Climă/Teme de date INSPIRE (în conformitate cu anexele la Directiva 2007/2/CE ) / Regulamentul de Guvernanță 2018/1999 Articolul 26 Raportarea anuală a inventarelor de gaze cu efect de seră

very as per footnote 1. The disposal loss factor does not reflect the recovery as per footnote 1. The disposal loss factor does not reflect the recovery as per footnote 1. The disposal loss factor does not reflect the recovery as per footnote 1. The disposal loss factor does not reflect the recovery as per footnote 1. The disposal loss factor does not reflect the recovery as per footnote 1. The disposal loss factor does not reflect the recovery as per footnote 1. The disposal loss factor does not reflect the recovery as per footnote 1. The disposal loss factor does not reflect the recovery as per footnote 1. The disposal loss factor does not reflect the recovery as per footnote 1. The disposal loss factor does not reflect the recovery as per footnote 1. The disposal loss factor does not reflect the recovery as per footnote 1. The disposal loss factor does not reflect the recovery as per footnote 1. The disposal loss factor does not reflect the recovery as per footnote 1. Activity data: Kraft and Acid Sulphite Activity data: Beer/Whine/Meat/Fish and poultry/Sugar/Margarine and solid cooking fast/Cakes/biscuits and Bread production Table2(I).A-H L1 TABLE 2(I).A-H SECTORAL BACKGROUND DATA FOR INDUSTRIAL PROCESSES AND PRODUCT USE 2024 L2 Emissions of CO2, CH4 and N2O ROU-CRT-2026-V1.0 L3 (Sheet 1 of 1) Romania L6 Back to Index L7 GREENHOUSE GAS SOURCE AND ACTIVITY DATA IMPLIED EMISSION FACTORS (1) EMISSIONS (2) RECOVERY/CAPTURE (3,4) L8 SINK CATEGORIES Production/Consumption quantity CO2 CH4 N2O CO2 CH4 N2O CO2 fossil CO2 biogenic (6) CH4 N2O L9 Description (5) (kt) (t/t) (kt) (kt) L10 2.A. Mineral industry 4497.0029750153 NO NO NO NO NO NO L11 2.A.1. Cement production Clinker production 7602.528642 0.51576421318102 3921.1122032273 NO NO L12 2.A.2. Lime production Lime produced 443.98520531551 0.73253635226199 325.23530276011 NO NO L13 2.A.3. Glass production Glass production 471.089 0.134096353343 63.171317 NO NO L14 2.A.4. Other process uses of carbonates 187.48415202787 NO NO NO NO NO NO L15 2.A.4.a. Ceramics limestone/dolomite/clay/fly ash and other additives use 1015.830582819 0.055756311400951 56.638966306263 NO NO L16 2.A.4.b. Other uses of soda ash Soda ash consumed 20.67257213 0.415 8.57911743395 NO NO L17 2.A.4.c. Non-metallurgical magnesium production Carbonates consumed NO NO NO NO NO L18 2.A.4.d. Other (please specify) 122.26606828766 NO NO NO NO NO NO L19 Other Carbonates consumed 314.080765 0.38928225447891 NO NO 122.26606828766 NO NO NO NO NO NO L20 2.B. Chemical industry 521.19241891468 0.1136425784 0.1698354216807 -77.9153065 NO NO NO L21 2.B.1. Ammonia production (7) natural gas consumption (energy+non-energy use) C C NA,NO NA,NO 230.44591938489 NA NA -77.9153065 NO NO NO L22 2.B.2. Nitric acid production Nitric acid production C C 0.1698354216807 NO L23 2.B.3. Adipic acid production Adipic acid production NO NO NO NO NO NO NO NO L24 2.B.4. Caprolactam, glyoxal and glyoxylic acid production NO NO NO NO NO L25 2.B.4.a. Caprolactam Caprolactam production NO NO NO NO NO NO NO NO L26 2.B.4.b. Glyoxal Glyoxal production NO NO NO NO NO NO NO NO L27 2.B.4.c. Glyoxylic acid Glyoxylic acid production NO NO NO NO NO NO NO NO L28 2.B.5. Carbide production 6.7630219 0.1136425784 NO NO NO L29 2.B.5.a. Silicon carbide silicon carbide production C IE,NO C IE 0.1136425784 NO NO NO L30 2.B.5.b. Calcium carbide calcium carbide production and use 6.164641 1.0970666256153 NA,NO 6.7630219 NA NO NO NO L31 2.B.6. Titanium dioxide production Titanium dioxide production NO NO NO NO NO L32 2.B.7. Soda ash production Soda ash production NO NO NO NO NO L33 2.B.8. Petrochemical and carbon black production NO NO NO NO NO L34 2.B.8.a. Methanol Methanol production NO NO NO NO NO NO NO NO L35 2.B.8.b. Ethylene Ethylene production NO NO NO NO NO NO NO NO L36 2.B.8.c. Ethylene dichloride and vinyl chloride monomer Ethylene dichloride and vinyl monomer production NO NO NO NO NO NO NO NO L37 2.B.8.d. Ethylene oxide Ethylene oxide production NO NO NO NO NO NO NO NO L38 2.B.8.e. Acrylonitrile Acrylonitrile production NO NO NO NO NO NO NO NO L39 2.B.8.f. Carbon black Carbon black production NO NO NO NO NO NO NO NO L40 2.B.8.g. Other (8) NO NO NO NO NO L41 2.B.8.g.i. Styrene