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EF ID IPCC 1996IPCC 2006GasType of parameter Description Technologies / Practices Parameters / Conditions Region / Regional Conditions Abatement / Control Technologies Other propertiesValueUnitSource of data  Action
22982 
  • 2C - Metal Production
  • 2C1 - Iron and Steel Production
  • 2C2 - Ferroalloys Production
  • 2C3 - Aluminium Production
  • 2C5 - Other (please specify)
 
  • 2.C - Metal Industry
  • 2.C.1 - Iron and Steel Production
  • 2.C.2 - Ferroalloys Production
  • 2.C.3 - Aluminium production
  • 2.C.4 - Magnesium production
  • 2.C.5 - Lead Production
  • 2.C.6 - Zinc Production
  • 2.C.7 - Other [2.C.8 – Other – 2019 Refinement]
 
  • CARBON DIOXIDE
 		1996 IPCC default CO2 Emission Factor for Metal Production Generally Reducing agent: Coal     2.5 Tonne CO2/Tonne Reducing Agent Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories (Table 2-12 on Page 2.26 of the Reference Manual) 
22983 
  • 2C - Metal Production
  • 2C1 - Iron and Steel Production
  • 2C2 - Ferroalloys Production
  • 2C3 - Aluminium Production
  • 2C5 - Other (please specify)
 
  • 2.C - Metal Industry
  • 2.C.1 - Iron and Steel Production
  • 2.C.2 - Ferroalloys Production
  • 2.C.3 - Aluminium production
  • 2.C.4 - Magnesium production
  • 2.C.5 - Lead Production
  • 2.C.6 - Zinc Production
  • 2.C.7 - Other [2.C.8 – Other – 2019 Refinement]
 
  • CARBON DIOXIDE
 		1996 IPCC default CO2 Emission Factor for Metal Production Generally Reducing agent: Coke from coal     3.1 Tonne CO2/Tonne Reducing Agent Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories (Table 2-12 on Page 2.26 of the Reference Manual) 
22984 
  • 2C - Metal Production
  • 2C1 - Iron and Steel Production
  • 2C2 - Ferroalloys Production
  • 2C3 - Aluminium Production
  • 2C5 - Other (please specify)
 
  • 2.C - Metal Industry
  • 2.C.1 - Iron and Steel Production
  • 2.C.2 - Ferroalloys Production
  • 2.C.3 - Aluminium production
  • 2.C.4 - Magnesium production
  • 2.C.5 - Lead Production
  • 2.C.6 - Zinc Production
  • 2.C.7 - Other [2.C.8 – Other – 2019 Refinement]
 
  • CARBON DIOXIDE
 		1996 IPCC default CO2 Emission Factor for Metal Production Generally Reducing agent: Petrol coke     3.6 Tonne CO2/Tonne Reducing Agent Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories (Table 2-12 on Page 2.26 of the Reference Manual) 
22985 
  • 2C - Metal Production
  • 2C1 - Iron and Steel Production
  • 2C2 - Ferroalloys Production
  • 2C3 - Aluminium Production
  • 2C5 - Other (please specify)
 
  • 2.C - Metal Industry
  • 2.C.1 - Iron and Steel Production
  • 2.C.2 - Ferroalloys Production
  • 2.C.3 - Aluminium production
  • 2.C.4 - Magnesium production
  • 2.C.5 - Lead Production
  • 2.C.6 - Zinc Production
  • 2.C.7 - Other [2.C.8 – Other – 2019 Refinement]
 
  • CARBON DIOXIDE
 		1996 IPCC default CO2 Emission Factor for Metal Production Generally Reducing agent: Prebaked anodes and coal electrodes     3.6 Tonne CO2/Tonne Reducing Agent Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories (Table 2-12 on Page 2.26 of the Reference Manual) 
225800 
  • 2C5 - Other (please specify)
 
  • 2.C.7 - Other [2.C.8 – Other – 2019 Refinement]
 
