In accordance with Article 13 of the Agreement on Common Principles and Rules of Technical Regulation in the Republic of Belarus, the Republic of Kazakhstan and the Russian Federation of 18 November 2010, the Customs Union Commission (hereinafter, the Commission) has decided:
1. To adopt the Technical Regulation of the Customs Union "On Requirements for Motor and Aviation Gasoline, Diesel and Marine Fuel, Jet Fuel and Fuel Oil" (TR CU 013/2011) (attached).
2. To approve the attached list of standards containing rules and methods of research (testing) and measurement, including sampling rules, necessary for the application and fulfilment of the requirements of the Technical Regulation of the Customs Union "On Requirements for Motor and Aviation Gasoline, Diesel and Marine Fuel, Jet Fuel and Fuel Oil" (TR CU 013/2011) and for the conformity assessment of objects of technical regulation.
Footnote. Paragraph 2 as amended by Decision of the Board of the Eurasian Economic Commission of 30.06.2017 No. 72 (enters into force upon expiry of 30 calendar days from the date of its official publication).3. To establish that:
3.1. The Technical Regulation of the Customs Union "On Requirements for Motor and Aviation Gasoline, Diesel and Marine Fuel, Jet Fuel and Fuel Oil" (hereinafter, the Technical Regulation) enters into force on 31 December 2012;
3.2. Documents on conformity assessment (confirmation) with mandatory requirements established by the legislation of a Member State of the Customs Union or by regulatory legal acts of the Customs Union, issued or adopted in respect of products that are objects of technical regulation of the Technical Regulation (hereinafter, products) before the date of entry into force of the Technical Regulation, remain valid until their expiry, but no later than 30 June 2014. This does not apply to documents on conformity assessment (confirmation) with requirements established by the legislation of a Member State of the Customs Union or by regulatory legal acts of the Customs Union, issued or adopted in respect of jet fuel of grade RT, which remain valid until 1 January 2015. The said documents issued or adopted before the date of official publication of this Decision remain valid until their expiry.
From the date of entry into force of the Technical Regulation, the issuance or adoption of documents on conformity assessment (confirmation) of products with mandatory requirements previously established by regulatory legal acts of the Customs Union or by the legislation of a Member State of the Customs Union is not permitted;
Footnote. Subparagraph 3.2. as amended by Decision of the Board of the Eurasian Economic Commission of 25.06.2014 No. 95 (enters into force upon expiry of 10 calendar days from the date of its official publication).3.3. Until 30 June 2014, the production and placing on the market of products in accordance with mandatory requirements previously established by regulatory legal acts of the Customs Union or by the legislation of a Member State of the Customs Union is permitted, provided that documents on conformity assessment (confirmation) of the products with the said mandatory requirements, issued or adopted before the date of entry into force of the Technical Regulation, are available. This does not apply to jet fuel of grade RT: its production and placing on the market with such documents is permitted until 1 January 2015.
Such products are marked with the national conformity mark (mark of circulation on the market) in accordance with the legislation of the Member State of the Customs Union.
Marking of such products with the single mark of product circulation on the market of the Member States of the Customs Union is not permitted;
Footnote. Subparagraph 3.3. as amended by Decision of the Board of the Eurasian Economic Commission of 25.06.2014 No. 95 (enters into force upon expiry of 10 calendar days from the date of its official publication).3.4. Circulation of products placed on the market during the validity period of the documents on conformity assessment (confirmation) referred to in subparagraph 3.2 of this Decision is permitted during the shelf life of the products established in accordance with the legislation of the Member State of the Customs Union;
3.5. Documents on conformity assessment (confirmation) of jet fuel and fuel oil with the requirements established by the Technical Regulation, issued or adopted before the date of entry into force of the amendments to the Technical Regulation under Decision of the Council of the Eurasian Economic Commission of 23 June 2014 No. 43 "On Amendments to the Technical Regulation of the Customs Union "On Requirements for Motor and Aviation Gasoline, Diesel and Marine Fuel, Jet Fuel and Fuel Oil" (TR CU 013/2011)", remain valid until their expiry.
Circulation of jet fuel and fuel oil placed on the market during the validity period of the documents on conformity assessment (confirmation) referred to in the first paragraph of this subparagraph is permitted during the shelf life of the products established in accordance with the legislation of
the Member State of the Customs Union and the Common Economic Space.
Footnote. The Decision is supplemented by subparagraph 3.5. in accordance with Decision of the Board of the Eurasian Economic Commission of 25.06.2014 No. 95 (enters into force upon expiry of 10 calendar days from the date of its official publication).4. The Secretariat of the Commission, together with the Parties, shall prepare a draft Action Plan necessary for the implementation of the Technical Regulation and, within three months from the date of entry into force of this Decision, ensure its submission for approval by the Commission in accordance with the established procedure.
5. The Kazakh Party, with the participation of the Parties and on the basis of monitoring the results of application of the standards, shall ensure the preparation of proposals for updating the List of standards referred to in paragraph 2 of this Decision and their submission, at least once a year from the date of entry into force of the Technical Regulation, to the Secretariat of the Commission
for approval by the Commission in accordance with the established procedure.
