Cabinet of Ministers Regulations No. 545 in Riga, July 5, 2011 (pr. No 41 56. §) rules on biofuels and bio-fuels sustainability criteria, their implementation mechanisms, and monitoring and control procedures have been issued in accordance with the law "on conformity assessment" 7. the first paragraph of article i. General questions 1. determines the biofuels and bio-fuels sustainability criteria, their implementation mechanisms, and monitoring and control procedures.
2. the terms used in the rules: 2.1.-biofuel liquid or gaseous fuel, which is used for transport and produced from biomass;
2.2. biological liquid fuels from biomass-derived liquid fuels used for the production of electricity and heat and which is not intended for use as transport fuel;
2.3. the biomass – agriculture, forestry and related industries (including fisheries and aquaculture products of biological origin) waste and residue of biodegradable fractions (including vegetal and animal substances), as well as industrial and municipal waste-biodegradable fraction;
2.4. production-all working stages of the necessary biomass production to biomass to liquid or gaseous processing;
2.5. the actual value – greenhouse gas emissions savings in one or all of the particular biofuel production process calculated in accordance with the provisions of paragraph 1 of annex 1;
2.6. typical value – the representative greenhouse gas emissions savings estimate biofuel production process in question;
2.7. reference-value derived from typical values, applying the factors set out above, and which can be used in place of the actual values corresponding to these rules;
2.8. limited guarantee level of incomplete information in the reduction of risks to an acceptable level (as the basis for the auditor's assessment of the negative, such as "based on our assessment, there is no evidence that the data could be flawed");
2.9. a sufficient level of assurance – incomplete information risk reduction to acceptable low level (as the basis of a positive assessment, for example, "based on our assessment, the data does not contain significant inaccuracies");
2.10. the first collector, processor or pašpārstrādātāj – legal person which buy its biomass be used for resale or use in the production process;
2.11. the voluntary scheme, the European Commission approved scheme (procedures), which is a certified biofuels and bio-fuels compliance with sustainability criteria;
2.12. national certification scheme-the system of attestation of conformity for the compliance with the sustainability criteria (both in terms of biofuels grown in Latvia and biological liquid fuel production raw materials, both as regards Latvia entered or imported biofuels and bio-liquid fuel production raw materials and intermediate products intended for biofuel or bio liquid fuel production and consumption in Latvia and also in respect of Latvia has entered or imported biofuels or biological liquid fuels);
2.13. the dealer – legal person released for free circulation for consumption in the Republic of Latvia or of biofuels biological liquid fuels, of which the excise tax is applied in accordance with the law on excise tax "or in cases where the excise tax does not apply shall be subject to value added tax.
II. Sustainability criteria 3. Biofuels and organic liquid fuels meet the sustainability criteria if: 3.1. these provisions have been complied with 5, 6, 7, 8 and 9 above;
3.2. they shall produce the greenhouse gas emission reduction potential in accordance with the provisions of paragraph 10.
4. point 3.1 of these regulations shall not apply to biofuels and organic liquid fuels produced from waste or residues, which are agriculture, aquaculture, fisheries, and forestry residues.
5. Biofuels or biological liquid fuels meet the sustainability criteria, if it is not the production of the raw material obtained from land with high biodiversity, that is, from the land, which in January 2008 or later was classified as follows: 5.1 the wild forest and other wooded land, forest and other wooded land, which are endemic species and is not clearly identifiable, human activities and ecological processes are not seriously disturbed;
5.2. The Parliament or the Cabinet of Ministers created special areas of conservation-nature parks, nature reserves, national parks, natural sanctuaries, protected landscapes areas and natural monuments;
5.3. specially protected species and habitats mikroliegum;
5.4. the meadows with high biological diversity, which includes the European meaning of protected natural areas (Natura 2000), or the area in support of the measure, declared "agri-environment payments" Sub "biodiversity maintenance tend to" in accordance with the legislation on the national and European rural development aid from the environment and the countryside.
6. Agricultural and forestry biomass origin can be obtained from the 5.2 and 5.3 of the provisions referred to in point of land if they got is not contrary to the specially protected natural areas or mikroliegum of regulatory legislation. Environmental protection administration following the rural support service request field support service for land areas in 5.2 and 5.3 of the provisions referred to in point areas. 
