- |
technology |
| IN_ESP1 |
Electrostatic precipitator: 1 field - industrial combustion |
PM |
--- |
technology |
| IN_ESP2 |
Electrostatic precipitator: 2 fields - industrial combustion |
PM |
--- |
technology |
| IN_HED |
High efficiency deduster - industrial combustion |
CO |
--- |
technology |
| IN_HED |
High efficiency deduster - industrial combustion |
PM |
--- |
technology |
| IN_ISTE_OC |
Iron and Steel Industry: Other combustion |
ENE |
PJ |
sector |
| IN_NFME_OC |
Non-Ferrous Metals: Other combustion |
ENE |
PJ |
sector |
| IN_NMMI_OC |
Building Materials Industry: Other combustion |
ENE |
PJ |
sector |
| IN_OC |
Industry: Other combustion (used in emission tables) |
ENE |
PJ |
sector |
| IN_OC1 |
Industry: Other combustion, grate firing |
ENE |
PJ |
sector |
| IN_OC2 |
Industry: Other combustion, fluidized bed |
ENE |
PJ |
sector |
| IN_OC3 |
Industry: Other combustion, pulverized |
ENE |
PJ |
sector |
| IN_OCTOT |
Industry: other combustion (all sectors) |
ENE |
PJ |
sector |
| IN_OC_CHEM |
Industry: chemical industry (other combustion) |
ENE |
PJ |
sector |
| IN_OC_ISTE |
Industry: iron and steel (other combustion) |
ENE |
PJ |
sector |
| IN_OC_NFME |
Industry: non-ferrous metals (other combustion) |
ENE |
PJ |
sector |
| IN_OC_NMMI |
Industry: non-metallic minerals (other combustion) |
ENE |
PJ |
sector |
| IN_OC_OTH |
Other Industry: Other combustion |
ENE |
Mt waste |
sector |
| IN_OC_OTH |
Other Industry: Other combustion |
ENE |
PJ |
sector |
| IN_OC_PAP |
Industry: paper and pulp production (other combustion) |
ENE |
PJ |
sector |
| IN_OTH_BO |
Other Industry: Combustion in boilers |
ENE |
PJ |
sector |
| IN_OTH_OC |
Other Industry: Other combustion |
ENE |
PJ |
sector |
| IN_OTH_OC |
Other Industry: Other combustion |
ENE |
Mt waste |
sector |
| IN_PAP_BO |
Paper and Pulp Industry: Combustion in boilers |
ENE |
PJ |
sector |
| IN_PAP_OC |
Paper and Pulp Industry: Other combustion |
ENE |
PJ |
sector |
| IN_PR_CELI |
Ind. Process: Cement and lime |
--- |
--- |
other |
| IN_PR_COKE |
Ind. Process: Coke oven |
--- |
--- |
other |
| IN_PR_NFME |
Ind. Process: Other non-ferrous metals prod. - primary and secondary |
--- |
--- |
other |
| IN_PR_NIAC |
Industry - Process emissions - Nitric acid plants |
--- |
--- |
other |
| IN_PR_PIGI |
Ind. Process: Pig iron, blast furnace |
--- |
--- |
other |
| IN_PR_PULP |
Industry - Process emissions - Pulp and paper |
--- |
--- |
other |
| IN_PR_REF |
Ind. Process: Petroleum refineries |
--- |
--- |
other |
| IN_PR_SINT |
Ind. Process: Agglomeration plant - sinter |
--- |
--- |
other |
| IN_PR_SUAC |
Industry - Process emissions - Sulphuric acid plants |
--- |
--- |
other |
| IO |
Other industrial emissions |
--- |
--- |
other |
| IOGCM |
Combustion modification on oil and gas industrial boilers and furnaces |
NH3 |
--- |
technology |
| IOGCM |
Combustion modification on oil and gas industrial boilers and furnaces |
NOX |
--- |
technology |
| IOGCSC |
Combustion modification and selective catalytic reduction on oil and gas industrial boilers and furnaces |
CO |
--- |
technology |
| IOGCSC |
Combustion modification and selective catalytic reduction on oil and gas industrial boilers and furnaces |
NH3 |
--- |
technology |
| IOGCSC |
Combustion modification and selective catalytic reduction on oil and gas industrial boilers and furnaces |
NOX |
--- |
technology |
| IOGCSN |
Combustion modification and selective non-catalytic reduction on oil and gas industrial boilers and furnaces |
N2O |
--- |
technology |
| IOGCSN |
Combustion modification and selective non-catalytic reduction on oil and gas industrial boilers and furnaces |
NH3 |
--- |
technology |
| IOGCSN |
Combustion modification and selective non-catalytic reduction on oil and gas industrial boilers and furnaces |
NOX |
--- |
technology |
| IO_NH3_EMISS |
Other industrial NH3 emissions |
AGR |
kt NH3 |
sector |
| IR |
Interest rate |
--- |
--- |
other |
| ISBP |
Use of improved solvent based paints (55%), application efficiency as above |
VOC |
--- |
technology |
| ISBP+INC |
Combination of the above options |
VOC |
--- |
technology |
| ISFCM |
Combustion modification on solid fuels fired industrial boilers and furnaces |
NH3 |
--- |
technology |
| ISFCM |
Combustion modification on solid fuels fired industrial boilers and furnaces |
NOX |
--- |
technology |
| ISFCSC |
Combustion modification and selective catalytic reduction on solid fuels fired industrial boilers and furnaces |
CO |
--- |
technology |
| ISFCSC |
Combustion modification and selective catalytic reduction on solid fuels fired industrial boilers and furnaces |
NH3 |
--- |
technology |
| ISFCSC |
Combustion modification and selective catalytic reduction on solid fuels fired industrial boilers and furnaces |
NOX |
--- |
technology |
| ISFCSN |
Combustion modification and selective non-catalytic reduction on solid fuels fired industrial boilers and furnaces |
N2O |
--- |
technology |
| ISFCSN |
Combustion modification and selective non-catalytic reduction on solid fuels fired industrial boilers and furnaces |
NH3 |
--- |
technology |
| ISFCSN |
Combustion modification and selective non-catalytic reduction on solid fuels fired industrial boilers and furnaces |
NOX |
--- |
technology |
| IWFGD |
Industry - wet flue gases desulphurisation |
SO2 |
--- |
technology |
| I_LAND |
Improved Landfills |
VOC |
--- |
technology |
| KANT |
Kanto |
--- |
--- |
other |
| KINK |
Kinki |
--- |
--- |
other |
| KT |
Thousand tons |
--- |
--- |
other |
| KT INK |
Thousand tons of printing ink used |
--- |
--- |
other |
| KT N |
Thousand tons nitrogen |
--- |
--- |
other |
| KT PAINT |
Thousand tons of paint used |
--- |
--- |
other |
| KT PG |
Thousand tons of paint and glue produced |
--- |
--- |
other |
| KT SLV |
Thousand tons of solvents used |
--- |
--- |
other |
| KT TEX |
Thousand tons of textiles (clothing) cleaned |
--- |
--- |
other |
| KT VOC |
Thousand tons of emitted NMVOC |
--- |
--- |
other |
| KVEH |
Thousand vehicles painted |
--- |
--- |
other |
| KYOK |
Kyushu-Okinawa |
--- |
--- |
other |
| LABOR |
Labor demand |
--- |
--- |
other |
| LD2_EE_c |
2-stroke moped (LD2) with electric engine |
--- |
--- |
other |
| LD2_EE_i |
2-stroke moped (LD2) with electric engine, improved design |
--- |
--- |
other |
| LD2_ICE_c |
2-stroke moped (LD2) with internal combustion engine |
--- |
--- |
other |
| LD2_ICE_i |
2-stroke moped (LD2) with internal combustion engine, improved design |
--- |
--- |
other |
| LDAR_I |
Leak detection and repair program, stage I |
VOC |
--- |
technology |
| LDAR_I+COWS |
Combination of the above options |
VOC |
--- |
technology |
| LDAR_II |
Leak detection and repair program, stage II |
VOC |
--- |
technology |
| LDAR_II+COWS |
Combination of the above options |
VOC |
--- |
technology |
| LDAR_III |
Leak detection and repair program, stage III |
VOC |
--- |
technology |
| LDAR_IV |
Leak detection and repair program, stage IV |
VOC |
--- |
technology |
| LDC_BEV |
Battery electric car (LD4C) |
--- |
--- |
other |
| LDC_BEV_a |
Battery electric car (LD4C) with advanced battery and vehicle design |
--- |
--- |
other |
| LDC_H2_FCV |
Hydrogen powered fuel cell car (LD4C) |
--- |
--- |
other |
| LDC_HEV |
Hybrid electric car (LD4C) with limited battery range |
--- |
--- |
other |
| LDC_HEV_a |
Hybrid electric car (LD4C) with advanced battery and vehicle design |
--- |
--- |
other |
| LDC_ICE_a |
Car (LD4C) with advanced internal combustion engine and vehicle design |
--- |
--- |
other |
| LDC_ICE_c |
Conventional car (LD4C) with internal combustion engine |
--- |
--- |
other |
| LDC_PHEV |
Plug-in hybrid electric car (LD4C) with advanced battery and vehicle design |
--- |
--- |
other |
| LDT_BEV |
Battery electric light truck (LD4T) |
--- |
--- |
other |
| LDT_BEV_a |
Battery electric light truck (LD4T) with advanced battery and vehicle design |
--- |
--- |
other |
| LDT_H2_FCV |
Hydrogen powered fuel cell light truck (LD4T) |
--- |
--- |
other |
| LDT_HEV |
Hybrid electric light truck (LD4T) with limited battery range |
--- |
--- |
other |
| LDT_HEV_a |
Hybrid electric light truck (LD4T) with advanced battery and vehicle design |
--- |
--- |
other |
| LDT_ICE_a |
Light truck (LD4T) with advanced internal combustion engine and vehicle design |
--- |
--- |
other |
| LDT_ICE_c |
Conventional light truck (LD4T) with internal combustion engine |
--- |
--- |
other |
| LDT_PHEV |
Plug-in hybrid electric light truck (LD4T) with advanced battery and vehicle design |
--- |
--- |
other |
| LEAD_GASOL |
Heavy and light duty vehicles: leaded gasoline (exhaust) |
MOB |
PJ |
sector |
| LEATHER |
Leather coating |
VOCP |
kt |
sector |
| LFEUI |
EURO 1 on light duty spark ignition road vehicles (4-stroke engines) |
CH4 |
--- |
technology |
| LFEUI |
EURO 1 on light duty spark ignition road vehicles (4-stroke engines) |
CO |
--- |
technology |
| LFEUI |
EURO 1 on light duty spark ignition road vehicles (4-stroke engines) |
N2O |
--- |
technology |
| LFEUI |
EURO 1 on light duty spark ignition road vehicles (4-stroke engines) |
NH3 |
--- |
technology |
| LFEUI |
EURO 1 on light duty spark ignition road vehicles (4-stroke engines) |
NOX |
--- |
technology |
| LFEUI |
EURO 1 on light duty spark ignition road vehicles (4-stroke engines) |
PM |
--- |
technology |
| LFEUI |
EURO 1 on light duty spark ignition road vehicles (4-stroke engines) |
VOC |
--- |
technology |
| LFEUII |
EURO 2 on light duty spark ignition road vehicles (4-stroke engines) |
CH4 |
--- |
technology |
| LFEUII |
EURO 2 on light duty spark ignition road vehicles (4-stroke engines) |
CO |
--- |
technology |
| LFEUII |
EURO 2 on light duty spark ignition road vehicles (4-stroke engines) |
N2O |
--- |
technology |
| LFEUII |
EURO 2 on light duty spark ignition road vehicles (4-stroke engines) |
NH3 |
--- |
technology |
| LFEUII |
EURO 2 on light duty spark ignition road vehicles (4-stroke engines) |
NOX |
--- |
technology |
| LFEUII |
EURO 2 on light duty spark ignition road vehicles (4-stroke engines) |
PM |
--- |
technology |
| LFEUII |
EURO 2 on light duty spark ignition road vehicles (4-stroke engines) |
VOC |
--- |
technology |
| LFEUIII |
EURO 3 on light duty spark ignition road vehicles (4-stroke engines) |
CH4 |
--- |
technology |
| LFEUIII |
EURO 3 on light duty spark ignition road vehicles (4-stroke engines) |
CO |
--- |
technology |
| LFEUIII |
EURO 3 on light duty spark ignition road vehicles (4-stroke engines) |
N2O |
--- |
technology |
| LFEUIII |
EURO 3 on light duty spark ignition road vehicles (4-stroke engines) |
