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Schimbari Climatice / ROU-2013-2011-v2.2.xls
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Secțiuni și tabele
L7 CO2 equivalent (Gg) (%) CO2 equivalent (Gg) (%) CO2 equivalent (Gg) (%)
L8 6. Waste 10.55776304 4728.4370014825 627.48082251297
L9 6.A. Solid Waste Disposal on Land NA 2475.637762019
| Coloana 1 | Coloana 2 | Coloana 3 | Coloana 4 | Coloana 5 | Coloana 6 | Coloana 7 | Coloana 8 | Coloana 9 | Coloana 10 | Coloana 11 | Coloana 12 | Coloana 13 | Coloana 14 | Coloana 15 | Coloana 16 | Coloana 17 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| L10 | 6.B. | Waste-water Handling | 2252.7992394635 | 627.48082251297 | ||||||||||||
| L11 | 6.C. | Waste Incineration | 10.55776304 | NE | NE | |||||||||||
| L12 | 6.D. | Other | NA | NA | NA | |||||||||||
| L13 | 7. Other (as specified in Summary 1.A) | NA | NA | NA |
Coloanele sunt separate în sursă; anteturile nu sunt confirmate.
L15 Memo Items:
| Coloana 1 | Coloana 2 | Coloana 3 | Coloana 4 | Coloana 5 | Coloana 6 | Coloana 7 | Coloana 8 | Coloana 9 | Coloana 10 | Coloana 11 | Coloana 12 | Coloana 13 | Coloana 14 | Coloana 15 | Coloana 16 | Coloana 17 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| L16 | International Bunkers | 414.8356992608 | 40.580999385092 | 74.157966300323 | ||||||||||||
| L17 | Multilateral Operations | NE | NE | NE |
Coloanele sunt separate în sursă; anteturile nu sunt confirmate.
L18 CO2 Emissions from Biomass 17210.241916793
L20 GREENHOUSE GAS SOURCE AND SINK CATEGORIES HFCs PFCs SF6
L21 Previous submission Latest submission Difference Difference(1) Impact of recalculation on total emissions excluding LULUCF (2) Impact of recalculation on total emissions including LULUCF(3) Previous submission Latest submission Difference Difference(1) Impact of recalculation on total emissions excluding LULUCF (2) Impact of recalculation on total emissions including LULUCF(3) Previous submission Latest submission Difference Difference(1) Impact of recalculation on total emissions excluding LULUCF (2) Impact of recalculation on total emissions including LULUCF(3)
L22 CO2 equivalent (Gg) (%) CO2 equivalent (Gg) (%) CO2 equivalent (Gg) (%)
L23 Total Actual Emissions 440.5520486428 10.924 7.2058978
L24 2.C.3. Aluminium Production 10.924
| Coloana 1 | Coloana 2 | Coloana 3 | Coloana 4 | Coloana 5 | Coloana 6 | Coloana 7 | Coloana 8 | Coloana 9 | Coloana 10 | Coloana 11 | Coloana 12 | Coloana 13 | Coloana 14 | Coloana 15 | Coloana 16 | Coloana 17 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| L25 | 2.E. | Production of Halocarbons and SF6 | NA,NO | NA,NO | NO | |||||||||||
| L26 | 2.F. | Consumption of Halocarbons and SF6 | 440.5520486428 | NA,NO | 7.2058978 | |||||||||||
| L27 | 2.G. | Other | NA | NA | NA | |||||||||||
| L28 | Potential Emissions from Consumption of HFCs/PFCs and SF6 | 179.76449 | NE,NO | NE,NO |
Coloanele sunt separate în sursă; anteturile nu sunt confirmate.
| Coloana 1 | Coloana 2 | Coloana 3 | Coloana 4 | Coloana 5 | Coloana 6 | Coloana 7 | Coloana 8 | Coloana 9 | Coloana 10 | Coloana 11 |
|---|---|---|---|---|---|---|---|---|---|---|
| L30 | Previous submission | Latest submission | Difference | Difference(1) | ||||||
| L31 | CO2 equivalent (Gg) | (%) |
Coloanele sunt separate în sursă; anteturile nu sunt confirmate.