7. Biofuels or biological liquid fuels meet the sustainability criteria, if it is used in the manufacture of agricultural and forestry biomass origin is not derived from land with high carbon concentration, that is, from the land, which until January 31, 2008, was assigned one of the following statuses for which no longer has this status: 7.1. permanent stand-area, which takes up more than one hectare and which tree height of five metres and a canopy cover of-30% or growing trees can reach these indicators in situ;

7.2. the forest area, which takes up more than one hectare and which tree height of five metres and a canopy cover of 10-30% or growing trees can reach these indicators in situ, if these areas are carbon concentration before and after the modification is that, for the purposes of this provision the methodology referred to in annex 1, this provision is fulfilled the conditions referred to in paragraph 11.
8. in paragraph 7 of these rules, the above requirements shall not apply if at the time of obtaining the origin of agriculture and forestry biomass, land had the same status as in January 2008.
9. the biomass of agricultural origin obtained in the territory of the Republic of Latvia and the use of biofuels and bio-liquid fuel production, must have been obtained from agricultural land eligible for the single payment and the area for which the current year is the single area payment application is submitted via electronic login system.
10. The greenhouse gas emission savings from biofuels and bio-liquid fuel use at least 35%. From January 1, 2017. the greenhouse gas emission savings from biofuels and the use of bio fuels is at least 50%. From January 1, 2018. these greenhouse gas emissions savings of at least 60% for biofuels and organic liquid fuels produced in the plant, which launched production in 2017 1 January or later.
11. the actual greenhouse gas emissions and greenhouse gas emissions savings from biofuels and the use of biological liquid fuel shall be calculated in accordance with this provision, 1., 2., 3., 4. and 5.
III. the attestation of conformity 12. Biofuels and organic liquid fuels that are produced in Latvia or are imported for consumption in the Republic of Latvia from European Union Member States or imported from third countries, is considered to satisfy the sustainability criteria, if this conformity is certified: 12.1. bilateral or multilateral agreements within the framework of the European Union has concluded with a third country and which contains provisions on biofuels and bio-fuels sustainability criteria;
12.2. the voluntary scheme, which has been approved by the European Commission;
12.3. national certification system;
12.4. The Latvian national certification scheme.
13. Latvia imported or import biofuels and bio-liquid fuel production raw material compliance with the sustainability criteria and Latvia imported or import of biofuels and bio-liquid fuel production, raw materials and intermediate products intended for biofuel or bio liquid fuel production, compliance with the sustainability criteria stating that rule 12.1, 12.2 and 12.3. attestation of conformity referred to in subparagraph a.
IV. The Latvian national certification scheme 14. Parties wishing to operate national certification schemes, raw material producers, the first collector, processor or trader register pašpārstrādātāj field support service customer and concluded with Field support services contract for electronic application system (EPS).
15. Evidence obtained in the territory of the Republic of Latvia of agricultural and forestry biomass originating in compliance with sustainability criteria, that is, a statement that the materials are not obtained from land with high biodiversity and land with high carbon concentration of raw material to be issued by the keeper of the Field support service.
16. This provision of the proof referred to in point 15 you can get raw materials (biomass) growers who each year up to May 15, with the EPA, has filed the rule referred to in annex 6 to the application.
17. the rural support service each year to 15 July: 17.1. these provisions submitted evaluated 16. submissions referred to in paragraph 1 and in accordance with the provisions of annex 7 set out in table 1 of the reference yield shall be determined by each producer, the maximum total amount of raw materials (biomass);
17.2. the issue of raw materials (biomass) in the proof of the grower, the raw materials (biomass) used in the production of ground compliance of these rules 5, 6, 7, 8 and 9 the requirements referred to in paragraph and sustainability criteria available raw materials (biomass) of the maximum total volume (tonnes);
10.7. Insert the EPS that rule 17.1 and 17.2. information referred to, as well as information about the maximum possible production of biofuels in the total according to this provision table 2 of annex 7 the reference production.