NH3 |
--- |
technology |
| LFEUIII |
EURO 3 on light duty spark ignition road vehicles (4-stroke engines) |
NOX |
--- |
technology |
| LFEUIII |
EURO 3 on light duty spark ignition road vehicles (4-stroke engines) |
PM |
--- |
technology |
| LFEUIII |
EURO 3 on light duty spark ignition road vehicles (4-stroke engines) |
VOC |
--- |
technology |
| LFEUIV |
EURO 4 on light duty spark ignition road vehicles (4-stroke engines) |
CH4 |
--- |
technology |
| LFEUIV |
EURO 4 on light duty spark ignition road vehicles (4-stroke engines) |
CO |
--- |
technology |
| LFEUIV |
EURO 4 on light duty spark ignition road vehicles (4-stroke engines) |
N2O |
--- |
technology |
| LFEUIV |
EURO 4 on light duty spark ignition road vehicles (4-stroke engines) |
NH3 |
--- |
technology |
| LFEUIV |
EURO 4 on light duty spark ignition road vehicles (4-stroke engines) |
NOX |
--- |
technology |
| LFEUIV |
EURO 4 on light duty spark ignition road vehicles (4-stroke engines) |
PM |
--- |
technology |
| LFEUIV |
EURO 4 on light duty spark ignition road vehicles (4-stroke engines) |
VOC |
--- |
technology |
| LFEUV |
EURO 5 on light duty spark ignition road vehicles (4-stroke engines) |
CH4 |
--- |
technology |
| LFEUV |
EURO 5 on light duty spark ignition road vehicles (4-stroke engines) |
CO |
--- |
technology |
| LFEUV |
EURO 5 on light duty spark ignition road vehicles (4-stroke engines) |
N2O |
--- |
technology |
| LFEUV |
EURO 5 on light duty spark ignition road vehicles (4-stroke engines) |
NH3 |
--- |
technology |
| LFEUV |
EURO 5 on light duty spark ignition road vehicles (4-stroke engines) |
NOX |
--- |
technology |
| LFEUV |
EURO 5 on light duty spark ignition road vehicles (4-stroke engines) |
PM |
--- |
technology |
| LFEUV |
EURO 5 on light duty spark ignition road vehicles (4-stroke engines) |
VOC |
--- |
technology |
| LFEUVI |
EURO 6 on light duty spark ignition road vehicles (4-stroke engines) |
CH4 |
--- |
technology |
| LFEUVI |
EURO 6 on light duty spark ignition road vehicles (4-stroke engines) |
CO |
--- |
technology |
| LFEUVI |
EURO 6 on light duty spark ignition road vehicles (4-stroke engines) |
N2O |
--- |
technology |
| LFEUVI |
EURO 6 on light duty spark ignition road vehicles (4-stroke engines) |
NH3 |
--- |
technology |
| LFEUVI |
EURO 6 on light duty spark ignition road vehicles (4-stroke engines) |
NOX |
--- |
technology |
| LFEUVI |
EURO 6 on light duty spark ignition road vehicles (4-stroke engines) |
PM |
--- |
technology |
| LFEUVI |
EURO 6 on light duty spark ignition road vehicles (4-stroke engines) |
VOC |
--- |
technology |
| LFL |
Leaded gasoline |
MOB |
PJ |
activity |
| LH |
Laying hens |
AGR |
M animals |
activity |
| LH |
Laying hens |
AGR |
kt N |
activity |
| LIGHTING |
Lighting |
--- |
--- |
other |
| LINJ |
In-furnace control - limestone injection |
SO2 |
--- |
technology |
| LNA |
Low ammonia application; mean efficiency |
NH3 |
--- |
technology |
| LNA_high |
Low ammonia application; high efficiency |
NH3 |
--- |
technology |
| LNA_low |
Low ammonia application; low efficiency |
NH3 |
--- |
technology |
| LNF |
Low nitrogen feed |
NH3 |
--- |
technology |
| LNF_BF |
Combination of LNF_BF |
NH3 |
--- |
technology |
| LNF_BF_CS |
Combination of LNF_BF_CS |
NH3 |
--- |
technology |
| LNF_BF_CS_LNA |
Combination of LNF_BF_CS_LNA |
NH3 |
--- |
technology |
| LNF_BF_LNA |
Combination of LNF_BF_LNA |
NH3 |
--- |
technology |
| LNF_BF_LNA_high |
Combination of LNF_BF_LNA_high |
NH3 |
--- |
technology |
| LNF_BF_LNA_low |
Combination of LNF_BF_LNA_low |
NH3 |
--- |
technology |
| LNF_CS |
Combination of LNF_CS |
NH3 |
--- |
technology |
| LNF_CS_LNA |
Combination of LNF_CS_LNA |
NH3 |
--- |
technology |
| LNF_LNA |
Combination of LNF_LNA |
NH3 |
--- |
technology |
| LNF_LNA_high |
Combination of LNF_LNA_high |
NH3 |
--- |
technology |
| LNF_LNA_low |
Combination of LNF_LNA_low |
NH3 |
--- |
technology |
| LNF_SA |
Combination of LNF_SA |
NH3 |
--- |
technology |
| LNF_SA_LNA |
Combination of LNF_SA_LNA |
NH3 |
--- |
technology |
| LPB |
Low pentane (4%) expandable beads |
VOC |
--- |
technology |
| LPG |
Liquefied petroleum gas |
ENE |
PJ |
activity |
| LPG |
Liquefied petroleum gas |
MOB |
PJ |
activity |
| LPG_KM |
Liquefied petroleum gas |
MOB |
Gveh-km |
activity |
| LPG_NV |
Number of vehicles driving on LPG |
MOB |
thousand of vehicles |
activity |
| LSCK |
Low sulphur coke (0.6 %S) |
SO2 |
--- |
technology |
| LSCO |
Low sulphur coal (0.6 %S) |
SO2 |
--- |
technology |
| LSGSL |
Low sulphur gasoline (0.001 %S) |
SO2 |
--- |
technology |
| LSHF |
Low sulphur fuel oil (0.6 %S) |
SO2 |
--- |
technology |
| LSI+ENC |
Low solvent inks and enclosure |
VOC |
--- |
technology |
| LSI+ENC+ACA |
Low solvent inks, enclosure and adsorption |
VOC |
--- |
technology |
| LSI+ENC+INC |
Low solvent inks, enclosure and incineration |
VOC |
--- |
technology |
| LSI+ENC+INC-ACA |
Low solvent inks, enclosure and incineration or adsorption |
VOC |
--- |
technology |
| LSMD1 |
Low sulphur diesel oil - stage 1 (0.2 % S) |
SO2 |
--- |
technology |
| LSMD2 |
Low sulphur diesel oil - stage 2 (0.045 % S) |
SO2 |
--- |
technology |
| LSMD3 |
Low sulphur diesel oil - stage 3 (0.001 % S) |
SO2 |
--- |
technology |
| LSS+PRM |
Low solids systems (80% solvent content) and application process with an efficiency of 75% (electrostatic, roller coating, curtain coating, dipping) |
VOC |
--- |
technology |
| LSS+PRM+INC |
Combination of the above options |
VOC |
--- |
technology |
| LSWBI |
Low solvent or water based inks |
VOC |
--- |
technology |
| LSWBI+ENC+ACA |
Low solvent/water based inks, enclosure and adsorption |
VOC |
--- |
technology |
| LSWBI+ENC+INC |
Low solvent/water based inks, enclosure and incineration |
VOC |
--- |
technology |
| LSWBI+ENC+INC-A |
Low solvent/water based inks and incineration/adsorption |
VOC |
--- |
technology |
| LT |
Lifetime |
--- |
--- |
other |
| LTDDADJ_SQM |
Long-term degree-days adjustment |
--- |
--- |
other |
| LTIME |
Lifetime |
--- |
--- |
other |
| M ANIMALS |
Million animals |
--- |
--- |
other |
| M HA |
Million hectares |
--- |
--- |
other |
| M M2 |
Million square meters |
--- |
--- |
other |
| M PERSONS |
Million persons |
--- |
--- |
other |
| M4_EE_c |
Motorcycle (M4) with electric engine |
--- |
--- |
other |
| M4_EE_i |
Motorcycle (M4) with electric engine, improved design |
--- |
--- |
other |
| M4_ICE_c |
Motorcycle (M4) with internal combustion engine |
--- |
--- |
other |
| M4_ICE_i |
Motorcycle (M4) with internal combustion engine, improved design |
--- |
--- |
other |
| MACRO |
Macro parameters ( Population, GDP, etc.) |
ENE |
M people |
sector |
| MACRO |
Macro parameters ( Population, GDP, etc.) |
ENE |
10^9 Euro PPP |
sector |
| MACRO |
Macro parameters ( Population, GDP, etc.) |
ENE |
10^9 Euro MEX |
sector |
| MAC_B |
Emissions of HFC refrigerants in vehicle stock ('banked' emissions) |
PROC |
t HFC/year |
sector |
| MAC_S |
Emissions of HFC refrigerants in scrapped vehicles (end-of-life emissions) |
PROC |
t HFC/year |
sector |
| MAGNPR |
Magnesium production and casting |
PROC |
t Mg processed/year |
sector |
| MANUF_CEMLIM |
D.26.5 : Manufacture of cement, lime and plaster (building materials) |
PROC |
Index (in 2000=100) |
sector |
| MANUF_CHEM |
D.24 : Manufacture of chemicals and chemical products (chemicals) |
PROC |
Index (in 2000=100) |
sector |
| MANUF_FOOD |
D.15 : Manufacture of food products and beverages(food, drink, tobacco) |
PROC |
Index (in 2000=100) |
sector |
| MANUF_IR_STEEL |
D.27.1 : Manufacture of basic iron and steel and ferro-alloys (iron&steel) |
PROC |
Index (in 2000=100) |
sector |
| MANUF_MET_PROD |
D.28 : Manufacture of fabricated metal products, except machinery and equipment (engineering) |
PROC |
Index (in 2000=100) |
sector |
| MANUF_MOTORVEH |
D.34 : Manufacture of motor vehicles, trailers and semi-trailers |
PROC |
Index (in 2000=100) |
sector |
| MANUF_NFME |
D.27.4 : Manufacture of basic precious and non-ferro metals (non-ferrous metals) |
PROC |
Index (in 2000=100) |
sector |
| MANUF_PULP |
D.21 : Manufacture of pulp, paper and paper products (paper and pulp prod. - indic) |
PROC |
Index (in 2000=100) |
sector |
| MANUF_RUBB |
D.25 : Manufacture of rubber and plastic products |
PROC |
Index (in 2000=100) |
sector |
| MANUF_TEXTIL |
D.17-19 : Manufacture of textiles and leather products (textiles) |
PROC |
Index (in 2000=100) |
sector |
| MANURE |
Manure treatment and manure distributed on soils |
AGR |
kt N |
sector |
| MATLA |
Middle Atlantic |
--- |
--- |
other |
| MAX_APPL_CROSS_HU |
Maximum penetration - all measures |
--- |
--- |
other |
| MAX_APPL_CROSS_SQM |
Maximum penetration - all measures |
--- |
--- |
other |
| MAX_APPL_HU |
Maximum penetration of measure |
--- |
--- |
other |
| MAX_APPL_SQM |
Maximum penetration of measure |
--- |
--- |
other |
| MB_CYC |
Cyclone for medium boiler |
CH4 |
--- |
technology |
| MB_CYC |
Cyclone for medium boiler |
PM |
--- |
technology |
| MB_CYC |
Cyclone for medium boiler |
VOC |
--- |
technology |
| MB_HED |
High efficiency deduster for medium boiler |
CH4 |
--- |
technology |
| MB_HED |
High efficiency deduster for medium boiler |
PM |
--- |
technology |
| MB_HED |
High efficiency deduster for medium boiler |
VOC |
--- |
technology |
| MB_HED_A |
High efficiency deduster for medium boiler using agriculture residuals |
CH4 |
--- |
technology |
| MB_HED_A |
High efficiency deduster for medium boiler using agriculture residuals |
CO |
--- |
technology |
| MB_HED_A |
High efficiency deduster for medium boiler using agriculture residuals |
PM |
--- |
technology |
| MB_HED_A |
High efficiency deduster for medium boiler using agriculture residuals |
VOC |
--- |
technology |
| MB_HED_F |
High efficiency deduster for medium boiler using fuelwood |
CH4 |
--- |
technology |
| MB_HED_F |
High efficiency deduster for medium boiler using fuelwood |
CO |
--- |
technology |
| MB_HED_F |
High efficiency deduster for medium boiler using fuelwood |
PM |
--- |
technology |
| MB_HED_F |
High efficiency deduster for medium boiler using fuelwood |
VOC |
--- |
technology |
| MB_PELL |
Medium boiler - pellets |
CH4 |
--- |
technology |
| MB_PELL |
Medium boiler - pellets |
CO |
--- |
technology |
| MB_PELL |
Medium boiler - pellets |
PM |
--- |
technology |
| MB_PELL |
Medium boiler - pellets |
VOC |
--- |
technology |
| MD |
Medium distillates (diesel, light fuel oil) |
ENE |
PJ |
activity |
| MD |
Medium distillates (diesel, light fuel oil) |
MOB |
PJ |
activity |
| MDEUI |
EURO 1 on light duty diesel road vehicles |