| Coloana 1 | Coloana 2 | Coloana 3 | Coloana 4 | Coloana 5 | Coloana 6 | Coloana 7 | Coloana 8 |
|---|---|---|---|---|---|---|---|
| L32 | Total CO2 Equivalent Emissions with Land Use, Land-Use Change and Forestry | 98054.206370617 | |||||
| L33 | Total CO2 Equivalent Emissions without Land Use, Land-Use Change and Forestry | 123359.14712483 |
Coloanele sunt separate în sursă; anteturile nu sunt confirmate.
| Coloana 1 | Coloana 2 |
|---|---|
| L35 | (1) Estimate the percentage change due to recalculation with respect to the previous submission (percentage change = 100 x [(LS-PS)/PS], where LS = latest submission and PS = previous submission. All cases of recalculation of the estimate of the source/sink category should be addressed and explained in table 8(b). |
| L36 | (2) Total emissions refer to total aggregate GHG emissions expressed in terms of CO2 equivalent, excluding GHGs from the LULUCF sector. The impact of the recalculation on the total emissions is calculated as follows: impact of recalculation (%) = 100 x [(source (LS) - source (PS))/total emissions (LS)], where LS = latest submission, PS = previous submission. |
| L37 | (3) Total emissions refer to total aggregate GHG emissions expressed in terms of CO2 equivalent, including GHGs from the LULUCF sector. The impact of the recalculation on the total emissions is calculated as follows: impact of recalculation (%) = 100 x [(source (LS) - source (PS))/total emissions (LS)], where LS = latest submission, PS = previous submission. |
| L38 | (4) Parties which previously reported CO2 from soils in the Agriculture sector should note this in the NIR. |
| L39 | (5) Net CO2 emissions/removals to be reported. |
| L42 | Documentation box: |
| L43 | Parties should provide detailed information on recalculations in Chapter 10: Recalculations and Improvements, and in the relevant sections of Chapters 3 to 9 (see section 2.5 of each of Chapters 3 - 9) of the NIR. Use this documentation box to provide references to relevant sections of the NIR if any additional information and further details are needed to understand the content of this table. |
| L44 | Recalculation:The tables are automatically completed based on the entries in the data grids for the specific category nodes. The tables could be generated to help the user to fill in the documentation boxes to the tables, as needed. |
| L45 | The percentage change due to recalculation with respect to the previous submission (Percentage change = 100 x [(LS-PS)/PS], where LS = Latest submission and PS = Previous submission. All cases of recalculation of the estimate of the source/sink category should be addressed and explained. Go to the recalculation check to see if this is done. |
| L46 | The impact of the recalculation on the total emissions is calculated as follows: impact of recalculation (%) = 100 x [(source (LS) - source (PS))/total emissions (LS)], where LS = Latest submission, PS = Previous submission. |
Coloanele sunt separate în sursă; anteturile nu sunt confirmate.
Table8(b)
| Coloana 1 | Coloana 2 | Coloana 3 | Coloana 4 | Coloana 5 | Coloana 6 | Coloana 7 | Coloana 8 | Coloana 9 |
|---|---|---|---|---|---|---|---|---|
| L1 | TABLE 8(b) RECALCULATION - EXPLANATORY INFORMATION | Inventory 2011 | ||||||
| L2 | (Sheet 1 of 1) | Submission 2013 v2.2 | ||||||
| L3 | ROMANIA |
Coloanele sunt separate în sursă; anteturile nu sunt confirmate.
L5 Specify the sector and source/sink category(1) where changes in estimates have occurred: GHG RECALCULATION DUE TO
L6 CHANGES IN: Addition/removal/ reallocation of source/sink categories Other changes in data (e.g. statistical or editorial changes, correction of errors)
L7 Methods (2) Emission factors (2) Activity data (2)
| Coloana 1 | Coloana 2 |
|---|---|
| L10 | (1) Enter the identification code of the source/sink category (e.g. 1.B.1) in the first column and the name of the category (e.g. Fugitive Emissions from Solid Fuels) in the second column of the table. Note that the source categories entered in this table should match those used in table 8(a). |
| L11 | (2) Explain changes in methods, emission factors and activity data that have resulted in recalculation of the estimate of the source/sink as indicated in table 8(a). Include changes in the assumptions and coefficients in the Methods column. |
| L13 | Documentation box: |
| L14 | Parties should provide the full information on recalculations in Chapter 10: Recalculations and Improvements, and in the relevant sections of Chapters 3 to 9 (see section 2.5 of each of Chapters 3 to 9) of the NIR. Use this documentation box to provide references to relevant sections of the NIR if any additional information and further details are needed to understand the content of this table. References should point particularly to the sections of the NIR in which justifications of the changes as to improvements in the accuracy, completeness and consistency of the inventory are reported. |
| L15 | Recalculation:The tables are automatically completed based on the entries in the data grids for the specific category nodes. The tables could be generated to help the user to fill in the documentation boxes to the tables, as needed. |
| L16 | The percentage change due to recalculation with respect to the previous submission (Percentage change = 100 x [(LS-PS)/PS], where LS = Latest submission and PS = Previous submission. All cases of recalculation of the estimate of the source/sink category should be addressed and explained. Go to the recalculation check to see if this is done. |
| L17 | The impact of the recalculation on the total emissions is calculated as follows: impact of recalculation (%) = 100 x [(source (LS) - source (PS))/total emissions (LS)], where LS = Latest submission, PS = Previous submission. |
Coloanele sunt separate în sursă; anteturile nu sunt confirmate.