18. the first collector, processor or trader at the pašpārstrādātāj with the transaction ensure that EPA is entered the following information about transactions with biomass, biofuels and bio-fuels, biofuels production intermediate products and liquid fuels: 18.1. details of the transaction, indicating the date, source document number, transaction amount (tonnes), counterparties and the taxpayer's registration number;
18.2. in Latvia or outside Latvia purchased the biomass, biofuels and bio-liquid fuel production, biofuels and intermediate liquid fuel volume (tonnes);
18.3. in Latvia or outside Latvia realized biomass, biofuels and bio-liquid fuel production, biofuels and intermediate liquid fuel volume (tonnes);
18.4. information on agricultural and forestry biomass originating in compliance with these rules 5, 6, 7, 8 and 9 the requirements referred to in paragraph that certified under this provision, 12.2, 12.3 12.1. or 12.4.
18.5. the data on the biomass of actual greenhouse gas emissions (calculated) values or standard (adopted);
18.6. information about recycled biomass or biofuels and bio-liquid fuel production intermediate volume and the volume of the marketed biofuels under the production of biofuel reference specified in this provision table 2 of annex 7;
11.6. information on biofuel or bio liquid fuel quantities released for free circulation for consumption in the Republic of Latvia, and their compliance with these rules 5, 6, 7, 8 and 9 the requirements referred to in paragraph if biofuels or biological liquid fuels produced from agricultural and forestry biomass origin, as well as compliance with the provisions referred to in paragraph 10;
12.8. information on biomass, biofuels and bio-liquid fuel production, biofuels and intermediate liquid fuel exports.

19. the first collector, processor or trader pašpārstrādātāj is responsible for under that rule 18 of the veracity of the information provided.
20. the rural support service each year up to February 1, this provision summarises the information referred to in paragraph 18 of the previous year and published a compilation of information on the internet site www.lad.gov.lv.
21. in order to clarify the information, the field support service is also entitled to request additional information from the raw material producers or their authorised persons who have received the rules referred to in point 15.
22. where bio-fuels or bio-liquid fuel lot consists of biofuels or biological liquid fuels with differing sustainability characteristics, common biofuel or bio liquid fuel party must comply with sustainability criteria. If the biomass or biofuels and bio-liquid fuel production batch of intermediate composition from biomass or biofuels and bio-liquid fuel production of intermediate products with differing sustainability characteristics, total biomass or biofuels and bio-liquid fuel production batch of intermediate products must comply with sustainability criteria.
23. If the services are found in the rule 5., 6., 7., 8., and the conditions referred to in paragraph 9, that it supersedes: 23.1. area that does not meet these requirements.
23.2. the attestations issued, if the discrepancy is more than 10% of the receipts to log in area.
V. Audit 24. Dealer once a year until April 1 to make an external independent audit in relation to this provision the information referred to in paragraph 18 of the previous year.
25. This provision of the audit referred to in paragraph 24, the operator must be accredited for the Latvian National Accreditation Bureau and must meet the accreditation requirements, taking into account the standards EN EN 45011 "General requirements for bodies dealing with product certification systems (ISO/IEC Guide 65).
26. the audit, the auditor: 26.1. finds legal persons perform transactions concerning the biofuel or bio-fuels sustainability criteria;
26.2. identifies the entity in question and their overall structure for sustainability criteria and examine how effectively the implementation of the relevant control systems;
26.3. at least limited warranty level, taking into account the nature of the legal entity and complexity;
26.4. based on the auditor's professional knowledge and the information submitted by a legal person, analyzes risk factors which could lead to significant inaccuracies;
16.5. draw up a verification plan that meets the risk analysis and the activities of the legal person and the complexity that define the sampling methods to be used in connection with the activities of the legal person;
16.5. implement verification plan by gathering data in accordance with the defined sampling methods, as well as all the information necessary for the preparation of the conclusions;
16.6. the requesting entity submit any audit data required to explain any deviations or review statements or estimates before developing the final verification opinion.
27. the Audit report should contain: 27.1. information on whether the biofuels or biological liquid fuels are certified or approved under the voluntary scheme;
27.2. indication of the voluntary scheme name if biofuels or biological liquid fuels are certified or approved according to 27.1. these provisions;
27.3. the additional indication (except in biofuels and organic liquid fuels produced from waste and residues) on or in relation to the specific post that paragraph 3 of annex 1 greenhouse gases referred to in calculations: 27.3.1. use premium referred to in annex 1 to these rules 9 and 10 in paragraph;
27.3.2. used this provision of the annex referred to in paragraph 3 the emission savings from soil carbon accumulation, improving agricultural practices.