Styrene production NO NO NO NO NO NO NO NO L42 2.B.8.g.ii. Other (please specify) NO NO NO NO NO L43 Other Other petrochemical production NO NO NO NO NO NO NO NO L44 2.B.10. Other 283.9834776298 NO NO NO NO NO NO L45 2.B.10.a. Hydrogen production natural gas and refinery gas consumption (energy +non-energy use) 108.45426572282 2.6184629598212 NO NO 283.9834776298 NO NO NO NO NO NO L46 2.B.10.b. Other (please specify) NO NO NO NO NO NO NO L47 Other Other chemical production NO NO NO NO NO NO NO NO NO NO NO L48 2.C. Metal industry 885.82071518656 0.03251901079 NO NO NO NA,NO NO L49 2.C.1. Iron and steel production 764.56172734022 0.03251901079 NO NO NA,NO L50 2.C.1.a. Steel Steel production 1502.19410392 0.50896333925495 NA 764.56172734022 NA NO NO NA L51 2.C.1.b. Pig iron Pig iron production C IE,NO NA IE NA NO NO NA L52 2.C.1.c. Direct reduced iron Direct reduced iron production NO NO NO NO NO NO NO NO L53 2.C.1.d. Sinter Sinter production 464.557297 IE,NO 7.0E-5 IE 0.03251901079 NO NO NO L54 2.C.1.e. Pellet Pellet production NO NO NO NO NO NO NO NO L55 2.C.1.f. Other (please specify) NO NO NO NO NO L56 Other Other iron and steel production NO NO NO NO NO NO NO NO L57 2.C.2. Ferroalloys production Ferroalloys production NO NO NO NO NO NO NO NO L58 2.C.3. Aluminium production Aluminium production 68.279 1.6226094091352 110.79014784634 NO NO L59 2.C.4. Magnesium production amount of magnesium casting C NO NO NO NO L60 2.C.5. Lead production Lead production C C 6.91704 NO NO L61 2.C.6. Zinc production Zinc production C C 3.5518 NO NO L62 2.C.7. Other NO NO NO NO NO NO NO L63 2.C.7.a. Rare earths production Rare earths production NO NO NO NO NO NO NO NO NO NO NO L64 2.C.7.b.Other (please specify) NO NO NO NO NO NO NO L65 Other Other metals production NO NO NO NO NO NO NO NO NO NO NO L66 2.D. Non-energy products from fuels and solvent use 387.36719111694 NA,NE,NO NA,NO NO NO NO NO L67 2.D.1. Lubricant use Lubricant consumption 134.709 0.572 NA,NO NA,NO 77.053548 NA NA NO NO NO NO L68 2.D.2. Paraffin wax use Paraffin wax use 7.783 0.54266666666667 NA,NO NA,NO 4.2235746666667 NA NA NO NO NO NO L69 2.D.3. Other (9),(10) 306.09006845027 NA,NE,NO NA,NO NO NO NO NO L70 2.D.3.a. Solvent use Solvent Use NE NE NA,NO NA,NO 123.95291029553 NA NA NO NO NO NO L71 2.D.3.b. Road paving with asphalt Asphalt consumption for road paving C NE,NO NE,NO NA,NO NE NE NA NO NO NO NO L72 2.D.3.c. Asphalt roofing Asphalt consumption for roofing C NE,NO NE,NO NA,NO NE NE NA NO NO NO NO L73 2.D.3.d. Other (please specify) 182.13715815474 NA,NO NA,NO NO NO NO NO L74 Petroleum coke Petroleum coke use 58.048 3.1259829990825 NA,NO NA,NO 181.45706113074 NA NA NO NO NO NO L75 Urea use Urea use 0.92808 0.7328 NO NO 0.680097024 NO NO NO NO NO NO L76 2.E. Electronics industry (11) NO NO L77 2.E.1. Integrated circuit or semiconductor Gas consumption NO NO NO NO L78 2.E.2. TFT flat panel display Gas consumption NO NO NO NO L79 2.E.5. Other NO NO L80 2.E.5.b. Other (please specify) NO NO L81 Other Gas consumption NO NO NO NO L82 2.G. Other product manufacture and use NO NO 0.006496492 NO NO NO NO L83 2.G.3. N2O from product uses 0.006496492 NO L84 2.G.3.a. Medical applications N2O use for medical applications 0.00344 1.1575581395349 0.003982 NO L85 2.G.3.b. Other (12) 0.002514492 NO L86 2.G.3.b.i. Propellant for pressure and aerosol products N2O use for pressure and aerosol products 0.002496672 1.0071375014419 0.002514492 NO L87 2.G.3.b.ii. Other (please specify) NO NO L88 Oxidising agent used in atomic absorption spectrometry Other N2O used for products NO NO NO NO L89 Production of sodium Other N2O used for products NO NO NO NO L90 2.G.4. Other (please specify) NO NO NO NO NO NO NO L91 Other Other product manufacture or use NO NO NO NO NO NO NO NO NO NO NO L92 2.H. Other (13) NA,NO NA,NO NA,NO NO NO NO NO L93 2.H.1. Pulp and paper Kraft and Acid Sulphite C NA,NO NA,NO NA,NO NA NA NA NO NO NO NO L94 2.H.2. Food and beverages industry Beer/Whine/Meat/Fish and poultry/Sugar/Margarine and solid cooking fast/Cakes/biscuits NE NA,NO NA,NO NA,NO NA NA NA NO NO NO NO L95 2.H.3. Other (please specify) NO NO NO NO NO NO NO L96 Other Other IPPU production/consumption NO NO NO NO NO NO NO NO NO NO NO L97 (1) The IEFs are estimated on the basis of gross emissions as follows: IEF = (emissions plus the absolute amounts recovered (fossil+biogenic), oxidized, destroyed or transformed) / AD. L98 (2) Final emissions are to be reported (after subtracting the amounts of emission recovery, oxidation, destruction or transformation). L99 (3) Amounts of CO2 captured or emission recovery, oxidation, destruction or transformation of the other gases. CO2 captured should be reported only when estimated using a higher-tier emissions calculation. Quantities of CO2 captured for later use and short-term storage should not be reported unless CO2 emissions are accounted for elsewhere in the inventory (see the 2006 IPCC Guidelines, vol. 2, chap. 1.2.2). The NID should include information on emissions from leakage in pipeline transport, injection and storage. L100 (4) Enter the amount of GHGs captured as a negative number since this amount is subtracted from total of each GHGs produced respectively. L101 (5) Where the 2006 IPCC Guidelines provide options for AD, such as on cement or clinker production for estimating emissions from cement production, specify the AD used (as shown in the example in parentheses) in order to make the choice of EF more transparent and facilitate comparisons of IEFs. L102 (6) If biogenic CO2 is captured from the process and transferred to long-term storage, the recovered amounts should be reflected in the total emissions for the sector, i.e. contribute with a negative emission. L103 (7) To ensure that double counting does not occur, fuel consumption (e.g. natural gas) in ammonia production should not be included in the energy sector. Should CO2 from ammonia production be recovered for downstream use and be excluded from the reporting under category 2.B.1, the products and the purposes for which the CO2 is used should be clearly explained in the NID for the most recent inventory year. The related CO2 emissions from these products and significant uses shall be reported under the relevant categories in the inventory if these emissions occur within the borders of the Party concerned. Parties shall provide an overview in the NID of the other categories under which CO2 emissions from significant uses of urea are reported. L104 (8) If data are available, Parties are encouraged to report disaggregated data using the predefined drop-down menu. Furthermore, Parties are encouraged, to the extent possible, to use the predefined category definitions rather than create similar categories, in order to ensure the highest possible degree of comparability of the reporting. If detailed data are not available, Parties should include all emissions from petrochemical and carbon black production not included under subcategories 2.B.8.a–2.B.8.f here. L105 (9) If data are available, Parties are encouraged to report disaggregated data using the predefined drop-down menu. Furthermore, Parties are encouraged, to the extent possible, to use the predefined category definitions rather than create similar categories, in order to ensure the highest possible degree of comparability of the reporting. If detailed data are not available, Parties should include all emissions from non-energy products from fuels and solvent use not included under subcategories 2.D.1–2.D.2 here. L106 (10) Emissions from urea used as a catalyst should be reported here. L107 (11) AD for the electronics industry consists of data on gas consumption and/or production figures (surface area of substrate used during the production of electronic devices, e.g. silicon, glass). L108 (12) If data are available, Parties are encouraged to report disaggregated data using the predefined drop-down menu. Furthermore, Parties are encouraged to the extent possible to use the predefined category definitions rather than to create similar categories, in order to ensure the highest possible degree of comparability of the reporting. If detailed data are not available, Parties should include all emissions from N2O from product uses not included under subcategory 2.G.3.a here. L109 (13) If data are available, Parties are encouraged to report disaggregated data using the predefined drop-down menu. Furthermore, Parties are encouraged to the extent possible to use the predefined category definitions rather than to create similar categories, in order to ensure the highest possible degree of comparability of the reporting. If detailed data are not available, Parties should include all emissions from industrial processes not included under subcategories 2.A–2.G here. L111 Note: Minimum level