Table9(a)
| Coloana 1 | Coloana 2 | Coloana 3 | Coloana 4 | Coloana 5 | Coloana 6 |
|---|---|---|---|---|---|
| L1 | TABLE 9(a) COMPLETENESS - INFORMATION ON NOTATION KEYS | Inventory 2011 | |||
| L2 | (Sheet 1 of 1) | Submission 2013 v2.2 | |||
| L3 | ROMANIA |
Coloanele sunt separate în sursă; anteturile nu sunt confirmate.
L5 Sources and sinks not estimated (NE)(1)
L6 GHG Sector(2) Source/sink category (2) Explanation
| Coloana 1 | Coloana 2 | Coloana 3 | Coloana 4 | Coloana 5 |
|---|---|---|---|---|
| L7 | Carbon | 5 LULUCF | 5.A.1 VFAFF | Estimates currently missing, ongoing data measurement and processing (see more in the Improvement plan section, Chapter 7.2.7) |
| L8 | CH4 | 1 Energy | 1.C2 Multilateral Operations | No activity data available |
| L9 | CH4 | 2 Industrial Processes | 2.A.7.1 Glass Production | There are not default or country specific values for CH4 EF.According with the IPCC 1996 and GPG 2000 Methodology there are not described methods for estimating these emissions. |
| L10 | CH4 | 2 Industrial Processes | 2.B.1 Ammonia Production | There are not default or country specific values for CH4 EF.According with the IPCC 1996 and GPG 2000 Methodology there are not described methods for estimating these emissions. |
| L11 | CH4 | 2 Industrial Processes | 2.C.1.1 Steel | There are not default or country specific values for CH4 EF.According with the IPCC 1996 and GPG 2000 Methodology there are not described methods for estimating these emissions. |
| L12 | CH4 | 2 Industrial Processes | 2.C.1.2 Pig Iron | There are not default or country specific values for CH4 EF.According with the IPCC 1996 and GPG 2000 Methodology there are not described methods for estimating these emissions. |
| L13 | CH4 | 2 Industrial Processes | 2.C.1.3 Sinter | There are not default or country specific values for CH4 EF.According with the IPCC 1996 and GPG 2000 Methodology there are not described methods for estimating these emissions |
| L14 | CH4 | 2 Industrial Processes | 2.C.1.4 Coke | There are not default or country specific values for CH4 EF.According with the IPCC 1996 and GPG 2000 Methodology there are not described methods for estimating these emissions |
| L15 | CH4 | 2 Industrial Processes | 2.C.2 Ferroalloys Production | There are not default or country specific values for CH4 EF.According with the IPCC 1996 and GPG 2000 Methodology there are not described methods for estimating these emissions. |
| L16 | CH4 | 2 Industrial Processes | 2.C.3 Aluminium Production | There are not default or country specific values for CH4 EF.According with the IPCC 1996 and GPG 2000 Methodology there are not described methods for estimating these emissions. |
| L17 | CH4 | 2 Industrial Processes | 2.B.5 Sulphuric acid production | There are not default or country specific values for CH4 EF.According with the IPCC 1996 and GPG 2000 Methodology there are not described methods for estimating these emissions. |
| L18 | CH4 | 2 Industrial Processes | 2.B.5 Other non-specified | There are not default or country specific values for CH4 EF.According with the IPCC 1996 and GPG 2000 Methodology there are not described methods for estimating these emissions. |
| L19 | CH4 | 2 Industrial Processes | 2.C.1.5 Electrodes | There are not default or country specific values for CH4 EF.According with the IPCC 1996 and GPG 2000 Methodology there are not described methods for estimating these emissions |
| L20 | CH4 | 4 Agriculture | 4.D.1 Direct Soil Emissions | No methodology is available. |
| L21 | CH4 | 4 Agriculture | 4.D.3 Indirect Emissions | No methodology is available. |
| L22 | CH4 | 5 LULUCF | 5.E.1 Settlements remaining Settlements | The activity data are not available. |
| L23 | CH4 | 5 LULUCF | 5.E.2 Land converted to Settlements | The activity data are not available. |
| L24 | CH4 | 5 LULUCF | 5.F.2 Land converted to Other Land | The activity data are not available. |
| L25 | CH4 | 6 Waste | 6.C.1 Biogenic | There are no data available |
| L26 | CH4 | 6 Waste | 6.C.2 Hazardous Waste | No methodology is available |
| L27 | CH4 | 6 Waste | 6.C.2 Clinical waste | No methodology is available |