CH4 |
--- |
technology |
| MDEUI |
EURO 1 on light duty diesel road vehicles |
CO |
--- |
technology |
| MDEUI |
EURO 1 on light duty diesel road vehicles |
N2O |
--- |
technology |
| MDEUI |
EURO 1 on light duty diesel road vehicles |
NH3 |
--- |
technology |
| MDEUI |
EURO 1 on light duty diesel road vehicles |
NOX |
--- |
technology |
| MDEUI |
EURO 1 on light duty diesel road vehicles |
PM |
--- |
technology |
| MDEUI |
EURO 1 on light duty diesel road vehicles |
VOC |
--- |
technology |
| MDEUII |
EURO 2 on light duty diesel road vehicles |
CH4 |
--- |
technology |
| MDEUII |
EURO 2 on light duty diesel road vehicles |
CO |
--- |
technology |
| MDEUII |
EURO 2 on light duty diesel road vehicles |
N2O |
--- |
technology |
| MDEUII |
EURO 2 on light duty diesel road vehicles |
NH3 |
--- |
technology |
| MDEUII |
EURO 2 on light duty diesel road vehicles |
NOX |
--- |
technology |
| MDEUII |
EURO 2 on light duty diesel road vehicles |
PM |
--- |
technology |
| MDEUII |
EURO 2 on light duty diesel road vehicles |
VOC |
--- |
technology |
| MDEUIII |
EURO 3 on light duty diesel road vehicles |
CH4 |
--- |
technology |
| MDEUIII |
EURO 3 on light duty diesel road vehicles |
CO |
--- |
technology |
| MDEUIII |
EURO 3 on light duty diesel road vehicles |
N2O |
--- |
technology |
| MDEUIII |
EURO 3 on light duty diesel road vehicles |
NH3 |
--- |
technology |
| MDEUIII |
EURO 3 on light duty diesel road vehicles |
NOX |
--- |
technology |
| MDEUIII |
EURO 3 on light duty diesel road vehicles |
PM |
--- |
technology |
| MDEUIII |
EURO 3 on light duty diesel road vehicles |
VOC |
--- |
technology |
| MDEUIV |
EURO 4 on light duty diesel road vehicles |
CH4 |
--- |
technology |
| MDEUIV |
EURO 4 on light duty diesel road vehicles |
CO |
--- |
technology |
| MDEUIV |
EURO 4 on light duty diesel road vehicles |
N2O |
--- |
technology |
| MDEUIV |
EURO 4 on light duty diesel road vehicles |
NH3 |
--- |
technology |
| MDEUIV |
EURO 4 on light duty diesel road vehicles |
NOX |
--- |
technology |
| MDEUIV |
EURO 4 on light duty diesel road vehicles |
PM |
--- |
technology |
| MDEUIV |
EURO 4 on light duty diesel road vehicles |
VOC |
--- |
technology |
| MDEUV |
EURO 5 on light duty diesel road vehicles |
CH4 |
--- |
technology |
| MDEUV |
EURO 5 on light duty diesel road vehicles |
CO |
--- |
technology |
| MDEUV |
EURO 5 on light duty diesel road vehicles |
N2O |
--- |
technology |
| MDEUV |
EURO 5 on light duty diesel road vehicles |
NH3 |
--- |
technology |
| MDEUV |
EURO 5 on light duty diesel road vehicles |
NOX |
--- |
technology |
| MDEUV |
EURO 5 on light duty diesel road vehicles |
PM |
--- |
technology |
| MDEUV |
EURO 5 on light duty diesel road vehicles |
VOC |
--- |
technology |
| MDEUVI |
EURO 6 on light duty diesel road vehicles |
CH4 |
--- |
technology |
| MDEUVI |
EURO 6 on light duty diesel road vehicles |
CO |
--- |
technology |
| MDEUVI |
EURO 6 on light duty diesel road vehicles |
N2O |
--- |
technology |
| MDEUVI |
EURO 6 on light duty diesel road vehicles |
NH3 |
--- |
technology |
| MDEUVI |
EURO 6 on light duty diesel road vehicles |
NOX |
--- |
technology |
| MDEUVI |
EURO 6 on light duty diesel road vehicles |
PM |
--- |
technology |
| MDEUVI |
EURO 6 on light duty diesel road vehicles |
VOC |
--- |
technology |
| MD_BIO |
Bio diesel |
MOB |
PJ |
activity |
| MD_KM |
Medium distillates (diesel,light fuel oil) |
MOB |
Gveh-km |
activity |
| MD_M |
Medium distillates (diesel, light fuel oil, mineral fraction for mobile sources) |
ENE |
PJ |
activity |
| MD_M |
Medium distillates (diesel, light fuel oil, mineral fraction for mobile sources) |
MOB |
PJ |
activity |
| MD_NV |
Number of vehicles driving on MD |
MOB |
thousand of vehicles |
activity |
| MINE_BC |
Mining: Brown coal |
PROC |
Mt |
sector |
| MINE_BC_POST |
Mining: Brown coal |
PROC |
Mt |
sector |
| MINE_BC_PRE |
Mining: Brown coal |
PROC |
Mt |
sector |
| MINE_BC_VAM |
Mining: Brown coal |
PROC |
Mt |
sector |
| MINE_GP |
Good practice in mining industry |
PM |
--- |
technology |
| MINE_HC |
Mining: Hard coal |
PROC |
Mt |
sector |
| MINE_HC_POST |
Mining: Hard coal |
PROC |
Mt |
sector |
| MINE_HC_PRE |
Mining: Hard coal |
PROC |
Mt |
sector |
| MINE_HC_VAM |
Mining: Hard coal |
PROC |
Mt |
sector |
| MINE_OTH |
Mining: Bauxite, copper, iron ore, zinc ore, manganese ore, other |
PROC |
Mt |
sector |
| MLN POP |
Million inhabitants |
--- |
--- |
other |
| MMO2I |
Stage 1 control on motorcycles and mopeds (2-stroke engines) |
CH4 |
--- |
technology |
| MMO2I |
Stage 1 control on motorcycles and mopeds (2-stroke engines) |
CO |
--- |
technology |
| MMO2I |
Stage 1 control on motorcycles and mopeds (2-stroke engines) |
NH3 |
--- |
technology |
| MMO2I |
Stage 1 control on motorcycles and mopeds (2-stroke engines) |
NOX |
--- |
technology |
| MMO2I |
Stage 1 control on motorcycles and mopeds (2-stroke engines) |
PM |
--- |
technology |
| MMO2I |
Stage 1 control on motorcycles and mopeds (2-stroke engines) |
VOC |
--- |
technology |
| MMO2II |
Stage 2 control on motorcycles and mopeds (2-stroke engines) |
CH4 |
--- |
technology |
| MMO2II |
Stage 2 control on motorcycles and mopeds (2-stroke engines) |
CO |
--- |
technology |
| MMO2II |
Stage 2 control on motorcycles and mopeds (2-stroke engines) |
NH3 |
--- |
technology |
| MMO2II |
Stage 2 control on motorcycles and mopeds (2-stroke engines) |
NOX |
--- |
technology |
| MMO2II |
Stage 2 control on motorcycles and mopeds (2-stroke engines) |
PM |
--- |
technology |
| MMO2II |
Stage 2 control on motorcycles and mopeds (2-stroke engines) |
VOC |
--- |
technology |
| MMO2III |
Stage 3 control on motorcycles and mopeds (2-stroke engines) |
CH4 |
--- |
technology |
| MMO2III |
Stage 3 control on motorcycles and mopeds (2-stroke engines) |
CO |
--- |
technology |
| MMO2III |
Stage 3 control on motorcycles and mopeds (2-stroke engines) |
NH3 |
--- |
technology |
| MMO2III |
Stage 3 control on motorcycles and mopeds (2-stroke engines) |
NOX |
--- |
technology |
| MMO2III |
Stage 3 control on motorcycles and mopeds (2-stroke engines) |
PM |
--- |
technology |
| MMO2III |
Stage 3 control on motorcycles and mopeds (2-stroke engines) |
VOC |
--- |
technology |
| MOB |
Mobile |
--- |
--- |
other |
| MOT4I |
Stage 1 control on motorcycles (4-stroke engines) |
CH4 |
--- |
technology |
| MOT4I |
Stage 1 control on motorcycles (4-stroke engines) |
CO |
--- |
technology |
| MOT4I |
Stage 1 control on motorcycles (4-stroke engines) |
NH3 |
--- |
technology |
| MOT4I |
Stage 1 control on motorcycles (4-stroke engines) |
NOX |
--- |
technology |
| MOT4I |
Stage 1 control on motorcycles (4-stroke engines) |
PM |
--- |
technology |
| MOT4I |
Stage 1 control on motorcycles (4-stroke engines) |
VOC |
--- |
technology |
| MOT4II |
Stage 2 control on motorcycles (4-stroke engines) |
CH4 |
--- |
technology |
| MOT4II |
Stage 2 control on motorcycles (4-stroke engines) |
CO |
--- |
technology |
| MOT4II |
Stage 2 control on motorcycles (4-stroke engines) |
NH3 |
--- |
technology |
| MOT4II |
Stage 2 control on motorcycles (4-stroke engines) |
NOX |
--- |
technology |
| MOT4II |
Stage 2 control on motorcycles (4-stroke engines) |
PM |
--- |
technology |
| MOT4II |
Stage 2 control on motorcycles (4-stroke engines) |
VOC |
--- |
technology |
| MOT4III |
Stage 3 control on motorcycles (4-stroke engines) |
CH4 |
--- |
technology |
| MOT4III |
Stage 3 control on motorcycles (4-stroke engines) |
CO |
--- |
technology |
| MOT4III |
Stage 3 control on motorcycles (4-stroke engines) |
NH3 |
--- |
technology |
| MOT4III |
Stage 3 control on motorcycles (4-stroke engines) |
NOX |
--- |
technology |
| MOT4III |
Stage 3 control on motorcycles (4-stroke engines) |
PM |
--- |
technology |
| MOT4III |
Stage 3 control on motorcycles (4-stroke engines) |
VOC |
--- |
technology |
| MSS |
Medium solids systems (55% solvent content), conventional application process with an efficiency of 35% |
VOC |
--- |
technology |
| MSS+INC |
Combination of the above options |
VOC |
--- |
technology |
| MSS+PRM |
Medium solids systems (55% solvent content), application process with an efficiency of 75% |
VOC |
--- |
technology |
| MSW_FOOD |
Food, organic waste in MSW |
PROC |
Mt waste |
sector |
| MSW_FOOD_AD |
Municiapl food waste treated in anaerobic digestion (biogasification) plants |
CH4 |
--- |
technology |
| MSW_FOOD_HSC |
Municipal food waste treated in household composts |
CH4 |
--- |
technology |
| MSW_FOOD_INC |
Municipal food waste incinerated |
CH4 |
--- |
technology |
| MSW_FOOD_LSC |
Municipal food waste treated in large-scale (community/village-size) composts |
CH4 |
--- |
technology |
| MSW_FOOD_SWD_FLA |
Municipal food waste diverted to landfill with gas recovery and flaring |
CH4 |
--- |
technology |
| MSW_FOOD_SWD_USE |
Municipal food waste diverted to landfill with gas recovery and utilization |
CH4 |
--- |
technology |
| MSW_OTH |
Waste composition: fraction of other waste in MSW |
PROC |
Mt waste |
sector |
| MSW_OTH_INC |
Municipal other waste incinerated |
CH4 |
--- |
technology |
| MSW_OTH_SWD_FLA |
Municipal other waste diverted to landfill with gas recovery and flaring |
CH4 |
--- |
technology |
| MSW_OTH_SWD_USE |
Municipal other waste diverted to landfill with gas recovery and utilization |
CH4 |
--- |
technology |
| MSW_PAP |
Waste composition: fraction of paper in MSW |
PROC |
Mt waste |
sector |
| MSW_PAP_INC |
Municipal paper waste incineration |
CH4 |
--- |
technology |
| MSW_PAP_REC |
Municipal paper waste recycling |
CH4 |
--- |
technology |
| MSW_PAP_SWD_FLA |
Municipal paper waste diverted to landfill with gas recovery and flaring |
CH4 |
--- |
technology |
| MSW_PAP_SWD_USE |
Municipal paper waste diverted to landfill with gas recovery and utilization |
CH4 |
--- |
technology |
| MSW_PLA |
Municipal plastic waste |
PROC |
Mt waste |
sector |
| MSW_PLA_INC |
Municipal plastic waste incineration |
CH4 |
--- |
technology |
| MSW_PLA_REC |
Municipal plastic waste recycling |
CH4 |
--- |
technology |
| MSW_PLA_SWD_FLA |
Municipal plastic waste diverted to landfill with gas recovery and flaring |
CH4 |
--- |
technology |
| MSW_PLA_SWD_USE |
Municipal plastic waste diverted to landfill with gas recovery and utilization |
CH4 |
--- |
technology |
| MSW_TOT |
Municipal solid waste (MSW) - total amount collected |
PROC |
Mt waste |
sector |
| MSW_WOOD |
Waste composition: fraction of wood in MSW |
PROC |
Mt waste |
sector |
| MSW_WOOD_INC |
Municipal wood waste incinerated |
CH4 |
--- |
technology |
| MSW_WOOD_SWD_FLA |