of aggregation is needed to protect confidential business and military information, where it would identify particular entity's/entities' confidential data. L113 Documentation Box: L114 • Parties should provide a detailed description of the industrial processes and product use sector in chapter 4 ("Industrial processes and product use" (CRT sector 2)) of the NID. Use this documentation box to provide references to relevant sections of the NID, L115 if any additional information and/or further details are needed to explain the contents of this table. L116 • In relation to metal production, more specific information (e.g. data on virgin and recycled steel production) could be provided in this documentation box, or in the NID, together with a reference to the relevant section of the NID. L117 • Confidentiality: Where only aggregate figures for activity data are provided, e.g. due to reasons of confidentiality, a note indicating this should be provided in this documentation box. L118 Activity data: clinker production Activity data: lime produced Activity data: glass production Activity data: limestone/dolomite/clay/fly ash and other additives consumed. For category 2A4a, for which the activity takes place, the NE notation key was used for NOx, CO, NMVOC and SO2 emissions. NE - There are not default or country specific values for NOx, CO, SO2 and NMVOC EF. According with the IPCC 1996, IPCC GPG 2000 and IPCC 2006 methodology there are not described methods for estimating these emissions. Activity data: soda ash consumed. For category 2A4b, for which the activity takes place, the NE notation key was used for NOx, CO, NMVOC and SO2 emissions. NE - There are not default or country specific values for NOx, CO, SO2 and NMVOC EF. According with the IPCC 1996, IPCC GPG 2000 and IPCC 2006 methodology there are not described methods for estimating these emissions. Activity data: carbonates consumed. For category 2A4c, for which the activity does not take place, the NO notation key was used for NOx, CO, NMVOC and SO2 emissions. Activity data: carbonates consumed For category 2A4d, for which the activity takes place, the NE notation key was used for NOx, CO, NMVOC and SO2 emissions. NE - There are not default or country specific values for NOx, CO, SO2 and NMVOC EF. According with the IPCC 1996, IPCC GPG 2000 and IPCC 2006 methodology there are not described methods for estimating these emissions. Activity data: natural gas consumption (energy + non-energy use) Activity data: nitric acid production Activity data: adipic acid production Activity data: caprolactam production Activity data: glyoxal production Activity data: glyoxylic acid production Activity data: silicon carbide production Activity data: calcium carbide production and use Activity data: titanium dioxide production Activity data: trona used Activity data: methanol production Activity data: ethylene production Activity data: Ethylene dichloride and vinyl monomer production Activity data: Ethylene oxide production Activity data: Acrylonitrile production Activity data: Carbon black production Activity data: styrene production Activity data: Other petrochemical production Activity data: natural gas and refinery gas consumption (energy +non-energy use) Activity data: steel production Activity data: pig iron production Activity data: Direct reduced iron production Activity data: sinter production Activity data: pellet production Activity data: Other iron and steel production Activity data: ferroalloys production Activity data: Production of primary aluminium Activity data: Production of primary aluminium Activity data: Production of primary aluminium Activity data: Production of primary aluminium Activity data: Production of primary aluminium Activity data: Production of primary aluminium Activity data: Production of primary aluminium Activity data: Production of primary aluminium Activity data: Production of primary aluminium Activity data: Production of primary aluminium Activity data: Production of primary aluminium Activity data: Amount of aluminium casted Activity data: Amount of aluminium casted Activity data: Amount of aluminium casted Activity data: Amount of aluminium casted Activity data: Amount of aluminium casted Activity data: Amount of aluminium casted Activity data: Amount of aluminium casted Activity data: Amount of aluminium casted Activity data: Amount of aluminium casted