| L28 | CO2 | 1 Energy | 1.B.2.B.5.1 at industrial plants and power stations | No estimation method and emission factor are available in the IPCC good practice guidance/IPCC 1996 and on national level. |
| L29 | CO2 | 1 Energy | 1.B.2.B.5.2 in residential and commercial sectors | no estimation method and emission factor are available in the IPCC good practice guidance/IPCC 1996 and on national level. |
| L30 | CO2 | 1 Energy | 1.C2 Multilateral Operations | No activity data available |
| L31 | CO2 | 2 Industrial Processes | 2.A.5 Asphalt Roofing | There are not default or country specific values for CO2 EF.According with the IPCC 1996 and GPG 2000 Methodology there are not described methods for estimating these emissions. |
| L32 | CO2 | 2 Industrial Processes | 2.A.6 Road Paving with Asphalt | There are not default or country specific values for CO2 EF.According with the IPCC 1996 and GPG 2000 Methodology there are not described methods for estimating these emissions. |
| L33 | CO2 | 2 Industrial Processes | 2.D.2 Food and Drink | There are not default or country specific values for CO2 EF.According with the IPCC 1996 and GPG 2000 Methodology there are not described methods for estimating these emissions. |
| L34 | CO2 | 2 Industrial Processes | 2.B.5 Sulphuric acid production | There are not default or country specific values for CO2 EF.According with the IPCC 1996 and GPG 2000 Methodology there are not described methods for estimating these emissions. |
| L35 | CO2 | 2 Industrial Processes | 2.B.5 Other non-specified | There are not default or country specific values for CO2 EF.According with the IPCC 1996 and GPG 2000 Methodology there are not described methods for estimating these emissions. |
| L36 | CO2 | 6 Waste | 6.C.1 Biogenic | There are no data available |
| L37 | HFCs | 2 Industrial Processes | 2.B.5 Sulphuric acid production | There are not default or country specific values for HFC - EF.According with the IPCC 1996 and GPG 2000 Methodology there are not described methods for estimating these emissions. |
| L38 | HFCs | 2 Industrial Processes | 2.B.5 Sulphuric acid production | There are not default or country specific values for HFC - EF.According with the IPCC 1996 and GPG 2000 Methodology there are not described methods for estimating these emissions. |
| L39 | HFCs | 2 Industrial Processes | 2.B.5 Other non-specified | There are not default or country specific values for HFC - EF.According with the IPCC 1996 and GPG 2000 Methodology there are not described methods for estimating these emissions. |
| L40 | HFCs | 2 Industrial Processes | 2.B.5 Other non-specified | There are not default or country specific values for HFC - EF.According with the IPCC 1996 and GPG 2000 Methodology there are not described methods for estimating these emissions. |
| L41 | N2O | 1 Energy | 1.C2 Multilateral Operations | No activity data available |
| L42 | N2O | 2 Industrial Processes | 2.A.7.1 Glass Production | There are not default or country specific values for N2O EF.According with the IPCC 1996 and GPG 2000 Methodology there are not described methods for estimating these emissions. |
| L43 | N2O | 2 Industrial Processes | 2.B.1 Ammonia Production | There are not default or country specific values for N2O EF.According with the IPCC 1996 and GPG 2000 Methodology there are not described methods for estimating these emissions. |
| L44 | N2O | 2 Industrial Processes | 2.B.5 Sulphuric acid production | There are not default or country specific values for N2O EF.According with the IPCC 1996 and GPG 2000 Methodology there are not described methods for estimating these emissions. |
| L45 | N2O | 2 Industrial Processes | 2.B.5 Other non-specified | There are not default or country specific values for N2O EF.According with the IPCC 1996 and GPG 2000 Methodology there are not described methods for estimating these emissions. |
| L46 | N2O | 3 Solvent and Other Product Use | 3.B Degreasing and Dry Cleaning | There are not default or country specific values for EF |
| L47 | N2O | 3 Solvent and Other Product Use | 3.D.1 Use of N2O for Anaesthesia | activity data are not available |
| L48 | N2O | 3 Solvent and Other Product Use | 3.D.2 Fire Extinguishers | activity data are not available |