28. The dealer once a year until May 1 to submit to the Ministry of Economy of the independent external audit report for the previous year produced biofuels and bio-fuels compliance with sustainability requirements.
Vi. Closing questions 29. as regards biofuels or biological liquid fuels that are released for free circulation for consumption in the Republic of Latvia in 2011 and that compliance with the sustainability criteria are not certified in accordance with this provision, paragraph 18, the information provided to traders to 2012 April 1 must be carried out by an independent external audit, on the basis of the information available to the traders on biofuel or bio liquid fuel origin. 
30. in relation to biofuels and organic liquid fuels manufactured equipment, adopted into service in until January 23, 10 of these rules of the type referred to in paragraph 1 shall apply from 1 April 2013.
31. The rules referred to in paragraph 16 of the application for the 2011 harvest submit field support service in until 15 September 2011.
32. the rural support service this provision the proof referred to in point 15 of the 2011 harvest shall be issued until 15 October 2011. 
33. The rules referred to in point 16 of 2012 application submitted only in electronic form.
34. in 2011, this provision a person referred to in point 14 of the field support service customer register register and contract for use with the field EPS support service shall be concluded by September 1, 2011. 
Informative reference to European Union directives, the regulations include provisions resulting from: 1) of the European Parliament and of the Council of 23 April 2009. directive 2009/28/EC on the promotion of the development of renewable energy sources and amending and subsequently repealing directives 2001/77/EC and 2003/30/EC;
2) of the European Parliament and of the Council of 23 April 2009. directive 2009/30/EC amending Directive 98/70/EC as regards petrol, diesel and gas oil and introducing a mechanism for specifications of the vehicles to use fuel greenhouse gas emissions control and reduction, amending Council Directive 1999/32/EC as regards the specification of fuel used by inland waterway vessels and repealing Directive 93/12/EEC;
3) Commission 12 January 2011-2011/13/EU decision on some types of information that the economic operators must provide the Member States with regard to biofuels and bio-fuels.

Prime Minister – the Minister of Justice, Minister of Interior artist duties a. Štokenberg of the Minister of economy, Minister of agriculture in place of j. Dūklav annex 1 Cabinet July 5, 2011 regulations no 545 biofuels and bio-liquid fuel savings of greenhouse gas emissions calculation methodology I. 1. Biofuels and bio-liquid fuel greenhouse gas savings is calculated using the following formula: savings = (EF-EB)/EFA that EF-fossil fuels total emissions komparator;
EB-biofuels or other biological liquid fuel in the total emissions.
2. This annex referred to in paragraph 1 the purposes of the calculation assumes that the fossil fuels in the EFA are: komparator 2.1. abstraction of electricity used biological liquid fuels – 91 gCO2eq/MJ;
2.2. heat abstraction used in biological liquid fuels – 77 gCO2eq/MJ;
2.3. for cogeneration used in biological liquid – 85 gCO2eq/MJ of fuel;
2.4. biofuels – the latest available actual average EU petrol and diesel consumed in the fossil part of emission value, specified in accordance with European Parliament and Council of 13 October 1998 Directive 98/70/EC relating to the quality of petrol and diesel fuels and amending Council Directive 93/12/EEC. If these data are not available, it is assumed that the value is 83.8 gCO2eq/MJ.
3. production and transport fuels, biofuels and other bio-fuels use greenhouse gas emissions shall be calculated using the following formula: E = eec + el + ep + ETF + eu-esc-eccr – Eee ecc-E – which total fuel use emissions (fuel greenhouse gas emissions gCO2eq/MJ for E Express (grams CO2 equivalent per MJ of fuel));
the EEC, extraction or cultivation of raw materials for emissions;
El-annual emissions that result from land use changes affect the change in carbon concentration;
PE-processing emissions;
ETF-transport and trade emissions;
EU-fuel use emissions;
ESC-emission savings from soil carbon accumulation, thanks to improved agricultural practices;
ECC – carbon capture and geological storage of emissions savings generated;
eccr – carbon capture and replace the generated emission savings;
Eee-CHP generated electricity surplus emissions savings.