  • CARBON DIOXIDE
 		Measured Direct CO2 emission factor for rare earth metals production for Praseodymium-Neodymium (Pr-Nd)  Potline - Pr-Nd, Voltage (V) - 8.5∼9.5 Line Current (kA) - 5 Anode Current Density (A/cm2) - 2.0 Gas Flow Rate at the Sampling Point (Nm3/h) - 12000 Production of RE Metal (t/d) - 2.172 Gas Collection Efficiency (%) - 57.97 Ganzhou, Jiangxi Province of China (CHN)  The process at Qiandong Rare Earths Group Co. Ltd., which specialises in three widely used RE including Pr-Nd alloy, La metal and Dy-Fe alloy 310.7 kg/tonnes metal Peer-reviewed journal 
225801 
  • 2C5 - Other (please specify)
 
  • 2.C.7 - Other [2.C.8 – Other – 2019 Refinement]
 
  • CARBON DIOXIDE
 		Measured Direct CO2 emission factor for rare earth metals production for Praseodymium-Neodymium (Pr-Nd)  Potline - Pr-Nd, Voltage (V) - 8.5∼9.5 Line Current (kA) - 5 Anode Current Density (A/cm2) - 2.0 Gas Flow Rate at the Sampling Point (Nm3/h) - 12000 Production of RE Metal (t/d) - 2.172 Gas Collection Efficiency (%) - 57.97 Ganzhou, Jiangxi Province of China (CHN)  The process at Qiandong Rare Earths Group Co. Ltd., which specialises in three widely used RE including Pr-Nd alloy, La metal and Dy-Fe alloy 295.6 kg/tonnes metal Peer-reviewed journal 
225802 
  • 2C5 - Other (please specify)
 
  • 2.C.7 - Other [2.C.8 – Other – 2019 Refinement]
 
  • CARBON MONOXIDE
 		Measured Direct CO emission factor for rare earth metals production for Praseodymium-Neodymium (Pr-Nd)  Potline - Pr-Nd, Voltage (V) - 8.5∼9.5 Line Current (kA) - 5 Anode Current Density (A/cm2) - 2.0 Gas Flow Rate at the Sampling Point (Nm3/h) - 12000 Production of RE Metal (t/d) - 2.172 Gas Collection Efficiency (%) - 57.97 Ganzhou, Jiangxi Province of China (CHN)  The process at Qiandong Rare Earths Group Co. Ltd., which specialises in three widely used RE including Pr-Nd alloy, La metal and Dy-Fe alloy 5.34 kg/tonnes metal Peer-reviewed journal 
225803 
  • 2C5 - Other (please specify)
 
  • 2.C.7 - Other [2.C.8 – Other – 2019 Refinement]
 
  • CARBON MONOXIDE
 		Measured Direct CO emission factor for rare earth metals production for Praseodymium-Neodymium (Pr-Nd)  Potline - Pr-Nd, Voltage (V) - 8.5∼9.5 Line Current (kA) - 5 Anode Current Density (A/cm2) - 2.0 Gas Flow Rate at the Sampling Point (Nm3/h) - 12000 Production of RE Metal (t/d) - 2.172 Gas Collection Efficiency (%) - 57.97 Ganzhou, Jiangxi Province of China (CHN)  The process at Qiandong Rare Earths Group Co. Ltd., which specialises in three widely used RE including Pr-Nd alloy, La metal and Dy-Fe alloy 4.61 kg/tonnes metal Peer-reviewed journal 
225804 
  • 2C5 - Other (please specify)
 
  • 2.C.7 - Other [2.C.8 – Other – 2019 Refinement]
 
  • CARBON DIOXIDE
 		Measured Direct CO2 emission factor for rare earth metals production for Dysprosium-Iron (Dy-Fe)  Potline - Dy-Fe, Voltage (V) - 9.0∼11.0 Line Current (kA) - 5 Anode Current Density (A/cm2) - 2.0 Gas Flow Rate at the Sampling Point (Nm3/h) - 1340 Production of RE Metal (t/d) - 0.15 Gas Collection Efficiency (%) - 57.97 Ganzhou, Jiangxi Province of China (CHN)  The process at Qiandong Rare Earths Group Co. Ltd., which specialises in three widely used RE including Pr-Nd alloy, La metal and Dy-Fe alloy 214.5 kg/tonnes metal Peer-reviewed journal 
225805 
  • 2C5 - Other (please specify)
 
  • 2.C.7 - Other [2.C.8 – Other – 2019 Refinement]
 