| L49 | N2O | 3 Solvent and Other Product Use | 3.D.3 N2O from Aerosol Cans | activity data are not available |
| L50 | N2O | 3 Solvent and Other Product Use | 3.D.4 Other Use of N2O | activity data are not available |
| L51 | N2O | 3 Solvent and Other Product Use | 3.D.5 Other solvent use | There are not default or country specific values for N2O- EF.According with the IPCC 1996 and GPG 2000 Methodology there are not described methods for estimating these emissions. |
| L52 | N2O | 5 LULUCF | 5.E.1 Settlements remaining Settlements | The activity data are not available. |
| L53 | N2O | 5 LULUCF | 5.E.2 Land converted to Settlements | The activity data are not available. |
| L54 | N2O | 5 LULUCF | 5.F.2 Land converted to Other Land | The activity data are not available. |
| L55 | N2O | 6 Waste | 6.B.1 6.B.1 Industrial Wastewater | No methodology is available |
| L56 | N2O | 6 Waste | 6.B.1 6.B.1 Industrial Wastewater | No methodology is available |
| L57 | N2O | 6 Waste | 6.B.2.1 6.B.2.1 Domestic and Commercial (w/o human sewage) | No methodology is available |
| L58 | N2O | 6 Waste | 6.B.2.1 6.B.2.1 Domestic and Commercial (w/o human sewage) | No methodology is available |
| L59 | N2O | 6 Waste | 6.C.1 Biogenic | There are no data available |
| L60 | N2O | 6 Waste | 6.C.2 Hazardous Waste | There are no EF's available in the methodology, and no country-specific EF' were developed. |
| L61 | N2O | 6 Waste | 6.C.2 Clinical waste | There are no EF's available in the methodology and no country specific EF's were developed |
| L62 | PFCs | 2 Industrial Processes | 2.C.3 Aluminium Production | There are not default or country specific values for PFC- EF.According with the IPCC 1996 and GPG 2000 Methodology there are not described methods for estimating these emissions. |
| L63 | PFCs | 2 Industrial Processes | 2.B.5 Sulphuric acid production | There are not default or country specific values for PFC- EF.According with the IPCC 1996 and GPG 2000 Methodology there are not described methods for estimating these emissions. |
| L64 | PFCs | 2 Industrial Processes | 2.B.5 Sulphuric acid production | There are not default or country specific values for PFC -EF.According with the IPCC 1996 and GPG 2000 Methodology there are not described methods for estimating these emissions. |
| L65 | PFCs | 2 Industrial Processes | 2.B.5 Other non-specified | There are not default or country specific values for PFC - EF.According with the IPCC 1996 and GPG 2000 Methodology there are not described methods for estimating these emissions. |
| L66 | PFCs | 2 Industrial Processes | 2.B.5 Other non-specified | There are not default or country specific values for PFC - EF.According with the IPCC 1996 and GPG 2000 Methodology there are not described methods for estimating these emissions |
| L67 | SF6 | 2 Industrial Processes | 2.F.P2.2 In products | activity data are not available |
| L68 | SF6 | 2 Industrial Processes | 2.F.P3.2 In products | activity data are not available |
| L69 | SF6 | 2 Industrial Processes | 2.F.P4 Destroyed amount | activity data are not available |
| L70 | SF6 | 2 Industrial Processes | 2.B.5 Sulphuric acid production | There are not default or country specific values for SF6 - EF.According with the IPCC 1996 and GPG 2000 Methodology there are not described methods for estimating these emissions. |
| L71 | SF6 | 2 Industrial Processes | 2.B.5 Sulphuric acid production | There are not default or country specific values for SF6 - EF.According with the IPCC 1996 and GPG 2000 Methodology there are not described methods for estimating these emissions. |
| L72 | SF6 | 2 Industrial Processes | 2.B.5 Other non-specified | There are not default or country specific values for SF6 - EF.According with the IPCC 1996 and GPG 2000 Methodology there are not described methods for estimating these emissions. |
| L73 | SF6 | 2 Industrial Processes | 2.B.5 Other non-specified | There are not default or country specific values for SF6 - EF.According with the IPCC 1996 and GPG 2000 Methodology there are not described methods for estimating these emissions. |
Coloanele sunt separate în sursă; anteturile nu sunt confirmate.