II. Exploitation of raw materials or production emissions 4. with respect to the territory of the Republic of Latvia acquired biofuels and bio-liquid fuel raw materials used in the calculation of the actual raw material extraction or cultivation.
5. the Cabinet of Ministers of 5 July 2011 rule Nr. 545 "rules on biofuels and bio-fuels sustainability criteria, their implementation mechanisms, and monitoring and control arrangements" (hereinafter referred to as the rules) laid down in annex 2 standard provisions and biofuels in annex 3 the permanent value of the sum not growing biofuels and organic liquid fuels apply only if the raw materials: 5.1 grown outside the European Union;
5.2. The European Union is grown in areas where the typical greenhouse gas emissions from cultivation of agricultural raw materials, could be lower than emissions referred to in annex 2 of the rules, or equal to them;
5.3 waste or residue is not farming, aquaculture and the fisheries balance.
6. Biofuels and organic liquid fuels not covered by this annex 5.1, 5.2 and 5.3, using actual production values.
7. paragraph 4 of this annex, of the raw materials referred to in the mining or farming emissions calculation shall take into account the greenhouse gas CO2, N2O and CH4. To calculate the CO2 equivalent gases listed the following coefficients: 7.1. CO2:1;
7.2. N2o: 296;
7.3. CH4:23.8. extraction or cultivation of raw materials (eec) include emissions from the extraction or cultivation process emissions, raw materials, waste collection and leakage of emissions, as well as the acquisition or production of chemical substances or products for the production of emissions. The cultivation of raw materials accumulated CO2 shall not be taken into account.
9. The actual value of the site growing emissions forecasting can use average values determined from calculations of geographical areas, which are lower than the reference value used for calculation of the area.
III. Annual emissions that result from land use changes affect the change in carbon concentration 10. Land use changes affect ongoing carbon concentration-the annual emissions (el) calculated the total emissions equally dividing the 20-year period. These emissions are calculated using the following formula: el = (CSR – CSA) x 3.664 × 1/20 × 1/P-eB, which el-agricultural land-use changes affect ongoing carbon concentration in annual emissions (expressed as mass of CO2 equivalent per unit biofuel energy);
CSR-with the reference land use-related carbon concentration in one area unit (expressed as mass of carbon per unit area, including soil and vegetation). The reference land use shall be the land use in either January 2008 or 20 years before the raw material extraction (using the date value that is later);
CS-with the actual land use-related carbon concentration in one area unit (expressed as mass of carbon per unit area, including soil and vegetation). If the carbon dioxide concentration accumulates in the period of more than one year, CSA assigned values calculated by the carbon dioxide concentration in one area unit after 20 years or so when the harvest of ripe (depending on which condition the implementation of earlier);
P-crop production (biofuels, or other biological energy of heating oil a year per unit of area);
EB-29 gCO2eq/MJ premiums under paragraph 11 of this annex shall be granted for biofuels or other biological liquid fuel produced from biomass, which restored degraded land.
11. Bonus/MJ grant, gCO2eq 29 if there is evidence that the land in question meets both of the following conditions: 11.1. January 2008 it has not been used for agricultural or any other activities;
11.2. it fit one of the following categories: 11.2.1. severely degraded land, including the land that formerly used in agriculture;
11.2.2. heavily contaminated land.

12. This annex 11.2. bonuses referred to apply to 10-year period from the date of the land into agricultural land, unless the soil has provided a regular increase in the amount of carbon as well as 11.2.1. this annex the land referred to in subparagraph ensure erosion, but with regard to this annex referred to in paragraph 11.2.2. low-pollution reduction.
13. This annex 11.2. the categories referred to are defined as follows: 13.1. severely depleted land-land that has long been on either sāļain or which are particularly small and organic matter that are powerful erodible;
13.2. the heavily polluted land-land soil pollution is not suitable for food or feed production.
14. The European Commission may take a decision on whether the land is included in any national or regional reconstruction programme to improve the badly depleted or contaminated land, meets the criteria referred to in paragraph 11.
IV. Processing emissions processing emissions 15. the (EPA) include process emissions, waste and leakage of emissions and chemical substances used in the processing or production of emissions.