  • CARBON DIOXIDE
 		Measured Direct CO2 emission factor for rare earth metals production for Dysprosium-Iron (Dy-Fe)  Potline - Dy-Fe, Voltage (V) - 9.0∼11.0 Line Current (kA) - 5 Anode Current Density (A/cm2) - 2.0 Gas Flow Rate at the Sampling Point (Nm3/h) - 1340 Production of RE Metal (t/d) - 0.15 Gas Collection Efficiency (%) - 57.97 Ganzhou, Jiangxi Province of China (CHN)  The process at Qiandong Rare Earths Group Co. Ltd., which specialises in three widely used RE including Pr-Nd alloy, La metal and Dy-Fe alloy 246.9 kg/tonnes metal Peer-reviewed journal 
225806 
  • 2C5 - Other (please specify)
 
  • 2.C.7 - Other [2.C.8 – Other – 2019 Refinement]
 
  • CARBON MONOXIDE
 		Measured Direct CO emission factor for rare earth metals production for Dysprosium-Iron (Dy-Fe)  Potline - Dy-Fe, Voltage (V) - 9.0∼11.0 Line Current (kA) - 5 Anode Current Density (A/cm2) - 2.0 Gas Flow Rate at the Sampling Point (Nm3/h) - 1340 Production of RE Metal (t/d) - 0.15 Gas Collection Efficiency (%) - 57.97 Ganzhou, Jiangxi Province of China (CHN)  The process at Qiandong Rare Earths Group Co. Ltd., which specialises in three widely used RE including Pr-Nd alloy, La metal and Dy-Fe alloy 3.42 kg/tonnes metal Peer-reviewed journal 
225807 
  • 2C5 - Other (please specify)
 
  • 2.C.7 - Other [2.C.8 – Other – 2019 Refinement]
 
  • CARBON MONOXIDE
 		Measured Direct CO emission factor for rare earth metals production for Dysprosium-Iron (Dy-Fe)  Potline - Dy-Fe, Voltage (V) - 9.0∼11.0 Line Current (kA) - 5 Anode Current Density (A/cm2) - 2.0 Gas Flow Rate at the Sampling Point (Nm3/h) - 1340 Production of RE Metal (t/d) - 0.15 Gas Collection Efficiency (%) - 57.97 Ganzhou, Jiangxi Province of China (CHN)  The process at Qiandong Rare Earths Group Co. Ltd., which specialises in three widely used RE including Pr-Nd alloy, La metal and Dy-Fe alloy 3.39 kg/tonnes metal Peer-reviewed journal 
225808 
  • 2C5 - Other (please specify)
 
  • 2.C.7 - Other [2.C.8 – Other – 2019 Refinement]
 
  • CARBON DIOXIDE
 		Measured Direct CO2 emission factor for rare earth metals production for Lanthanum (La)  Potline - La, Voltage (V) - 8.5∼9.5 Line Current (kA) - 5 Anode Current Density (A/cm2) - 2.0 Gas Flow Rate at the Sampling Point (Nm3/h) - 17066 Production of RE Metal (t/d) - 0.93 Gas Collection Efficiency (%) - 57.97 Ganzhou, Jiangxi Province of China (CHN)  The process at Qiandong Rare Earths Group Co. Ltd., which specialises in three widely used RE including Pr-Nd alloy, La metal and Dy-Fe alloy 628.5 kg/tonnes metal Peer-reviewed journal 
225809 
  • 2C5 - Other (please specify)
 
  • 2.C.7 - Other [2.C.8 – Other – 2019 Refinement]
 
  • CARBON DIOXIDE
 		Measured Direct CO2 emission factor for rare earth metals production for Lanthanum (La)  Potline - La, Voltage (V) - 8.5∼9.5 Line Current (kA) - 5 Anode Current Density (A/cm2) - 2.0 Gas Flow Rate at the Sampling Point (Nm3/h) - 17066 Production of RE Metal (t/d) - 0.93 Gas Collection Efficiency (%) - 57.97 Ganzhou, Jiangxi Province of China (CHN)  The process at Qiandong Rare Earths Group Co. Ltd., which specialises in three widely used RE including Pr-Nd alloy, La metal and Dy-Fe alloy 672.4 kg/tonnes metal Peer-reviewed journal 
225810 
  • 2C5 - Other (please specify)
 