Municipal wood waste diverted to landfill with gas recovery and flaring |
CH4 |
--- |
technology |
| MSW_WOOD_SWD_USE |
Municipal wood waste diverted to landfill with gas recovery and utilization |
CH4 |
--- |
technology |
| MT |
Million tons of |
--- |
--- |
other |
| MT CRUDE |
Million tons of crude oil |
--- |
--- |
other |
| M_INC |
Modernized plant (lower fugitives) and improved thermal oxidation |
VOC |
--- |
technology |
| N2O_USE |
use of nitrous oxide |
PROC |
M people |
sector |
| NA |
National |
--- |
--- |
other |
| NA |
Not applicable |
--- |
--- |
other |
| NAGR |
Agrochemicals - new products |
VOC |
--- |
technology |
| NAT0 |
not belonging to Natura2000 |
--- |
--- |
other |
| NAT1 |
belonging to Natura 2000 |
--- |
--- |
other |
| NATIONAL |
National climate zone |
--- |
--- |
other |
| NCCM |
New generation closed circuit machine |
VOC |
--- |
technology |
| NENGL |
New England |
--- |
--- |
other |
| NITR_INH |
Use of nitrification inhibitors |
N2O |
--- |
technology |
| NL1 |
Groningen |
--- |
--- |
other |
| NL10 |
Noord-Brabant |
--- |
--- |
other |
| NL11 |
Limburg |
--- |
--- |
other |
| NL12 |
Flevoland |
--- |
--- |
other |
| NL2 |
Friesland |
--- |
--- |
other |
| NL3 |
Drenthe |
--- |
--- |
other |
| NL4 |
Overijssel |
--- |
--- |
other |
| NL5 |
Gelderland |
--- |
--- |
other |
| NL6 |
Utrecht |
--- |
--- |
other |
| NL7 |
Noord-Holland |
--- |
--- |
other |
| NL8 |
Zuid-Holland |
--- |
--- |
other |
| NL9 |
Zeeland |
--- |
--- |
other |
| NOC |
No control |
CH4 |
--- |
technology |
| NOC |
No control |
CO |
--- |
technology |
| NOC |
No control |
CO2 |
--- |
technology |
| NOC |
No control |
FGAS |
--- |
technology |
| NOC |
No control |
N2O |
--- |
technology |
| NOC |
No control |
NH3 |
--- |
technology |
| NOC |
No control |
NOX |
--- |
technology |
| NOC |
No control |
PM |
--- |
technology |
| NOC |
No control |
SO2 |
--- |
technology |
| NOC |
No control |
VOC |
--- |
technology |
| NOF |
No fuel use |
AGR |
M t/year |
activity |
| NOF |
No fuel use |
AGR |
kt |
activity |
| NOF |
No fuel use |
AGR |
kt milk |
activity |
| NOF |
No fuel use |
AGR |
kt N |
activity |
| NOF |
No fuel use |
AGR |
kt NH3 |
activity |
| NOF |
No fuel use |
AGR |
Mt |
activity |
| NOF |
No fuel use |
AGR |
M ha |
activity |
| NOF |
No fuel use |
AGR |
M animals |
activity |
| NOF |
No fuel use |
ENE |
Mt |
activity |
| NOF |
No fuel use |
PROC |
Mt prim Al prod/year |
activity |
| NOF |
No fuel use |
PROC |
M m2 |
activity |
| NOF |
No fuel use |
PROC |
M m3 wastewater |
activity |
| NOF |
No fuel use |
PROC |
t HCFC22/year |
activity |
| NOF |
No fuel use |
PROC |
Mt CO2 |
activity |
| NOF |
No fuel use |
PROC |
kt PM (TSP) |
activity |
| NOF |
No fuel use |
PROC |
t HFC/year |
activity |
| NOF |
No fuel use |
PROC |
kt SO2 |
activity |
| NOF |
No fuel use |
PROC |
kt CO |
activity |
| NOF |
No fuel use |
PROC |
Mt |
activity |
| NOF |
No fuel use |
PROC |
Index (in 2000=100) |
activity |
| NOF |
No fuel use |
PROC |
Mt CO2 equiv. |
activity |
| NOF |
No fuel use |
PROC |
mg/l |
activity |
| NOF |
No fuel use |
PROC |
kt NOx |
activity |
| NOF |
No fuel use |
PROC |
t PFC/year |
activity |
| NOF |
No fuel use |
PROC |
PJ |
activity |
| NOF |
No fuel use |
PROC |
kt CH4 |
activity |
| NOF |
No fuel use |
PROC |
kt N2O |
activity |
| NOF |
No fuel use |
PROC |
Mt waste |
activity |
| NOF |
No fuel use |
PROC |
t Mg processed/year |
activity |
| NOF |
No fuel use |
PROC |
M people |
activity |
| NOF |
No fuel use |
PROC |
t SF6/year |
activity |
| NONEN |
Nonenergy use of fuels |
ENE |
PJ |
sector |
| NORTH |
Northern part |
--- |
--- |
other |
| NORTH |
Northern part (placeholder) |
--- |
--- |
other |
| NOXEF |
NOx emission factors |
--- |
--- |
other |
| NOXRE |
NOx removal efficiency |
--- |
--- |
other |
| NOX_EFACT |
Industrial Processes NOx emission factors |
--- |
--- |
other |
| NPACI |
North Pacific |
--- |
--- |
other |
| NPR |
New process |
VOC |
--- |
technology |
| NSCDIET |
Change to more non-structural carbohydrates (more starch and sugars and less fibres) in concentrate feed |
--- |
--- |
other |
| NSC_NOX |
Stock not suitable for NOx control |
NH3 |
--- |
technology |
| NSC_NOX |
Stock not suitable for NOx control |
NOX |
--- |
technology |
| NSC_PM |
Stock not suitable for control |
CH4 |
--- |
technology |
| NSC_PM |
Stock not suitable for control |
CO2 |
--- |
technology |
| NSC_PM |
Stock not suitable for control |
NOX |
--- |
technology |
| NSC_PM |
Stock not suitable for control |
PM |
--- |
technology |
| NSC_PM |
Stock not suitable for control |
SO2 |
--- |
technology |
| NSC_PM |
Stock not suitable for control |
VOC |
--- |
technology |
| NSC_SO2 |
Stock not suitable for SO2 control |
SO2 |
--- |
technology |
| NSC_TRA |
Stock not suitable for control - transport sources |
CH4 |
--- |
technology |
| NSC_TRA |
Stock not suitable for control - transport sources |
NH3 |
--- |
technology |
| NSC_TRA |
Stock not suitable for control - transport sources |
NOX |
--- |
technology |
| NSC_TRA |
Stock not suitable for control - transport sources |
PM |
--- |
technology |
| NSC_TRA |
Stock not suitable for control - transport sources |
VOC |
--- |
technology |
| NSC_VOC |
Stock not suitable for VOC control |
VOC |
--- |
technology |
| NSWAL |
New South Wales |
--- |
--- |
other |
| NTQLD |
North Territory + Queensland |
--- |
--- |
other |
| NUC |
Nuclear |
ENE |
PJ |
activity |
| N_INPUT |
Mass of Nitrogen added |
AGR |
kt N |
activity |
| OC |
HFC emissions from polyurethane one component foam |
PROC |
t HFC/year |
sector |
| OF |
HFC emissions from other polyurethane foams |
PROC |
t HFC/year |
sector |
| OIL_WORLD |
world oil price |
--- |
--- |
other |
| OL |
Other cattle - liquid (slurry) systems |
AGR |
kt N |
activity |
| OL |
Other cattle - liquid (slurry) systems |
AGR |
M animals |
activity |
| OL_F |
Other cattle - liquid (slurry) systems - enteric fermentation |
AGR |
M animals |
activity |
| OP |
Other poultry |
AGR |
M animals |
activity |
| OP |
Other poultry |
AGR |
kt N |
activity |
| OPT |
VIS plus optimisation of the process |
VOC |
--- |
technology |
| OPTIM |
Optimize process parameters towards low N2O yield |
N2O |
--- |
technology |
| OPTPR |
Process optimization |
VOC |
--- |
technology |
| ORG_STORE |
Organic chemical industry, storage |
VOCP |
kt VOC |
sector |
| OS |
Other cattle - solid systems |
AGR |
kt N |
activity |
| OS |
Other cattle - solid systems |
AGR |
M animals |
activity |
| OS1 |
Biomass fuels |
ENE |
PJ |
activity |
| OS1 |
Biomass fuels |
MOB |
PJ |
activity |
| OS2 |
Other biomass and waste fuels |
ENE |
PJ |
activity |
| OTHER |
Other needs |
--- |
--- |
other |
| OTHER_CH4 |
Other CH4 emissions not included separately in GAINS and statistical differences |
PROC |
kt CH4 |
sector |
| OTHER_CO |
Other CO emissions not included separately in GAINS and statistical differences |
PROC |
kt CO |
sector |
| OTHER_CO2 |
Other CO2 emissions not included separately in GAINS and statistical differences |
PROC |
Mt CO2 |
sector |
| OTHER_FGAS |
Other: (activity given as FGAS emissions in kt) |
PROC |
Mt CO2 equiv. |
sector |
| OTHER_N2O |
Other N2O emissions not included separately in GAINS and statistical differences |
PROC |
kt N2O |
sector |
| OTHER_NOX |
Other NOx emissions not included separately in GAINS and statistical differences |
PROC |
kt NOx |
sector |
| OTHER_PM |
Other PM emissions not included separately in GAINS and statistical differences |
PROC |
kt PM (TSP) |
sector |
| OTHER_SO2 |
Other SO2 emissions not included separately in GAINS and statistical differences |
PROC |
kt SO2 |
sector |
| OTHER_VOC |
Other VOC emissions not included separately in GAINS and statistical differences |
VOCP |
kt VOC |
sector |
| OTH_NH3_EMISS |
Other NH3 emissions |
AGR |
kt NH3 |
sector |
| OTH_ORG_PR |
Organic chemical industry - downstream units |
VOCP |
kt VOC |
sector |
| PB+REC |
6% Pentane expandable beads (85%) and recycled EPS waste (15%) |
VOC |
--- |
technology |
| PB+REC+INC |
Combination of the above options |
VOC |
--- |
technology |
| PBCCM |
Combustion modification on existing brown coal power plants |
NH3 |
--- |
technology |
| PBCCM |
Combustion modification on existing brown coal power plants |
NOX |
--- |
technology |
| PBCCSC |
Combustion modification and selective catalytic reduction on existing brown coal power plants |
NH3 |
--- |
technology |
| PBCCSC |
Combustion modification and selective catalytic reduction on existing brown coal power plants |
NOX |
--- |
technology |
| PBCSCR |
Selective catalytic reduction on new brown coal power plants |
NH3 |
--- |
technology |
| PBCSCR |
Selective catalytic reduction on new brown coal power plants |
NOX |
--- |
technology |
| PG |
Paint and glue produced |
VOCP |
kt PG |
activity |
| PHARMA |
Pharmaceutical industry |
VOCP |
kt SLV |
sector |
| PHCCM |
Combustion modification on existing hard coal power plants |
NH3 |
--- |
technology |
| PHCCM |
Combustion modification on existing hard coal power plants |
NOX |
--- |
technology |
| PHCCSC |
Combustion modification and selective catalytic reduction on existing hard coal power plants |
CO |
--- |
technology |
| PHCCSC |
Combustion modification and selective catalytic reduction on existing hard coal power plants |
NH3 |
--- |
technology |
| PHCCSC |
Combustion modification and selective catalytic reduction on existing hard coal power plants |
NOX |
--- |
technology |
| PHCSCR |
Selective catalytic reduction on new hard coal power plants |
CO |
--- |
technology |
| PHCSCR |
Selective catalytic reduction on new hard coal power plants |
NH3 |
--- |
technology |
| PHCSCR |
Selective catalytic reduction on new hard coal power plants |
NOX |
--- |
technology |
| PIS |
Products incorporating solvents |
VOCP |
kt PG |
sector |
| PJ |
10^15 Joules |
--- |
--- |
other |
| PL |
Pigs - liquid (slurry) systems |
AGR |
kt N |
activity |
| PL |
Pigs - liquid (slurry) systems |
AGR |
M animals |
activity |
| PLSTYR_PR |
Polystyrene processing |
VOCP |
kt |
sector |
| PM |
Manure production |
--- |
--- |
other |
| PMOF |
Primary measures in offset printing, incl. enclosure |
VOC |
--- |
technology |
| PMOF+INC |
Primary measures (offset) and incineration |
VOC |
--- |
technology |
| PMOF+SF |
Primary measures (offset) and solvent free inks |
VOC |
--- |
technology |
| PMOF+SF-INC |
Primary measures (offset), solvent free inks, incineration |
VOC |
--- |
technology |
| PM_COMMB |
Process modifications including alternative refrigerants (applied to emissions from banked sources) |
FGAS |
--- |
technology |
| PM_COMMS |