16. Calculation of the fuel manufacturing plant outside of the generated electricity consumption, assuming that these electricity and energy greenhouse gas emissions intensity is equal to the average electricity emission and energy intensity in the region. In exceptional cases, when the power plant is not connected to the mains, the power plant generated electricity producers for calculation of average can be used separate power plants generate electricity.
17. the rules referred to in annex 4 nonaggregated permanent emission values can be accepted for processing if the surplus electricity is zero.
V. transport and trade emissions 18. Transport and trade emissions (ETDs) include raw materials and semi-finished products for transport and storage of emissions and finished product storage and trading of emissions. This paragraph shall not apply to emissions resulting from transportation and distribution and which must be taken into account in accordance with this annex, paragraphs 9 and 10.
19. The calculation may take 5 of the provisions referred to in annex summarized ongoing emission values for transport and trade.
Vi. use of fuel emissions, fuel use 20 emissions (eu) purposes, assume that the biofuel or bio liquid fuels use emission is zero.
VII. Carbon capture and geological storage of emissions savings generated 21. Carbon capture and geological storage of the resulting emission reductions (ecc), which is not taken into account in calculating PE, is emissions avoided, and separating the CO2 emitted, and is directly related to the procurement of fuel, transportation, processing and marketing.
VIII. Carbon capture and emissions savings by replacing 22. Carbon capture and replace the generated emissions savings (eccr) is to prevent the emission of CO2, which detect carbon energy is biomass, and replacing the CO2 resulting from fossil fuels and used komercprodukto and services.
IX. Cogeneration surplus electricity generated emission savings emission savings of 23 of the cogeneration power plant in electricity surplus produced (EEE) account in respect of any fuel production system-generated electricity surplus, which use the principle of cogeneration.
24. Savings shall not be taken into account if the fuel used for the cogeneration is a byproduct, not the other crop residues.
25. The calculation of electricity surplus assumes that of order the smallest appliance that can generate fuel for heat production.
26. Assumes that with the surplus of electricity-related GHG emissions savings equal to the amount of greenhouse gases that generate the equivalent amount of electricity power station issued that uses the same fuel as the cogeneration unit.
27. where a fuel production process produces both the fuel for which emissions are calculated and one or more other products (by-products), then the fuel or its intermediate product and by-product emissions of greenhouse gases in proportion to their energy content (if not electricity, by-product being down less in energy content).
28. in relation to biofuels and organic liquid fuels (with the exception of crop residues, including straw, Marc, husks, cobs and nut shells) needs this calculation takes into account all the by-products (including electricity), which does not apply to this Annex 23, 24 and 25. For the purposes of this calculation assumes that negative energy the energy content of by-products is equal to zero. Assumes that the waste, crop residues (including straw, Marc, corn husk, corn cob and nut shell) and processing residues (including jēlglicerīn (refined glycerine)) life-cycle greenhouse gas emissions up to the collection it is equal to zero.
Minister of economy-Agriculture Minister in place of j. Dūklav annex 2 Cabinet July 5, 2011 regulations no 545 biofuels typical values and default values for biofuels if produced by land-use changes without carbon emission changes no PO box
Biofuel production technique typical greenhouse gas emissions savings standard greenhouse gas emissions savings 1. Sugar beet ethanol 61% 52% 2. Wheat ethanol (used fuel not specified) 32% 16% 3. Wheat ethanol (cogeneration units of used fuel-lignite) 32% 16% 4. Wheat ethanol (normal fuels used in the boilers, natural gas) 45% 34% 5. Wheat ethanol (cogeneration units of used fuels-natural gas) 53% 47% 6. Wheat ethanol (cogeneration units of used fuel, straw) 69% 69% 7. Union grown corn ethanol (cogeneration units of used fuels-natural gas) 56% 49% 8.