L75 Sources and sinks reported elsewhere (IE)(3)
| Coloana 1 | Coloana 2 | Coloana 3 | Coloana 4 | Coloana 5 | Coloana 6 |
|---|---|---|---|---|---|
| L76 | GHG | Source/sink category | Allocation as per IPCC Guidelines | Allocation used by the Party | Explanation |
| L77 | CH4 | 1.B.2.B.1 Exploration | considered in 1.B.2.B.1. | considered in 1.B.2.B.1. | According with IPCC 2006, emissions can be reported under 1.B.2.A.1. |
| L78 | CH4 | 6.B.1 Industrial Wastewater | Emissions are included at the industrial wastewater level | emissions are included at the wastewater level | emissions are included at the wastewater level |
| L79 | CH4 | 1.AA.2.B Non-Ferrous Metals | 1.A.2.B | Consumption is reported in 1A2a, Manufacturing Industries and Construction - Iron and Steel | Consumption is reported in 1A2a, Manufacturing Industries and Construction - Iron and Steel |
| L80 | CH4 | 1.AA.2.B Non-Ferrous Metals | 1.A.2.B | Consumption is reported in 1A2a, Manufacturing Industries and Construction - Iron and Steel | Consumption is reported in 1A2a, Manufacturing Industries and Construction - Iron and Steel |
| L81 | CH4 | 1.AA.2.B Non-Ferrous Metals | 1.A.2.B | Consumption is reported in 1A2a, Manufacturing Industries and Construction - Iron and Steel | Consumption is reported in 1A2a, Manufacturing Industries and Construction - Iron and Steel |
| L82 | CH4 | 1.C1.B Marine | 1.AD.2 | Included in 1.A.D.2 - Feedstocks and non-energy use of fuels - Lubricants | Included in 1.A.D.2 - Feedstocks and non-energy use of fuels - Lubricants |
| L83 | CH4 | 5.B.1 Cropland remaining Cropland | Emmisions included under Agriculture Sector - 4.F Field Burning of Agricultural Residues | Emmisions included under Agriculture Sector - 4.F Field Burning of Agricultural Residues. | Emmisions included under Agriculture Sector - 4.F Field Burning of Agricultural Residues. |
| L84 | CH4 | .Distribution (1.B.2.B.4) | considered in 1.B2.B.4 Distriburtion | considered in 1.B2.B.4 Distriburtion | ccording with IPCC 2006 emissions reported under 1.B.2.B.4 |
| L85 | CO2 | 1.B.2.B.1 Exploration | considered in 1.B.2.B.1. | considered in1B.2.A1 | According with IPCC 2006, emissions can be reported under 1.B.2.A.1. |
| L86 | CO2 | 1.B.2.B.4 Distribution | considered in 1.B.2.D. Other (please specify) - Distribution (1.B.2.B.4.) | considered in 1.B.2.D. Other (please specify) - Distribution (1.B.2.B.4.) | considered in 1.B.2.D. Other (please specify) - Distribution (1.B.2.B.4.) |
| L87 | CO2 | 2.B.4.1 Silicon Carbide | included in Energy sector (1AA2F- Other non specified - solid fuels subsector). | included in Energy sector (1AA2F- Other non specified - solid fuels subsector). | included in Energy sector (1AA2F- Other non specified - solid fuels subsector). |
| L88 | CO2 | 2.C.1.3 Sinter | According with GPG 2000 Methodology (T2 level), the CO2 emissions are to be included in 2.C.1.2 | According with GPG 2000 Methodology (T2 level), the CO2 emissions are to be included in 2.C.1.2 | According with GPG 2000 Methodology (T2 level), the CO2 emissions are to be included in 2.C.1.2 |
| L89 | CO2 | 2.C.1.4 Coke | According with GPG 2000 Methodology (T2 level), the CO2 emissions are to be included in 2.C.1.2 | According with GPG 2000 Methodology (T2 level), the CO2 emissions are to be included in 2.C.1.2 | According with GPG 2000 Methodology (T2 level), the CO2 emissions are to be included in 2.C.1.2 |