  • 2.C.7 - Other [2.C.8 – Other – 2019 Refinement]
 
  • CARBON MONOXIDE
 		Measured Direct CO emission factor for rare earth metals production for Lanthanum (La)  Potline - La, Voltage (V) - 8.5∼9.5 Line Current (kA) - 5 Anode Current Density (A/cm2) - 2.0 Gas Flow Rate at the Sampling Point (Nm3/h) - 17066 Production of RE Metal (t/d) - 0.93 Gas Collection Efficiency (%) - 57.97 Ganzhou, Jiangxi Province of China (CHN)  The process at Qiandong Rare Earths Group Co. Ltd., which specialises in three widely used RE including Pr-Nd alloy, La metal and Dy-Fe alloy 8.23 kg/tonnes metal Peer-reviewed journal 
225811 
  • 2C5 - Other (please specify)
 
  • 2.C.7 - Other [2.C.8 – Other – 2019 Refinement]
 
  • CARBON MONOXIDE
 		Measured Direct CO emission factor for rare earth metals production for Lanthanum (La)  Potline - La, Voltage (V) - 8.5∼9.5 Line Current (kA) - 5 Anode Current Density (A/cm2) - 2.0 Gas Flow Rate at the Sampling Point (Nm3/h) - 17066 Production of RE Metal (t/d) - 0.93 Gas Collection Efficiency (%) - 57.97 Ganzhou, Jiangxi Province of China (CHN)  The process at Qiandong Rare Earths Group Co. Ltd., which specialises in three widely used RE including Pr-Nd alloy, La metal and Dy-Fe alloy 7.57 kg/tonnes metal Peer-reviewed journal 
225812 
  • 2C5 - Other (please specify)
 
  • 2.C.7 - Other [2.C.8 – Other – 2019 Refinement]
 
  • CARBON DIOXIDE
 		Measured Direct CO2 emission factor for rare earth metals production for Praseodymium-Neodymium (Pr-Nd)  Potline - Pr-Nd, Voltage (V) - 10 Line Current (kA) - 6 Anode Current Density (A/cm2) - 1.33 Gas Flow Rate at the Sampling Point (Nm3/h) - 18327 Production of RE Metal (t/d) - 0.965 Gas Collection Efficiency (%) - 56.22 Ganzhou, Jiangxi Province of China (CHN)  The process at National Engineering Research Center for Ionic Rare Earth (with a newly developed exhaust gas collection system) 188.9 kg/tonnes metal Peer-reviewed journal 
225813 
  • 2C5 - Other (please specify)
 
  • 2.C.7 - Other [2.C.8 – Other – 2019 Refinement]
 
  • CARBON DIOXIDE
 		Measured Direct CO2 emission factor for rare earth metals production for Praseodymium-Neodymium (Pr-Nd)  Potline - Pr-Nd, Voltage (V) - 10 Line Current (kA) - 6 Anode Current Density (A/cm2) - 1.33 Gas Flow Rate at the Sampling Point (Nm3/h) - 18327 Production of RE Metal (t/d) - 0.965 Gas Collection Efficiency (%) - 56.22 Ganzhou, Jiangxi Province of China (CHN)  The process at National Engineering Research Center for Ionic Rare Earth (with a newly developed exhaust gas collection system) 165.0 kg/tonnes metal Peer-reviewed journal 
225814 
  • 2C5 - Other (please specify)
 
  • 2.C.7 - Other [2.C.8 – Other – 2019 Refinement]
 
  • CARBON MONOXIDE
 		Measured Direct CO emission factor for rare earth metals production for Praseodymium-Neodymium (Pr-Nd)  Potline - Pr-Nd, Voltage (V) - 10 Line Current (kA) - 6 Anode Current Density (A/cm2) - 1.33 Gas Flow Rate at the Sampling Point (Nm3/h) - 18327 Production of RE Metal (t/d) - 0.965 Gas Collection Efficiency (%) - 56.22 Ganzhou, Jiangxi Province of China (CHN)  The process at National Engineering Research Center for Ionic Rare Earth (with a newly developed exhaust gas collection system) 3.12 kg/tonnes metal Peer-reviewed journal 
225815 
  • 2C5 - Other (please specify)
 