Process modifications including alternative refrigerants (applied to emissions from scrapped sources) |
FGAS |
--- |
technology |
| PM_INC |
Burning of Poultry Manure |
NH3 |
--- |
technology |
| PM_INDB |
Process modifications including alternative refrigerants (applied to emissions from banked sources) |
FGAS |
--- |
technology |
| PM_INDS |
Process modifications including alternative refrigerants (applied to emissions from scrapped sources) |
FGAS |
--- |
technology |
| PM_STATB |
Process modifications including alternative refrigerants (applied to emissions from banked sources) |
FGAS |
--- |
technology |
| PM_STATS |
Process modifications including alternative refrigerants (applied to emissions from scrapped sources) |
FGAS |
--- |
technology |
| PNT |
Paint use |
VOCP |
kt |
activity |
| PNT |
Paint use |
VOCP |
kt paint |
activity |
| POGCM |
Combustion modification on existing oil and gas power plants |
NH3 |
--- |
technology |
| POGCM |
Combustion modification on existing oil and gas power plants |
NOX |
--- |
technology |
| POGCSC |
Combustion modification and selective catalytic reduction on existing oil and gas power plants |
CO |
--- |
technology |
| POGCSC |
Combustion modification and selective catalytic reduction on existing oil and gas power plants |
NH3 |
--- |
technology |
| POGCSC |
Combustion modification and selective catalytic reduction on existing oil and gas power plants |
NOX |
--- |
technology |
| POGSCR |
Selective catalytic reduction on new oil and gas power plants |
CO |
--- |
technology |
| POGSCR |
Selective catalytic reduction on new oil and gas power plants |
NH3 |
--- |
technology |
| POGSCR |
Selective catalytic reduction on new oil and gas power plants |
NOX |
--- |
technology |
| POP |
Population |
PROC |
M people |
activity |
| POP |
Population |
VOCP |
M people |
activity |
| POP_TOT |
Total population (in macro tables) |
ENE |
M people |
activity |
| POWDER |
Powder coating system (solvent free) |
VOC |
--- |
technology |
| PP |
Power & district heat plants |
--- |
--- |
other |
| PPP/MEX |
Ratio of GDP in PPP to GDP in MEX |
--- |
--- |
other |
| PP_2000 |
Power plants constructed between 1995 and 2005 |
ENE |
PJ |
sector |
| PP_ENG |
Power & district heat plants with internal combustion engines |
ENE |
PJ |
sector |
| PP_EX_F |
Power heat plants: Exist. other, fluidized bed |
ENE |
PJ |
sector |
| PP_EX_L |
Power & district heat plants, existing; brown coal/lignite and hard coal fired, large generation units ( > 50 MW el ) |
ENE |
PJ |
sector |
| PP_EX_OTH |
Power & district heat plants, existing; fired with fuels other than brown coal/lignite and hard coal |
ENE |
PJ |
sector |
| PP_EX_OTH1 |
Power heat plants: Exist. other, grate firing |
ENE |
PJ |
sector |
| PP_EX_OTH2 |
Power heat plants: Exist. other, fluidized bed |
ENE |
PJ |
sector |
| PP_EX_OTH3 |
Power heat plants: Exist. other, pulverized |
ENE |
PJ |
sector |
| PP_EX_S |
Power & district heat plants, existing; brown coal/lignite and hard coal fired, small generation units ( < 50 MW el ) |
ENE |
PJ |
sector |
| PP_EX_WB |
Power heat plants: Exist. wet bottom boilers |
ENE |
PJ |
sector |
| PP_ICD_CCS |
IGCC new - CHP district heat - CCS |
--- |
--- |
other |
| PP_ICD_NCS |
IGCC new - CHP district heat - no CCS |
--- |
--- |
other |
| PP_ICI_CCS |
IGCC new - CHP industry - CCS |
--- |
--- |
other |
| PP_ICI_NCS |
IGCC new - CHP industry - no CCS |
--- |
--- |
other |
| PP_IE_CCS |
IGCC new - elec. only - CCS |
--- |
--- |
other |
| PP_IE_NCS |
IGCC new - elec. only - no CCS |
--- |
--- |
other |
| PP_IGCC |
Power & district heat plants: Integrated Gasification Combined Cycle |
ENE |
PJ |
sector |
| PP_IGCC_CCS |
IGGC new plant with CCS |
--- |
--- |
other |
| PP_IGCC_CCS |
Power & district heat plants: Integrated Gasification Combined Cycle with carbon capture and storage |
ENE |
PJ |
sector |
| PP_IGCC_CHP_DH |
IGGC new CHP for district heat |
--- |
--- |
other |
| PP_IGCC_CHP_IN |
IGGC new CHP in Industry |
--- |
--- |
other |
| PP_IGCC_EL |
IGGC new - elec. only |
--- |
--- |
other |
| PP_IGCC_NOCCS |
IGGC new plant without CCS |
--- |
--- |
other |
| PP_IGCC_NOCCS |
Power plants - integrated gasification combined cycle without carbon capture and storage |
ENE |
PJ |
sector |
| PP_MOD |
Modern power plants (supercritical, ultrasupercritical), brown coal/lignite and hard coal fired |
ENE |
PJ |
sector |
| PP_MOD_CCS |
Modern power plants (supercritical, ultrasupercritical), brown coal/lignite and hard coal fired with carbon capture and storage |
ENE |
PJ |
sector |
| PP_NCD_CCS |
non-IGCC new CHP - district heat - CCS |
--- |
--- |
other |
| PP_NCD_NCS |
non-IGCC new CHP - district heat - no CCS |
--- |
--- |
other |
| PP_NCI_CCS |
non-IGCC new - CHP industry - CCS |
--- |
--- |
other |
| PP_NCI_NCS |
non-IGCC new - CHP industry - no CCS |
--- |
--- |
other |
| PP_NDO_CCS |
non-IGCC new - district heat only - CCS |
--- |
--- |
other |
| PP_NDO_NCS |
non-IGCC new - district heat only - no CCS |
--- |
--- |
other |
| PP_NEW |
Power & district heat plants, new; fired with fuels other than brown coal/lignite and hard coal |
ENE |
PJ |
sector |
| PP_NEW1 |
Power heat plants: New, grate firing |
ENE |
PJ |
sector |
| PP_NEW2 |
Power heat plants: New, fluidized bed |
ENE |
PJ |
sector |
| PP_NEW3 |
Power heat plants: New, pulverized |
ENE |
PJ |
sector |
| PP_NEW_CCS |
Power & district heat plants, new with carbon capture and storage; fired with fuels other than brown coal/lignite and hard coal |
ENE |
PJ |
sector |
| PP_NEW_CCS |
non-IGGC new plant with CCS |
--- |
--- |
other |
| PP_NEW_CHP_DH |
non-IGGC new CHP for district heat |
--- |
--- |
other |
| PP_NEW_CHP_IN |
non-IGGC new CHP in Industry |
--- |
--- |
other |
| PP_NEW_DHO |
IGGC new district heat only |
--- |
--- |
other |
| PP_NEW_EL |
non-IGGC new - elec. only |
--- |
--- |
other |
| PP_NEW_F |
Power heat plants: New, fluidized bed |
ENE |
PJ |
sector |
| PP_NEW_L |
Power & district heat plants, new; brown coal/lignite and hard coal fired, large generation units |
ENE |
PJ |
sector |
| PP_NEW_NOCCS |
Power plants - new without carbon capture and storage |
ENE |
PJ |
sector |
| PP_NEW_NOCCS |
non-IGGC new plant without CCS |
--- |
--- |
other |
| PP_NEW_S |
Power heat plants: New, grate firing |
ENE |
PJ |
sector |
| PP_NE_CCS |
non-IGCC new - elec. only - CCS |
--- |
--- |
other |
| PP_NE_NCS |
non-IGCC new - elec. only - no CCS |
--- |
--- |
other |
| PP_TOTAL |
Power & district heat plants (total); used for reporting total fossil fuels inputs, inputs of non-fossil fuels as well as total electricity and heat generation |
ENE |
PJ |
sector |
| PRDIF |
Price differences for each fuel where low-sulphur fuel can be used as an emission control measure |
--- |
--- |
other |
| PRECFARM |
Precision farming |
N2O |
--- |
technology |
| PRF_GP1 |
Good practice: ind.process - stage 1 (fugitive) |
PM |
--- |
technology |
| PRF_GP2 |
Good practice: ind.process - stage 2 (fugitive) |
PM |
--- |
technology |
| PRM |
Process modification |
VOC |
--- |
technology |
| PRM+NAGR |
Primary and new agrochemical products |
VOC |
--- |
technology |
| PRM+SUB |
Process modification and substitution |
VOC |
--- |
technology |
| PRM+SUB+A_INC |
Process modification, substitution, adsorption, incineration |
VOC |
--- |
technology |
| PRM1+LEOP |
Primary measures paskage one and low level employment of end-of-pipe measures (incl. thermal incineration, condensation, and other) |
VOC |
--- |
technology |
| PRM2+HEOP |
Primary measures paskage two and high level employment of end-of-pipe measures (incl. thermal incineration, carbon adsorption, condensation, and other) |
VOC |
--- |
technology |
| PRMPLUS |
Primary (lower solvent content of enamel and reduced fugitive emissions) and secondary measures (increased efficiency of the oven) |
VOC |
--- |
technology |
| PRNOX1 |
Process emissions - stage 1 NOx control |
NOX |
--- |
technology |
| PRNOX2 |
Process emissions - stage 2 NOx control |
NOX |
--- |
technology |
| PRNOX3 |
Process emissions - stage 3 NOx control |
NOX |
--- |
technology |
| PROC |
Process |
--- |
--- |
other |
| PROCESSES |
Process |
--- |
--- |
other |
| PROD |
Production of oil or gas (depending on activity abbreviation) |
PROC |
PJ |
sector |
| PROD_AGAS |
Production of oil or gas (depending on activity abbreviation) |
PROC |
PJ |
sector |
| PROD_LEAK |
Production of oil or gas (depending on activity abbreviation) |
PROC |
PJ |
sector |
| PROPPREC |
Propionate precursors |
--- |
--- |
other |
| PRT_OFFS |
Printing, offset |
VOCP |
kt INK |
sector |
| PRT_OFFS_NEW |
Printing, offset, new installations |
VOCP |
kt INK |
sector |
| PRT_PACK |
Flexography and rotogravure in packaging |
VOCP |
kt INK |
sector |
| PRT_PACK_NEW |
Flexography and rotogravure in packaging, new installat |
VOCP |
kt INK |
sector |
| PRT_PUB |
Rotogravure in publication |
VOCP |
kt INK |
sector |
| PRT_PUB_NEW |
Rotogravure in publication, new installations |
VOCP |
kt INK |
sector |
| PRT_SCR |
Screen printing |
VOCP |
kt INK |
sector |
| PRT_SCR_NEW |
Screen printing, new installations |
VOCP |
kt INK |
sector |
| PRWFGD |
Power plant - wet flue gases desulphurisation, already retrofitted |
SO2 |
--- |
technology |
| PR_ADIP |
adipic acid production |
PROC |
Mt |
sector |
| PR_ALPRIM |
Ind. Process: Aluminum production - primary |
PROC |
Mt |
sector |
| PR_ALSEC |
Ind. Process: Aluminum production - secondary |
PROC |
Mt |
sector |
| PR_BAOX |
Ind. Process: Basic oxygen furnace |
PROC |
Mt |
sector |
| PR_BRICK |
Ind. Process: Bricks production |
PROC |
Mt |
sector |
| PR_BRIQ |
Ind. Process: Briquettes production |
PROC |
Mt |
sector |
| PR_CAST |
Ind. Process: Cast iron (grey iron foundries) |
PROC |
Mt |
sector |
| PR_CAST_F |
Ind. Process: Cast iron (grey iron foundries) (fugitive) |
PROC |
Mt |
sector |
| PR_CBLACK |
Ind. Process: Carbon black production |
PROC |
Mt |
sector |
| PR_CEM |
Ind. Process: Cement production |
ENE |
Mt |
sector |
| PR_CEM_PK |
Ind. Process: Cement production, precalcinating kiln |
ENE |
Mt |
sector |
| PR_CEM_SK |
Ind. Process: Cement production, shaft kiln |
ENE |
Mt |
sector |
| PR_COKE |
Ind. Process: Coke oven |
PROC |
Mt |
sector |
| PR_COKE_T |
Ind. Process: Coke oven - traditional |
PROC |
Mt |
sector |
| PR_CYC |
Cyclone - - industrial process |
PM |
--- |
technology |
| PR_EARC |
Ind. Process: Electric arc furnace |
PROC |
Mt |
sector |
| PR_ESP1 |
Electrostatic precipitator: 1 field - industrial processes |
PM |
--- |
technology |
| PR_ESP2 |