| L90 | CO2 | 1.AA.2.B Non-Ferrous Metals | 1.A.2.B | Consumption is reported in 1A2a, Manufacturing Industries and Construction - Iron and Steel | Consumption is reported in 1A2a, Manufacturing Industries and Construction - Iron and Steel |
| L91 | CO2 | 1.AA.2.B Non-Ferrous Metals | 1.A.2.B | Consumption is reported in 1A2a, Manufacturing Industries and Construction - Iron and Steel | Consumption is reported in 1A2a, Manufacturing Industries and Construction - Iron and Steel |
| L92 | CO2 | 1.AA.2.B Non-Ferrous Metals | 1.A.2.B | Consumption is reported in 1A2a, Manufacturing Industries and Construction - Iron and Steel | Consumption is reported in 1A2a, Manufacturing Industries and Construction - Iron and Steel |
| L93 | CO2 | 1.C1.B Marine | 1.AD.2 | Included in 1.A.D.2 - Feedstocks and non-energy use of fuels - Lubricants | Included in 1.A.D.2 - Feedstocks and non-energy use of fuels - Lubricants |
| L94 | CO2 | Electrodes | The CO2 emissions are included in 2.C.1.1. | The CO2 emissions are included in 2.C.1.1. | The CO2 emissions are included in 2.C.1.1. |
| L95 | HFCs | 2.F.1 Refrigeration and Air Conditioning Equipment | included in 2.F.P | included in 2.F.P | included in 2.F.P |
| L96 | N2O | 1.AA.2.B Non-Ferrous Metals | 1.A.2.B | Consumption is reported in 1A2a, Manufacturing Industries and Construction - Iron and Steel | Consumption is reported in 1A2a, Manufacturing Industries and Construction - Iron and Steel |
| L97 | N2O | 1.AA.2.B Non-Ferrous Metals | 1.A.2.B | Consumption is reported in 1A2a, Manufacturing Industries and Construction - Iron and Steel | Consumption is reported in 1A2a, Manufacturing Industries and Construction - Iron and Steel |
| L98 | N2O | 1.AA.2.B Non-Ferrous Metals | 1.A.2.B | Consumption is reported in 1A2a, Manufacturing Industries and Construction - Iron and Steel | Consumption is reported in 1A2a, Manufacturing Industries and Construction - Iron and Steel |
| L99 | N2O | 1.C1.B Marine | 1.AD.2 | Included in 1.A.D.2 - Feedstocks and non-energy use of fuels - Lubricants | Included in 1.A.D.2 - Feedstocks and non-energy use of fuels - Lubricants |
| L100 | N2O | 5.A.1 Forest Land remaining Forest Land | 5.A.1 Forest Land remaining Forest Land\Direct N2O emissions from N fertilization | 4.D.1.1 Synthetic Fertilizers | There are no available data in order to allow for subtracting the amount of N fertilizer used in Forest Land from the amount used at the national level. |
| L101 | N2O | 5.A.2 Land converted to Forest Land | 5.A.2 Land converted to Forest Land\Direct N2O emissions from N fertilization | 4.D.1.1 Synthetic Fertilizers | There are no available data in order to allow for subtracting the amount of N fertilizer used in Forest Land from the amount used at the national level. |
| L102 | N2O | 5.B.1 Cropland remaining Cropland | Emmisions included under Agriculture Sector - 4.F Field Burning of Agricultural Residues | Emmisions included under Agriculture Sector - 4.F Field Burning of Agricultural Residues. | Emmisions included under Agriculture Sector - 4.F Field Burning of Agricultural Residues |
Coloanele sunt separate în sursă; anteturile nu sunt confirmate.
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