  • 2.C.7 - Other [2.C.8 – Other – 2019 Refinement]
 
  • CARBON DIOXIDE
 		Measured Total carbon (emission factor) for rare earth metals production for Praseodymium-Neodymium (Pr-Nd)  Potline - Pr-Nd, Voltage (V) - 8.5∼9.5 Line Current (kA) - 5 Anode Current Density (A/cm2) - 2.0 Gas Flow Rate at the Sampling Point (Nm3/h) - 12000 Production of RE Metal (t/d) - 2.172 Gas Collection Efficiency (%) - 57.97 Ganzhou, Jiangxi Province of China (CHN)  The process at Qiandong Rare Earths Group Co. Ltd., which specialises in three widely used RE including Pr-Nd alloy, La metal and Dy-Fe alloy 87.1 kg/tonnes metal Peer-reviewed journal 
Gases
Gas nameFormulaSelect gas
CARBON DIOXIDE CO2 
METHANE CH4 
NITROUS OXIDE N2O 
Fuels 2006
Fuel 2006
Crude Oil 
Orimulsion 
Natural Gas Liquids (NGLs) 
Motor Gasoline 
Aviation Gasoline 
Jet Gasoline 
Jet Kerosene 
Other Kerosene 
Shale Oil 
Gas Oil 
Diesel Oil 
Residual Fuel Oil 
Liquefied Petroleum Gases 
Ethane 
Naphtha 
Bitumen 
Lubricants 
Petroleum Coke 
Refinery Feedstocks 
Refinery Gas 
Waxes 
White Spirit & SBP 
Other Petroleum Products 
Anthracite 
Coking Coal 
Other Bituminous Coal 
Sub-Bituminous Coal 
Lignite 
Oil Shale and Tar Sands 
Brown Coal Briquettes 
Patent Fuel 
Coke Oven Coke and Lignite Coke 
Gas Coke 
Coal Tar 
Gas Works Gas 
Coke Oven Gas 
Blast Furnace Gas 
Oxygen Steel Furnace Gas 
Undifferentiated Coal 
Natural Gas 
Municipal Wastes (non-biomass fraction) 
Industrial Wastes 
Waste Oils 
Peat 
Wood/Wood Waste 
Sulphite Lyes (Black Liquor) 
Other Primary Solid Biomass 
Charcoal 
Biogasoline 
Biodiesels 
Bio-Alcohol 
Sewage Sludge 
Other Liquid Biofuels 
Landfill Gas 
Sludge Gas 
Other Biogas 
Municipal Wastes (biomass fraction) 
Fuel mixtures (fossil and biomass) 
C pools
Above-ground biomass (AGB)
Below-ground biomass (BGB)
Litter (L)
Dead wood (DW)
Soil organic matter - mineral soils (SOM mineral)
Soil organic matter - organic soils (SOM organic)
Harvested wood products (HWP)
Classified otherwise
Table columns
IPCC 1996
IPCC 2006
Gas
Fuel
C pool
Type of parameter
Description
Technologies / Practices
Parameters / Conditions
Region / Regional Conditions
Abatement / Control Technologies
Other properties
Value
Unit
Equation
IPCC Worksheet
Source of data
Technical Reference
Data provider
IPCC Default Data
1996 IPCC default
1996 & 2006 IPCC default
2006 IPCC default
2013 WS default
2013 KP default
2019 Refinement default
Other (non-default) Data
Measured
Modeled
Other (e.g. compiled)
Regions
Asia
Africa
Latin America and Caribbean
North America
Oceania
Europe
Countries
Asia
  Afghanistan
  Armenia
  Azerbaijan
  Bahrain
  Bangladesh
  Bhutan
  Brunei Darussalam
  Cambodia
  China
  China, Hong Kong Special Administrative Region
  China, Macao Special Administrative Region
  Christmas Island
  Democratic People's Republic of Korea
  Georgia
  India
  Indonesia
  Iran
  Iraq
  Israel
  Japan
  Jordan
  Kazakhstan
  Kuwait
  Kyrgyzstan
  Lao People's Democratic Republic
  Lebanon
  Malaysia
  Maldives
  Mongolia
  Myanmar
  Nepal
  Oman
  Pakistan
  Philippines
  Qatar
  Republic of Korea
  Saudi Arabia