Electrostatic precipitator: 2 fields - industrial processes |
PM |
--- |
technology |
| PR_FERT |
Ind. Process: Fertilizer production |
AGR |
Mt |
sector |
| PR_GLASS |
Ind. Process: Glass production (flat, blown, container glass) |
PROC |
Mt |
sector |
| PR_HEARTH |
Ind. Process: Open hearth furnace |
PROC |
Mt |
sector |
| PR_HED |
High efficiency deduster - industrial processes |
CO |
--- |
technology |
| PR_HED |
High efficiency deduster - industrial processes |
PM |
--- |
technology |
| PR_HMTRA |
Ind. Process: Hot metal transport in iron and steel plant |
PROC |
Mt |
sector |
| PR_LIME |
Ind. Process: Lime production |
ENE |
Mt |
sector |
| PR_NIAC |
Ind. Process: Nitric acid |
PROC |
Mt |
sector |
| PR_OTHER |
Ind. Process: Production of glass fiber, gypsum, PVC, other |
PROC |
Mt |
sector |
| PR_OT_NFME |
Ind. Process: Other non-ferrous metals prod. - primary and secondary |
PROC |
Mt |
sector |
| PR_PELL |
Ind. Process: Agglomeration plant - pellets |
PROC |
Mt |
sector |
| PR_PIGI |
Ind. Process: Pig iron, blast furnace |
PROC |
Mt |
sector |
| PR_PIGI_F |
Ind. Process: Pig iron, blast furnace (fugitive) |
PROC |
Mt |
sector |
| PR_PULP |
Ind. Process: Paper pulp mills |
PROC |
Mt |
sector |
| PR_REF |
Ind. Process: Crude oil & other products - input to Petroleum refineries |
PROC |
kt VOC |
sector |
| PR_REF |
Ind. Process: Crude oil & other products - input to Petroleum refineries |
PROC |
Mt |
sector |
| PR_SINT |
Ind. Process: Agglomeration plant - sinter |
PROC |
Mt |
sector |
| PR_SINT_F |
Ind. Process: Agglomeration plant - sinter (fugitive) |
PROC |
Mt |
sector |
| PR_SMIND_F |
Ind. Process: Small industrial and business facilities - fugitive |
PROC |
M people |
sector |
| PR_SUAC |
Ind. Process: Sulfuric acid |
PROC |
Mt |
sector |
| PR_WSCRB |
Wet scrubber - ind.process |
PM |
--- |
technology |
| PS |
Pigs - solid systems |
AGR |
M animals |
activity |
| PS |
Pigs - solid systems |
AGR |
kt N |
activity |
| PT |
Peta joules |
--- |
--- |
other |
| PUBLISH_PRINT |
D.22 : Publishing, printing (indic) |
PROC |
Index (in 2000=100) |
sector |
| PVC |
PVC produced by suspension process |
VOCP |
kt |
activity |
| PVC_PR |
Polyvinylchloride produceduction by suspension process |
VOCP |
kt |
sector |
| PWFGD |
Power plant - wet flue gases desulphurisation |
SO2 |
--- |
technology |
| QD |
Disposal waste |
--- |
--- |
other |
| QE |
Electricity use |
--- |
--- |
other |
| QFI |
Fodder use |
--- |
--- |
other |
| QG |
Gas use |
--- |
--- |
other |
| QL |
Labor use |
--- |
--- |
other |
| QMH |
Manure application |
--- |
--- |
other |
| QW |
Water use |
--- |
--- |
other |
| REC_USE |
Recovery and use |
CH4 |
--- |
technology |
| REDUCE |
Combined application of N2O with other aenesthetics |
N2O |
--- |
technology |
| RED_FROM |
Reduction from |
--- |
--- |
other |
| RED_TO |
Reduction to |
--- |
--- |
other |
| REF |
Product reformulation |
VOC |
--- |
technology |
| REF1 |
Reformulation of products (stage 1 - see BIPRO, 2002 study; researched options) |
VOC |
--- |
technology |
| REF2 |
Reformulation of products (stage 2 - see BIPRO, 2002 study; feasible but more expensive options) |
VOC |
--- |
technology |
| REF3 |
Reformulation of products (stage 3 - see BIPRO, 2002 study; more work required on real potential, options might be prohibitively expensive) |
VOC |
--- |
technology |
| REMEF |
Removal efficiency coefficients |
--- |
--- |
other |
| REMEFF |
Removal Efficiency |
--- |
--- |
other |
| REN |
Renewable energy other than biomass |
ENE |
PJ |
activity |
| REN |
Renewable energy other than biomass |
MOB |
PJ |
activity |
| REPLACE |
Exchange N2O by the aenesthetics |
N2O |
--- |
technology |
| REPL_NET |
Replacement of grey cast iron gas distribution network |
CH4 |
--- |
technology |
| RESP1 |
Generic, e.g. street washing |
PM |
--- |
technology |
| RES_BBQ |
Residential: Meat frying, food preparation, BBQ |
PROC |
M people |
sector |
| RES_CIGAR |
Residential: Cigarette smoking |
PROC |
M people |
sector |
| RES_FIREW |
Residential: Fireworks |
PROC |
M people |
sector |
| RETRO |
Retrofit cost factor, used for calculation of unit investment cost for capacities in 1990 |
--- |
--- |
other |
| RETSWPB |
SWPB retrofitting |
FGAS |
--- |
technology |
| RETVSS |
VSS retrofitting |
FGAS |
--- |
technology |
| RFGD |
High efficiency flue gases desulphurisation |
SO2 |
--- |
technology |
| RICE_AREA |
Rice paddies |
AGR |
M ha |
activity |
| RICE_FLOOD |
Continously flooded rice cultivation area |
AGR |
M ha |
sector |
| RICE_INTER |
Intermittently flooded rice cultivation area (>3 days aeration during the vegetation period) |
AGR |
M ha |
sector |
| RICE_UPLAND |
Upland (non-wetland) rice cultivation area |
AGR |
M ha |
sector |
| RUB |
Synthetic rubber |
VOCP |
kt |
activity |
| R_OTH_NEEDS |
Other needs - residential |
--- |
--- |
other |
| SA |
Animal house adaption |
NH3 |
--- |
technology |
| SATLA |
South Atlantic |
--- |
--- |
other |
| SA_LNA |
Combination of SA_LNA |
NH3 |
--- |
technology |
| SB |
Utilization rate |
--- |
--- |
other |
| SC |
Coated surface |
VOCP |
mln m2 |
activity |
| SD |
Seeds |
VOCP |
kt |
activity |
| SED |
Simulation of changes in paint formulation and application patterns in order to comply with the EU Product Directive |
VOC |
--- |
technology |
| SEMICOND |
PFC use in semiconductor industry |
PROC |
t PFC/year |
sector |
| SF+SMP |
Solvent free inks and solvent management plant |
VOC |
--- |
technology |
| SF6_OTH |
SF6 use in other applications including tyres, tennis balls, sport shoes and sometimes in the semiconductor industry |
PROC |
t SF6/year |
sector |
| SH |
Sheep and goats |
AGR |
M animals |
activity |
| SH |
Sheep and goats |
AGR |
kt N |
activity |
| SHB_HED |
High efficiency deduster for single house boiler using coal |
CH4 |
--- |
technology |
| SHB_HED |
High efficiency deduster for single house boiler using coal |
PM |
--- |
technology |
| SHB_HED |
High efficiency deduster for single house boiler using coal |
VOC |
--- |
technology |
| SHB_IMP_B |
Biomass single house boiler improved |
CH4 |
--- |
technology |
| SHB_IMP_B |
Biomass single house boiler improved |
CO |
--- |
technology |
| SHB_IMP_B |
Biomass single house boiler improved |
PM |
--- |
technology |
| SHB_IMP_B |
Biomass single house boiler improved |
VOC |
--- |
technology |
| SHB_NEW_B |
Biomass single house boiler new |
CH4 |
--- |
technology |
| SHB_NEW_B |
Biomass single house boiler new |
CO |
--- |
technology |
| SHB_NEW_B |
Biomass single house boiler new |
PM |
--- |
technology |
| SHB_NEW_B |
Biomass single house boiler new |
VOC |
--- |
technology |
| SHB_NEW_C |
Coal single house boiler new |
CH4 |
--- |
technology |
| SHB_NEW_C |
Coal single house boiler new |
CO |
--- |
technology |
| SHB_NEW_C |
Coal single house boiler new |
PM |
--- |
technology |
| SHB_NEW_C |
Coal single house boiler new |
VOC |
--- |
technology |
| SHB_PELL |
Biomass single house boiler - pellets |
CH4 |
--- |
technology |
| SHB_PELL |
Biomass single house boiler - pellets |
CO |
--- |
technology |
| SHB_PELL |
Biomass single house boiler - pellets |
PM |
--- |
technology |
| SHB_PELL |
Biomass single house boiler - pellets |
VOC |
--- |
technology |
| SHB_PLESP |
Biomass single house boiler - pellets and electrostatic precipitator |
CH4 |
--- |
technology |
| SHB_PLESP |
Biomass single house boiler - pellets and electrostatic precipitator |
CO |
--- |
technology |
| SHB_PLESP |
Biomass single house boiler - pellets and electrostatic precipitator |
PM |
--- |
technology |
| SHB_PLESP |
Biomass single house boiler - pellets and electrostatic precipitator |
VOC |
--- |
technology |
| SHM+ACA |
Schumacher type desolventiser-toaster-dryer-cooler plus an old hexane recovery section |
VOC |
--- |
technology |
| SHM+ACAN |
Schumacher type desolventiser-toaster-dryer-cooler plus a new hexane recovery section and process optimization |
VOC |
--- |
technology |
| SHO |
Shoes |
VOCP |
mln pairs |
activity |
| SHOE |
Manufacturing of shoes |
VOCP |
mln pairs |
sector |
| SHP |
Small hydro power |
ENE |
PJ |
activity |
| SLV |
Solvent use |
VOCP |
kt SLV |
activity |
| SMA |
Manure applied on arable land |
--- |
--- |
other |
| SMG |
Manure applied on grassland |
--- |
--- |
other |
| SO2PR1 |
Process emissions - stage 1 SO2 control |
SO2 |
--- |
technology |
| SO2PR2 |
Process emissions - stage 2 SO2 control |
SO2 |
--- |
technology |
| SO2PR3 |
Process emissions - stage 3 SO2 control |
SO2 |
--- |
technology |
| SORBDEM |
Sorbent material demand |
--- |
--- |
other |
| SORBENT |
Sorbent material demand |
--- |
--- |
other |
| SOUTH |
Southern part |
--- |
--- |
other |
| SOUTH |
Southern part (placeholder) |
--- |
--- |
other |
| SPACE_COOL |
Space cooling |
--- |
--- |
other |
| SPACE_HEAT |
Space heating |
--- |
--- |
other |
| SPACE_VENT |
Space ventilation |
--- |
--- |
other |
| SPACI |
South Pacific |
--- |
--- |
other |
| SPRAY |
Spraying water at construction places |
PM |
--- |
technology |
| SPRM |
Good housekeeping and substitution (60% solvent based and 40% water based adhesives) |
VOC |
--- |
technology |
| SPRM+BIO |
Combination of the above options |
VOC |
--- |
technology |
| SPRM+INC |
Combination of the above options |
VOC |
--- |
technology |
| SPRMPLUS |
As SPRM plus automatic application |
VOC |
--- |
technology |
| SPV |
Solar photovoltaic |
ENE |
PJ |
activity |
| SQM |
Floor space |
--- |
--- |
other |
| SS |
Farm (stable) size |
--- |
--- |
other |
| ST |
Waste storage time |
--- |
--- |
other |
| ST(II+IB) |
Stage II and IB at service station |
VOC |
--- |
technology |
| STCRACK_PR |
Steam cracking (ethylene and propylene production) |
VOCP |
kt |
sector |
| STH |
Solar thermal |
ENE |
PJ |
activity |
| STH_AGR |
Storage and handling: Agricultural products (crops) |
PROC |
Mt |
sector |
| STH_COAL |
Storage and handling: Coal |
PROC |
Mt |
sector |
| STH_FEORE |
Storage and handling: Iron ore |
PROC |
Mt |
sector |
| STH_GP |
Good practice: storage and handling |
PM |
--- |
technology |
| STH_NPK |
Storage and handling: N,P,K fertilizers |
PROC |
Mt |
sector |
| STH_OTH_IN |
Storage and handling: Other industrial products (cement, bauxite, coke) |
PROC |
Mt |
sector |
| STLHCM |
Combustion modification on large vessels using residual oil |
NH3 |
--- |
technology |
| STLHCM |
Combustion modification on large vessels using residual oil |
NOX |
--- |
technology |
| STLHCM |
Combustion modification on large vessels using residual oil |
PM |
--- |
technology |
| STLMCM |
Combustion modification on large vessels using marine diesel fuel |