Sugar cane ethanol 71% 71% of renewable energy production of ethyl-tert-butilēter (ETB), the same as the ethanol production methods 10. renewable energy production From tert-bio ethanol (TAE) the same as ethanol production methods 11. Rape seed biodiesel 45% 38% 12. Sunflower biodiesel

58% 51% 13. Soybean biodiesel 40% 31% 14. Palm oil biodiesel (process not specified techniques) 36% 19% 15. Palm oil diesel (with methane Association Mills) 62% 56% 16. Waste vegetable or animal fats origin biodiesel 88% 83% 17. Hydrogenated rapeseed oil 47% 51% 18. Hydrogenated sunflower oil 62% 65% 19. Hydrogenated palm oil (processing technique is specified) 40% 26% 20. Hydrogenated palm oil (with methane Association Mills) 21.68% 65% pure rape seed oil on 58%
57% 22 from organic household waste for biogas, compressed natural gas, 80% 73% 23. biogas From slurry for compressed natural gas, 84% 81% Of dry manure 24 for biogas, compressed natural gas 86% 82% wheat straw 25 87% 85% ethanol 26. Wood waste ethanol 80% 74% farmed wood 27 76% 70% ethanol From wood waste 28 Fisher – Include the synthesis of 95% for diesel 95% farmed wood 29 Of the Fisher-the synthesis Technologies get 93% 93% of diesel oil 30. Wood residues for dimethyl ether (DME) 95% 95% Farmed from 31. wood DME 92% 92% wood residues 32.94% 94% methanol, 33. Grown wood methanol 91% 91% 34. From renewable energy produced methyl tercbutilēter (MTBE) the same as methanol production methods to note. * does not include oils of animal origin products, animal by-products, which are included in category 3 raw material according to the European Parliament and Council Regulation (EC) No 1774/2002 of 3 October 2002 laying down health rules concerning animal by-products not intended for human consumption.
Minister of economy-Agriculture Minister in place of j. Dūklav in annex 3 Cabinet July 5, 2011 regulations no 545 nonaggregated values growing permanent: eec no PO box
Biofuel or bio liquid fuels production technique typical greenhouse gas emissions (gCO2eq/MJ) greenhouse gas emissions (gCO2eq/MJ) 1. Sugar beet ethanol ethanol 23 23 3 12 12 2. Wheat grown in the EU. corn ethanol 20 20 4. Sugar cane ethanol From renewable energy sources 14 14 5. production of ETBE like ethanol production technique 6. Of renewable energy production is the same as TAE ethanol production methods 7. Rape seed biodiesel biodiesel 18 18 9 29 29 8. Sunflower soybean biodiesel.
19 19 10. Palm oil biodiesel 14 14 11. waste vegetable or animal fats origin biodiesel rape seed 0 0 12. Hydrogenated oil 30 30 13. Hydrogenated sunflower oil 18 18 14. Hydrogenated palm oil 15 15 15. Pure rape seed oil 30 30 16. From organic household waste for biogas, compressed natural gas from the slurry obtained 0 0 17. biogas compressed natural gas of dry manure 0 0 18 for biogas compressed natural gas, wheat 0 0 19. straw ethanol 3 3 20. Wood ethanol 1 1 21. limits Raised wood ethanol 6 6 22. wood residues From the Fisher-the synthesis Technologies for diesel fuel from wood grown 1 1 23 Fisher – the synthesis Technologies for diesel fuel residues 4 4 24. Wood dimethylether (DME) 1 1 25 Farmed wood DME. 5 5 26. of wood waste methanol 1 1 27. Grown wood methanol 5 5 28. renewable energy resulting From MTBE the same as methanol production technique note. * does not include fats of animal origin, manufactured from animal waste and raw materials are included in category 3 pursuant to European Parliament and Council Regulation (EC) No 1774/2002 of 3 October 2002 laying down health rules concerning animal by-products not intended for human consumption.