  Singapore
  Sri Lanka
  State of Palestine
  Syrian Arab Republic
  Tajikistan
  Thailand
  Timor-Leste
  Türkiye
  Turkmenistan
  United Arab Emirates
  Uzbekistan
  Viet Nam
  Yemen
Africa
  Algeria
  Angola
  Benin
  Botswana
  Burkina Faso
  Burundi
  Cabo Verde
  Cameroon
  Central African Republic
  Chad
  Comoros
  Congo
  Côte d’Ivoire
  Democratic Republic of the Congo
  Djibouti
  Egypt
  Equatorial Guinea
  Eritrea
  Eswatini
  Ethiopia
  Gabon
  Gambia
  Ghana
  Guinea
  Guinea-Bissau
  Kenya
  Lesotho
  Liberia
  Libya
  Madagascar
  Malawi
  Mali
  Mauritania
  Mauritius
  Mayotte
  Morocco
  Mozambique
  Namibia
  Niger
  Nigeria
  Réunion
  Rwanda
  Saint Helena
  Sao Tome and Principe
  Senegal
  Seychelles
  Sierra Leone
  Somalia
  South Africa
  South Sudan
  Sudan
  Togo
  Tunisia
  Uganda
  United Republic of Tanzania
  Western Sahara
  Zambia
  Zimbabwe
Latin America and Caribbean
  Anguilla
  Antigua and Barbuda
  Argentina
  Aruba
  Bahamas
  Barbados
  Belize
  Bolivia (Plurinational State of)
  Bonaire, Saint Eustatius and Saba
  Brazil
  British Virgin Islands
  Cayman Islands
  Chile
  Colombia
  Costa Rica
  Cuba
  Curaçao
  Dominica
  Dominican Republic
  Ecuador
  El Salvador
  Falkland Islands (Malvinas)
  French Guiana
  Grenada
  Guadeloupe
  Guatemala
  Guyana
  Haiti
  Honduras
  Jamaica
  Martinique
  Mexico
  Montserrat
  Nicaragua
  Panama
  Paraguay
  Peru
  Puerto Rico
  Saint Barthélemy
  Saint Kitts and Nevis
  Saint Lucia
  Saint Martin (French part)
  Saint Vincent and the Grenadines
  Sint Maarten (Dutch part)
  Suriname
  Trinidad and Tobago
  Turks and Caicos Islands
  United States Virgin Islands
  Uruguay
  Venezuela (Bolivarian Republic of)
North America
  Bermuda
  Canada
  Greenland
  Saint Pierre and Miquelon
  United States Minor Outlying Islands
  United States of America
Oceania
  American Samoa
  Australia
  Bouvet Island
  British Indian Ocean Territory
  Cocos (Keeling) Islands
  Cook Islands
  Fiji
  French Polynesia
  French Southern Territories
  Guam
  Heard Island and McDonald Islands
  Kiribati
  Marshall Islands
  Micronesia (Federated States of)
  Nauru
  New Caledonia
  New Zealand
  Niue
  Norfolk Island
  Northern Mariana Islands
  Palau
  Papua New Guinea
  Pitcairn
  Samoa
  Solomon Islands
  South Georgia and the South Sandwich Islands
  Tokelau
  Tonga
  Tuvalu
  Vanuatu
  Wallis and Futuna Islands
Europe
  Åland Islands
  Albania
  Andorra
  Austria
  Belarus
  Belgium
  Bosnia and Herzegovina
  Bulgaria
  Croatia
  Cyprus
  Czechia
  Denmark
  Estonia
  Faroe Islands
  Finland
  France
  Germany
  Gibraltar
  Greece
  Guernsey
  Holy See
  Hungary
  Iceland
  Ireland
  Isle of Man
  Italy
  Jersey
  Latvia
  Liechtenstein
  Lithuania
  Luxembourg
  Malta
  Monaco
  Montenegro
  Netherlands
  North Macedonia
  Norway
  Poland
  Portugal
  Republic of Moldova
  Romania
  Russian Federation
  San Marino
  Sark
  Serbia
  Slovakia
  Slovenia
  Spain
  Svalbard and Jan Mayen Islands
  Sweden
  Switzerland
  Ukraine
  United Kingdom of Great Britain and Northern Ireland