NH3 |
--- |
technology |
| STLMCM |
Combustion modification on large vessels using marine diesel fuel |
NOX |
--- |
technology |
| STLMCM |
Combustion modification on large vessels using marine diesel fuel |
PM |
--- |
technology |
| STLSCR |
Selective catalytic reduction on large vessels using residual oil |
CO |
--- |
technology |
| STLSCR |
Selective catalytic reduction on large vessels using residual oil |
NH3 |
--- |
technology |
| STLSCR |
Selective catalytic reduction on large vessels using residual oil |
NOX |
--- |
technology |
| STMCM |
Combustion modification on medium vessels using marine diesel fuel |
NH3 |
--- |
technology |
| STMCM |
Combustion modification on medium vessels using marine diesel fuel |
NOX |
--- |
technology |
| STMCM |
Combustion modification on medium vessels using marine diesel fuel |
PM |
--- |
technology |
| STRIP |
Combination of STRIP |
NH3 |
--- |
technology |
| STRIP_COST |
Stripping cost |
--- |
--- |
other |
| STVNT |
Stripping and vent gas treatment |
VOC |
--- |
technology |
| STVNT+LK |
STVNT plus leak detection and repair program to reduce fugitive emisisons |
VOC |
--- |
technology |
| STVNTOPT |
STVNT plus optimization of emission treatment |
VOC |
--- |
technology |
| STVNTOPT+LK |
Combination of the above options |
VOC |
--- |
technology |
| STV_ESP_B |
Biomass stove with electrostatic precipitator |
CH4 |
--- |
technology |
| STV_ESP_B |
Biomass stove with electrostatic precipitator |
CO |
--- |
technology |
| STV_ESP_B |
Biomass stove with electrostatic precipitator |
PM |
--- |
technology |
| STV_ESP_B |
Biomass stove with electrostatic precipitator |
VOC |
--- |
technology |
| STV_IMP_B |
Biomass stove improved |
CH4 |
--- |
technology |
| STV_IMP_B |
Biomass stove improved |
CO |
--- |
technology |
| STV_IMP_B |
Biomass stove improved |
PM |
--- |
technology |
| STV_IMP_B |
Biomass stove improved |
VOC |
--- |
technology |
| STV_IMP_C |
Coal stove improved |
CH4 |
--- |
technology |
| STV_IMP_C |
Coal stove improved |
CO |
--- |
technology |
| STV_IMP_C |
Coal stove improved |
PM |
--- |
technology |
| STV_IMP_C |
Coal stove improved |
VOC |
--- |
technology |
| STV_NEW_B |
Biomass stove new |
CH4 |
--- |
technology |
| STV_NEW_B |
Biomass stove new |
CO |
--- |
technology |
| STV_NEW_B |
Biomass stove new |
PM |
--- |
technology |
| STV_NEW_B |
Biomass stove new |
VOC |
--- |
technology |
| STV_NEW_C |
Coal stove new |
CH4 |
--- |
technology |
| STV_NEW_C |
Coal stove new |
CO |
--- |
technology |
| STV_NEW_C |
Coal stove new |
PM |
--- |
technology |
| STV_NEW_C |
Coal stove new |
VOC |
--- |
technology |
| STV_PELL |
Biomass stove - pellets |
CH4 |
--- |
technology |
| STV_PELL |
Biomass stove - pellets |
CO |
--- |
technology |
| STV_PELL |
Biomass stove - pellets |
PM |
--- |
technology |
| STV_PELL |
Biomass stove - pellets |
VOC |
--- |
technology |
| STV_PLESP |
Biomass stove - pellets and electrostatic precipitator |
CH4 |
--- |
technology |
| STV_PLESP |
Biomass stove - pellets and electrostatic precipitator |
CO |
--- |
technology |
| STV_PLESP |
Biomass stove - pellets and electrostatic precipitator |
PM |
--- |
technology |
| STV_PLESP |
Biomass stove - pellets and electrostatic precipitator |
VOC |
--- |
technology |
| ST_IAD |
Stage IA (double stage) at gasoline depots |
VOC |
--- |
technology |
| ST_IAS |
Stage IA (single stage) at gasoline depots |
VOC |
--- |
technology |
| ST_IB |
Stage IB controls at service stations |
VOC |
--- |
technology |
| ST_II |
Stage II controls at service stations |
VOC |
--- |
technology |
| SUB1_VT |
Use of 30% solvent based additives and 70% low solvent additives (90% vulcanized rubber and 10% thermoplastic rubber produced) |
VOC |
--- |
technology |
| SUB1_VT+INC |
Combination of the above options |
VOC |
--- |
technology |
| SUB2_VT |
Use of 10% solvent based additives and 90% low solvent additives (90% vulcanized rubber and 10% thermoplastic rubber produced) |
VOC |
--- |
technology |
| SUB_U |
Urea substition |
NH3 |
--- |
technology |
| SUB_V |
Use of 30% solvent based additives and 70% low solvent additives (100% vulcanized rubber produced) |
VOC |
--- |
technology |
| SUB_V+INC |
Combination of the above options |
VOC |
--- |
technology |
| SULF_RICE |
Sulfate-containing amendments (Van der Gon et al., 2001) |
CH4 |
--- |
technology |
| SUM |
Sum |
--- |
--- |
other |
| SYNTH_RUB |
Synthetic rubber production |
VOCP |
kt |
sector |
| T |
Cat.T |
--- |
--- |
other |
| T/1 |
Cat.T/Class 1 |
--- |
--- |
other |
| T/2 |
Cat.T/Class 2 |
--- |
--- |
other |
| TEX |
Textiles (clothing) |
VOCP |
kt TEX |
activity |
| TH |
Thermal energy |
--- |
--- |
other |
| TIM |
Wood treated |
VOCP |
mln m3 |
activity |
| TIWEUI |
Stage 1 control on railway and inland waterways mobile sources |
CH4 |
--- |
technology |
| TIWEUI |
Stage 1 control on railway and inland waterways mobile sources |
CO |
--- |
technology |
| TIWEUI |
Stage 1 control on railway and inland waterways mobile sources |
NH3 |
--- |
technology |
| TIWEUI |
Stage 1 control on railway and inland waterways mobile sources |
NOX |
--- |
technology |
| TIWEUI |
Stage 1 control on railway and inland waterways mobile sources |
PM |
--- |
technology |
| TIWEUI |
Stage 1 control on railway and inland waterways mobile sources |
VOC |
--- |
technology |
| TIWEUII |
Stage 2 control on railway and inland waterways mobile sources |
CH4 |
--- |
technology |
| TIWEUII |
Stage 2 control on railway and inland waterways mobile sources |
CO |
--- |
technology |
| TIWEUII |
Stage 2 control on railway and inland waterways mobile sources |
NH3 |
--- |
technology |
| TIWEUII |
Stage 2 control on railway and inland waterways mobile sources |
NOX |
--- |
technology |
| TIWEUII |
Stage 2 control on railway and inland waterways mobile sources |
PM |
--- |
technology |
| TIWEUII |
Stage 2 control on railway and inland waterways mobile sources |
VOC |
--- |
technology |
| TIWEUIII |
Stage 3A control on railway and inland waterways mobile sources |
CH4 |
--- |
technology |
| TIWEUIII |
Stage 3A control on railway and inland waterways mobile sources |
CO |
--- |
technology |
| TIWEUIII |
Stage 3A control on railway and inland waterways mobile sources |
NH3 |
--- |
technology |
| TIWEUIII |
Stage 3A control on railway and inland waterways mobile sources |
NOX |
--- |
technology |
| TIWEUIII |
Stage 3A control on railway and inland waterways mobile sources |
PM |
--- |
technology |
| TIWEUIII |
Stage 3A control on railway and inland waterways mobile sources |
VOC |
--- |
technology |
| TIWEUIV |
Stage 3B control on railway and inland waterways mobile sources |
CH4 |
--- |
technology |
| TIWEUIV |
Stage 3B control on railway and inland waterways mobile sources |
CO |
--- |
technology |
| TIWEUIV |
Stage 3B control on railway and inland waterways mobile sources |
NH3 |
--- |
technology |
| TIWEUIV |
Stage 3B control on railway and inland waterways mobile sources |
NOX |
--- |
technology |
| TIWEUIV |
Stage 3B control on railway and inland waterways mobile sources |
PM |
--- |
technology |
| TIWEUIV |
Stage 3B control on railway and inland waterways mobile sources |
VOC |
--- |
technology |
| TIWEUV |
Stage 4 control on railway and inland waterways mobile sources |
CH4 |
--- |
technology |
| TIWEUV |
Stage 4 control on railway and inland waterways mobile sources |
CO |
--- |
technology |
| TIWEUV |
Stage 4 control on railway and inland waterways mobile sources |
NH3 |
--- |
technology |
| TIWEUV |
Stage 4 control on railway and inland waterways mobile sources |
NOX |
--- |
technology |
| TIWEUV |
Stage 4 control on railway and inland waterways mobile sources |
PM |
--- |
technology |
| TIWEUV |
Stage 4 control on railway and inland waterways mobile sources |
VOC |
--- |
technology |
| TIWEUVI |
Stage 5 control on railway and inland waterways mobile sources |
CH4 |
--- |
technology |
| TIWEUVI |
Stage 5 control on railway and inland waterways mobile sources |
CO |
--- |
technology |
| TIWEUVI |
Stage 5 control on railway and inland waterways mobile sources |
NH3 |
--- |
technology |
| TIWEUVI |
Stage 5 control on railway and inland waterways mobile sources |
NOX |
--- |
technology |
| TIWEUVI |
Stage 5 control on railway and inland waterways mobile sources |
PM |
--- |
technology |
| TIWEUVI |
Stage 5 control on railway and inland waterways mobile sources |
VOC |
--- |
technology |
| TK_EOF |
Tunnel Kiln with end of pipe abatement |
CO |
--- |
technology |
| TK_EOF |
Tunnel Kiln with end of pipe abatement |
CO2 |
--- |
technology |
| TK_EOF |
Tunnel Kiln with end of pipe abatement |
NOX |
--- |
technology |
| TK_EOF |
Tunnel Kiln with end of pipe abatement |
PM |
--- |
technology |
| TK_EOF |
Tunnel Kiln with end of pipe abatement |
SO2 |
--- |
technology |
| TRA |
Transport |
--- |
--- |
other |
| TRANS |
Transportation of GAS |
PROC |
PJ gas transmitted |
sector |
| TRA_AIR_VOC |
Air transport (LTO) |
VOCP |
kt VOC |
sector |
| TRA_OT |
Other transport, non-road |
MOB |
PJ |
sector |
| TRA_OTS |
Other transport: maritime activities |
MOB |
PJ |
sector |
| TRA_OTS_L |
Other transport: maritime, large vessels, >1000 GRT |
MOB |
thousand of vehicles |
sector |
| TRA_OTS_L |
Other transport: maritime, large vessels, >1000 GRT |
MOB |
PJ |
sector |
| TRA_OTS_M |
Other transport: maritime, medium vessels <1000GRT |
MOB |
PJ |
sector |
| TRA_OTS_M |
Other transport: maritime, medium vessels <1000GRT |
MOB |
thousand of vehicles |
sector |
| TRA_OT_AGR |
Other transport: agriculture and forestry |
MOB |
PJ |
sector |
| TRA_OT_AGR |
Other transport: agriculture and forestry |
MOB |
thousand of vehicles |
sector |
| TRA_OT_AIR |
Other transport: air traffic - civil aviation |
MOB |
PJ |
sector |
| TRA_OT_AIR |
Other transport: air traffic - civil aviation |
MOB |
thousand of vehicles |
sector |
| TRA_OT_AIR_DOM |
Other transport: domestic air traffic - civil aviation |
MOB |
PJ |
sector |
| TRA_OT_CNS |
Other transport: mobile sources in construction and industry |
MOB |
thousand of vehicles |
sector |
| TRA_OT_CNS |
Other transport: mobile sources in construction and industry |
MOB |
PJ |
sector |
| TRA_OT_EV |
Evaporative emissions from gasoline vehicles |
MOB |
PJ |
sector |
| TRA_OT_INW |
Other transport: inland waterways |
MOB |
PJ |
sector |
| TRA_OT_INW |
Other transport: inland waterways |
MOB |
thousand of vehicles |
sector |
| TRA_OT_LB |
Other transport: other off-road; sources with 4-stroke engines (military, households, etc., for GAS also pipeline compressors) |
MOB |
thousand of vehicles |
sector |
| TRA_OT_LB |