Minister of economy-Agriculture Minister in place of j. Dūklav in annex 4 Cabinet July 5, 2011 regulations no 545 nonaggregated values standing in emissions processing (including excess electricity): ep-Eee no PO box
Biofuel or bio liquid fuels production technique typical greenhouse gas emissions (gCO2eq/MJ) greenhouse gas emissions (gCO2eq/MJ) sugar beet ethanol 19 26 2 1. Wheat ethanol (used fuel not specified) 32 45 3. Wheat ethanol (cogeneration units of used fuel-lignite) 32 45 4. Wheat ethanol (normal fuels used in the boilers, natural gas), 21 30 5. Wheat ethanol (cogeneration units of used fuels-natural gas) 14 19 6. Wheat ethanol (cogeneration units of used fuel, straw) grown in the EU 1 1 7. corn ethanol (cogeneration stations used fuel-natural gas) sugar cane ethanol 1 1 9 15 21 8. of renewable energy production of ETBE like ethanol production methods 10. Of renewable energy production is the same as TAE ethanol production methods 11. Rape seed biodiesel biodiesel 16 22 13 16 22 12. Sunflower. Soybean biodiesel 18 26 14. Palm oil biodiesel (process techniques is not specified) 35 49 15. Palm oil diesel (with methane attraction oil mill) 13 18 16. waste vegetable or animal fat Biodiesel rape seed 9 13 17. Hydrogenated oil 10 13 18. Hydrogenated sunflower oil 10 13 19. Hydrogenated palm oil (processing technique is specified) 30 42 20. Hydrogenated palm oil (process with methane attraction oil mill) 7 9 21. Pure rape seed oil 4 5 22. From organic household waste for biogas, compressed natural gas for 14 20 23. biogas From slurry compressed natural gas, 8 11 24 dry manure obtained from biogas, natural gas, compressed wheat straw 8 11 25. ethanol 5 7 26. Wood ethanol 12 17 27. Technologies of synthesis – Fisher of wood-derived diesel fuel DME 0 0 29 0 0 28. Wood. Wood methanol 0 0 30. renewable energy production of MTBE the same as methanol production techniques to the Minister of economy, Minister of agriculture in place of j. Dūklav in annex 5 cabinet July 5, 2011 regulations no 545 nonaggregated permanent emission values for transport and trade: ETF no PO box
Biofuel or bio liquid fuels production technique typical greenhouse gas emissions (gCO2eq/MJ) greenhouse gas emissions (gCO2eq/MJ)

1. Sugar beet ethanol ethanol 2 2 3 2 2 2. Wheat. Union grown corn ethanol ethanol 9 9 5 2 2 4. Cane of renewable energy production of ETBE like ethanol production technique 6. Of renewable energy production is the same as TAE ethanol production methods 7. Rape seed biodiesel biodiesel 1 1 9 1 1 8. Sunflower. Soybean biodiesel 13 13 10. Palm oil biodiesel 5 5 11. waste vegetable or animal fat biodiesel 1 1 12.
Hydrogenated canola seed oil 1 1 13. Hydrogenated sunflower oil 1 1 14. Hydrogenated palm oil 5 5 15. Pure rape seed oil 1 1 16 of organic household waste for biogas, compressed natural gas 3 3 17 of slurry for biogas, compressed natural gas of dry manure 5 5 18 for biogas, natural gas, compressed wheat straw ethanol 4 4 19.2 2 20. Wood waste to ethanol 4 4 21. Grown wood ethanol 2 2 22. wood residues From the Fisher-the synthesis Technologies get diesel fuel From wood grown 3 3 23. Fisher – the synthesis Technologies for diesel fuel residues 2 2 24. Wood dimethylether (DME) 4 4 25. Grown wood DME 2 2 26. Wood methanol 4 4 27. limits Raised wood methanol 2 2 28. From renewable energy produced methyl tercbutilēter (MTBE) the same as methanol production techniques to the Minister of economy, Minister of agriculture in place of j. Dūklav in annex 6 Cabinet July 5, 2011 regulations no 545 application receipt for biofuel or bio-fuel raw material liquid the land area of compliance with the sustainability criteria in place of the Minister of Economics, Minister of agriculture j. Dūklav in annex 7 Cabinet July 5, 2011 regulations no 545 raw material for the production of biofuels (crop) the reference yield and volumes of raw materials required in a one-litre of biofuel production table 1 reference yields no PO box 2011
Crops used for biofuels in obtaining the maximum yield (t/ha) 1. Field: 1.1. wheat rye 7.0 9.4 1.2 1.3. rape 5.0 1.4. Triticale 7.0 2. Summer: 2.1 wheat 7.0 2.2. rape oats 5.0 3.5 2.3 table 2 maximum biofuels production no PO box
The raw material for the production of biofuels needed raw materials volume 1 litre of biofuel production 1.
Wheat 3.2 kg 2.
Rye 3.2 kg 3.
Rape 3.2 kg 4.
Triticale 3.2 kg 5.
Oats 5.2 kg 6.
Rape (canola oil 1 litre production) 3.0 kg 7.
Canola oil (1 litre of biodiesel production) 1.11 litres instead of Minister of Economics, Minister of agriculture j. Dūklav in