Other transport: other off-road; sources with 4-stroke engines (military, households, etc., for GAS also pipeline compressors) |
MOB |
PJ |
sector |
| TRA_OT_LD2 |
Other transport: off-road; sources with 2-stroke engines |
MOB |
PJ |
sector |
| TRA_OT_LD2 |
Other transport: off-road; sources with 2-stroke engines |
MOB |
thousand of vehicles |
sector |
| TRA_OT_RAI |
Other transport: rail |
MOB |
thousand of vehicles |
sector |
| TRA_OT_RAI |
Other transport: rail |
MOB |
PJ |
sector |
| TRA_OT_RAI |
Other transport: rail |
MOB |
Gveh-km |
sector |
| TRA_RD |
Road vehicles |
MOB |
PJ |
sector |
| TRA_RD_HDB |
Heavy duty vehicles - buses |
MOB |
thousand of vehicles |
sector |
| TRA_RD_HDB |
Heavy duty vehicles - buses |
MOB |
PJ |
sector |
| TRA_RD_HDB |
Heavy duty vehicles - buses |
MOB |
Gveh-km |
sector |
| TRA_RD_HDT |
Heavy duty vehicles - trucks |
MOB |
Gveh-km |
sector |
| TRA_RD_HDT |
Heavy duty vehicles - trucks |
MOB |
PJ |
sector |
| TRA_RD_HDT |
Heavy duty vehicles - trucks |
MOB |
thousand of vehicles |
sector |
| TRA_RD_LD2 |
Motorcycles, mopeds and cars with 2-stroke engines |
MOB |
PJ |
sector |
| TRA_RD_LD2 |
Motorcycles, mopeds and cars with 2-stroke engines |
MOB |
thousand of vehicles |
sector |
| TRA_RD_LD2 |
Motorcycles, mopeds and cars with 2-stroke engines |
MOB |
Gveh-km |
sector |
| TRA_RD_LD4C |
Light duty vehicles: cars and small buses with 4-stroke engines |
MOB |
Gveh-km |
sector |
| TRA_RD_LD4C |
Light duty vehicles: cars and small buses with 4-stroke engines |
MOB |
thousand of vehicles |
sector |
| TRA_RD_LD4C |
Light duty vehicles: cars and small buses with 4-stroke engines |
MOB |
PJ |
sector |
| TRA_RD_LD4C_EV |
Evaporative emissions from 4-stroke cars |
MOB |
PJ |
sector |
| TRA_RD_LD4T |
Light duty vehicles: light commercial trucks with 4-stroke engines |
MOB |
Gveh-km |
sector |
| TRA_RD_LD4T |
Light duty vehicles: light commercial trucks with 4-stroke engines |
MOB |
PJ |
sector |
| TRA_RD_LD4T |
Light duty vehicles: light commercial trucks with 4-stroke engines |
MOB |
thousand of vehicles |
sector |
| TRA_RD_LD4T_EV |
Evaporative emissions from 4-stroke trucks |
MOB |
PJ |
sector |
| TRA_RD_M4 |
Motorcycles with 4-stroke engines |
MOB |
PJ |
sector |
| TRA_RD_M4 |
Motorcycles with 4-stroke engines |
MOB |
thousand of vehicles |
sector |
| TRA_RD_M4 |
Motorcycles with 4-stroke engines |
MOB |
Gveh-km |
sector |
| TRA_REFB |
Emissions of HFCs used as refrigerants in refrigerated transport equipment, while the equipment is in use (emissions from banked HFC) |
PROC |
t HFC/year |
sector |
| TRA_REFS |
Emissions of HFCs used as refrigerants in refrigerated transport equipment after the equipment has been scrapped (enf-of-use emissions) |
PROC |
t HFC/year |
sector |
| TSBP_IA |
Use of traditional solvent based paints but improved application efficiency up to 65% |
VOC |
--- |
technology |
| TSBP_IA+INC |
Combination of the above options |
VOC |
--- |
technology |
| TWIN_RED |
Twin reduction system in parallel avoids N2O leakage |
N2O |
--- |
technology |
| TYR |
Tyres |
VOCP |
kt |
activity |
| TYRE |
Non exhaust PM emissions - tyre wear |
MOB |
Gveh-km |
activity |
| TYRES |
Tyre production |
VOCP |
kt |
sector |
| UCAP_FROM |
Unit capacity from |
--- |
--- |
other |
| UCAP_TO |
Unit capacity to |
--- |
--- |
other |
| UFC |
Unit fuel consumption |
--- |
--- |
other |
| UNC_ACT |
Unit cost over activity |
--- |
--- |
other |
| UNC_SO2 |
Process emissions control costs for SO2 control |
--- |
--- |
other |
| UPACA |
Upgrade of the condensation units or carbon adsorption and solvent recovery |
VOC |
--- |
technology |
| VAMOX |
VAMOX descr. missing |
CH4 |
--- |
technology |
| VAMOX_VENT |
VAMOX_VENT descr. missing |
CH4 |
--- |
technology |
| VA_AGR |
Value added - agriculture, forestry, fishing |
ENE |
10^9 Euro MEX |
activity |
| VA_COMM |
Value added - commercial sector (trade, other services) |
ENE |
10^9 Euro MEX |
activity |
| VA_CONSTR |
Value added - construction |
ENE |
10^9 Euro MEX |
activity |
| VA_ELGW |
Value added - electricity, gas and water supply |
ENE |
10^9 Euro MEX |
activity |
| VA_ENER |
Value added - energy |
ENE |
10^9 Euro MEX |
activity |
| VA_IND |
Value added - manufacturing industry (except energy) |
ENE |
10^9 Euro MEX |
activity |
| VA_INDCHEM |
Value added - chemicals |
ENE |
10^9 Euro MEX |
activity |
| VA_INDFOOD |
Value added - food, beverages, tobacco |
ENE |
10^9 Euro MEX |
activity |
| VA_INDISTE |
Value added - iron and steel |
ENE |
10^9 Euro MEX |
activity |
| VA_INDMET |
Value added - basic metals |
ENE |
10^9 Euro MEX |
activity |
| VA_INDNFME |
Value added - non-ferrous metals |
ENE |
10^9 Euro MEX |
activity |
| VA_INDNMMI |
Value added - non-metalic minerals |
ENE |
10^9 Euro MEX |
activity |
| VA_INDOTH |
Value added - other industries |
ENE |
10^9 Euro MEX |
activity |
| VA_INDPAP |
Value added - pulp, paper, paper products and printing |
ENE |
10^9 Euro MEX |
activity |
| VA_INDRUB |
Value added - plastics and rubber |
ENE |
10^9 Euro MEX |
activity |
| VA_INDTEX |
Value added - textile, leather, footwear |
ENE |
10^9 Euro MEX |
activity |
| VA_INDWOOD |
Value added - wood and wood products |
ENE |
10^9 Euro MEX |
activity |
| VA_MINE |
Value added - mining and quarrying |
ENE |
10^9 Euro MEX |
activity |
| VA_ORCKNF |
Value added - mineral oil refining, coke and nuclear fuel |
ENE |
10^9 Euro MEX |
activity |
| VA_PRINT |
Value added - printing and publishing |
ENE |
10^9 Euro MEX |
activity |
| VA_TERT |
Value added - tertiary sector (transport, trade, other services) |
ENE |
10^9 Euro MEX |
activity |
| VA_TOT |
Gross value added - total |
ENE |
10^9 Euro MEX |
activity |
| VA_TRANS |
Value added - transport |
ENE |
10^9 Euro MEX |
activity |
| VBAL |
Vapour balancing on tankers and loading facilities |
VOC |
--- |
technology |
| VBAL+VF_ALT |
Vapour balancing and alternatives for venting and flaring |
VOC |
--- |
technology |
| VBAL+V_ALT |
Vapour balancing and alternatives for venting |
VOC |
--- |
technology |
| VEH |
Vehicles |
VOCP |
kveh |
activity |
| VEHR_P |
Vehicle refinishing |
VOCP |
kt paint |
sector |
| VEHR_P_NEW |
Vehicle refinishing (new installations) |
VOCP |
kt paint |
sector |
| VEHTR |
Treatment of vehicles |
VOCP |
M people |
sector |
| VHSS |
Very high solids systems (5% solvent content), application process with an efficiency of 35% |
VOC |
--- |
technology |
| VHSS+PRM |
Very high solids systems (5% solvent content), application process with an efficiency of 75% |
VOC |
--- |
technology |
| VICT |
Victoria |
--- |
--- |
other |
| VIS |
Improved application technique (vacuum impregnation system) |
VOC |
--- |
technology |
| VIS+ACA |
Combination of the above options |
VOC |
--- |
technology |
| VIS+INC |
Combination of the above options |
VOC |
--- |
technology |
| VRU_I |
Vapour recovery unit (single stage) |
VOC |
--- |
technology |
| VRU_II |
Vapour recovery unit (double stage) |
VOC |
--- |
technology |
| VSBK |
Vertical Shaft Brick Kiln with basic dust control |
CO |
--- |
technology |
| VSBK |
Vertical Shaft Brick Kiln with basic dust control |
CO2 |
--- |
technology |
| VSBK |
Vertical Shaft Brick Kiln with basic dust control |
NOX |
--- |
technology |
| VSBK |
Vertical Shaft Brick Kiln with basic dust control |
PM |
--- |
technology |
| VSBK |
Vertical Shaft Brick Kiln with basic dust control |
SO2 |
--- |
technology |
| V_ALT |
Alternatives and increased recovery for venting |
VOC |
--- |
technology |
| WASA |
West+South Australia |
--- |
--- |
other |
| WASTE_AGR |
Waste: Agricultural waste burning |
AGR |
Mt |
sector |
| WASTE_FLR |
Waste: Flaring in gas and oil industry |
PROC |
PJ |
sector |
| WASTE_RES |
Waste: Open burning of residential waste |
PROC |
Mt |
sector |
| WASTE_VOC |
Waste treatment and disposal |
VOCP |
kt VOC |
sector |
| WATER_HEAT |
Water heating |
--- |
--- |
other |
| WBC_L |
Use of water based coating |
VOC |
--- |
technology |
| WBD |
Water based cleaning process |
VOC |
--- |
technology |
| WBI |
Water based inks |
VOC |
--- |
technology |
| WBI+BIO |
Water based inks and biofiltration (large inst.) |
VOC |
--- |
technology |
| WBI+ENC+ACA |
Water based inks, enclosure and adsorption |
VOC |
--- |
technology |
| WBI+ENC+INC |
Water based inks, enclosure and incineration |
VOC |
--- |
technology |
| WBI+ENC+INC-ACA |
Water based inks, enclosure and incineration or adsorption |
VOC |
--- |
technology |
| WBI+ENC+INC-BIO |
Water based inks, enclosure and incineration or biofltration |
VOC |
--- |
technology |
| WBI+INC |
Water bsaed inks, incineration (for new inst. with enclosure) |
VOC |
--- |
technology |
| WBP |
Use of water based paints (5%): application efficiency as above |
VOC |
--- |
technology |
| WCLEAN |
Water cleaning |
VOC |
--- |
technology |
| WIND_B |
SF6 use in soundproof windows |
PROC |
t SF6/year |
sector |
| WIRE |
Winding wire coating |
VOCP |
kt |
sector |
| WNCEN |
West North Central |
--- |
--- |
other |
| WND |
Wind |
ENE |
PJ |
activity |
| WOOD |
Wood preservation (not creosote) |
VOCP |
mln m3 |
sector |
| WOOD |
Wood preservation (not creosote) |
VOCP |
kt SLV |
sector |
| WOOD_CR |
Wood preservation (creosote) |
VOCP |
mln m3 |
sector |
| WOOD_P |
Wood coating |
VOCP |
mln m2 |
sector |
| WPR |
Use of water based preservatives (conventional application methods) |
VOC |
--- |
technology |
| WPR+VIS |
Combination of the above options |
VOC |
--- |
technology |
| WSCEN |
West South Central |
--- |
--- |
other |
| WSCRB |
Wet scrubber - power plants |
CO |
--- |
technology |
| WSCRB |
Wet scrubber - power plants |
PM |
--- |
technology |
| WSFNR |
Waste fuels, non-renewable |
ENE |
Mt |
activity |
| WSFNR |
Waste fuels, non-renewable |
ENE |
PJ |
activity |
| WSFR |
Waste fuel, renewable |
ENE |
Mt |
activity |
| WSFR |
Waste fuel, renewable |
ENE |
PJ |
activity |
| WSMOU |
West South Mountain |
--- |
--- |
other |
| WT_NH3_EMISS |
Waste treatment and disposal |
AGR |
kt NH3 |
sector |
| WW_DOM |
Waste water treatment (domestic) |
PROC |
M people |
sector |
| WW_DOM_CC |
Waste water treatment (domestic) - centralized collection |
PROC |
M people |
sector |
| WW_DOM_CC_NOC |
Waste water treatment (domestic) |
PROC |
M people |
sector |
| WW_DOM_CC_TRM |
Waste water treatment (domestic) |
PROC |
M people |
sector |
| WW_DOM_DC |
Waste water treatment (domestic) - decentralized collection |
PROC |
M people |
sector |
| WW_DOM_DC_NOC |
Waste water treatment (domestic) |
PROC |
M people |
sector |
| WW_DOM_DC_TRM |
Waste water treatment (domestic) |
PROC |
M people |
sector |