6. The Parties shall:
6.1. by the date of entry into force of the Technical Regulation, designate the state control (supervision) authorities responsible for state control (supervision) of compliance with the requirements of the Technical Regulation, and inform the Commission accordingly;
6.2. ensure state control (supervision) of compliance with the requirements of the Technical Regulation from the date of its entry into force.
7. This Decision enters into force 15 days after the date of its official publication, unless within this period the Parties declare the suspension of their approval of the Technical Regulation.
Members of the Customs Union Commission:
From the Republic |
From the Republic |
From the Russian |
S. Rumas | U. Shukeyev | I. Shuvalov |
APPROVED
by Decision of the Commission
of the Customs Union
of 18 October 2011 No. 826
TECHNICAL REGULATION
OF THE CUSTOMS UNION
TR CU 013/2011
On Requirements for Motor and Aviation
Gasoline, Diesel and Marine Fuel,
Jet Fuel and Fuel Oil
CONTENTS
Foreword
Article 1. Scope
Article 2. Definitions
Article 3. Requirements for the Circulation of Fuel on the Market
Article 4. Safety Requirements
Article 5. Ensuring Compliance with Safety Requirements
Article 6. Conformity Confirmation
Article 7. Safeguard Clause
Annex 1
Grade Designation of Motor Gasoline and Diesel Fuel
Annex 2
Requirements for the Characteristics of Motor Gasoline
Annex 3
Requirements for the Characteristics of Diesel Fuel
Annex 4
Requirements for the Characteristics of Fuel Oil
Annex 5
Requirements for the Characteristics of Jet Fuel
Annex 6
Requirements for the Characteristics of Aviation Gasoline
Annex 7
Requirements for the Characteristics of Marine Fuel
Annex 8
Conformity Declaration Schemes for Fuel
Foreword
1. This Technical Regulation of the Customs Union (hereinafter, the CU Technical Regulation) has been developed in accordance with the Agreement on Common Principles and Rules of Technical Regulation in the Republic of Belarus, the Republic of Kazakhstan and the Russian Federation of 18 November 2010.
2. This CU Technical Regulation has been developed to establish, within the single customs territory of the Customs Union, mandatory requirements for motor and aviation gasoline, diesel and marine fuel, jet fuel and fuel oil (hereinafter, fuel) that are produced and placed on the market in the single customs territory of the Customs Union.
Article 1. Scope
1.1. The CU Technical Regulation applies to fuel that is placed on the market or is in circulation within the single customs territory of the Customs Union.
1.2. The CU Technical Regulation establishes requirements for fuel in order to protect human life and health and property, to protect the environment, and to prevent actions that mislead consumers regarding its purpose, safety and energy efficiency.
1.3. The CU Technical Regulation does not apply to fuel supplied under the state defence order or for export outside the single customs territory of the Customs Union, fuel held in storage at organisations responsible for the safekeeping of the state material reserve, or fuel for own consumption at oil fields and drilling platforms.
Article 2. Definitions
2.1. The following terms and definitions are used in the CU Technical Regulation:
motor and aviation gasoline – liquid fuel for use in spark-ignition internal combustion engines;
placing on the market – the initial transfer of fuel with a quality passport from the manufacturer to the consumer;
diesel fuel – liquid fuel for use in compression-ignition internal combustion engines;
manufacturer – a legal entity or natural person, including a foreign one, that manufactures and (or) sells fuel on its own behalf or on instruction and is responsible for its compliance with the requirements of the CU Technical Regulation;
importer – a resident of a CU Member State that concludes a foreign trade contract for the transfer of fuel with a non-resident of a CU state, stores and sells (wholesale and (or) retail) this fuel and is responsible for its compliance with the requirements of the CU Technical Regulation;
fuel oil – fuel produced from crude oil refining products and gas condensate feedstock and intended for vehicles, stationary boiler plants and process units;
fuel grade – a verbal and (or) alphabetic, numeric designation of fuel that, for motor gasoline and diesel fuel, includes its environmental class;
circulation of fuel on the market – the stages of fuel movement from the manufacturer to the consumer, covering all stages that fuel with a quality passport passes through after it has been placed on the market;
octane number - an indicator characterising the knock resistance of gasoline, expressed in units of a reference scale;
pilot batch – a batch of products manufactured according to newly developed working documentation to verify by testing its compliance with specified technical requirements, in order to decide whether production can be started and (or) the products can be used for their intended purpose;
fuel batch – a quantity of fuel of one grade accompanied by one quality document (passport);
consumer – a legal entity or natural person that intends to purchase or purchases fuel with a quality passport for its own needs;
additive – a substance added to fuel to improve its performance properties;
seller – a legal entity or natural person that is a resident of a CU Member State, sells fuel with a quality passport to the consumer wholesale and (or) retail in accordance with the national legislation of the CU Member State and is responsible for placing on the market fuel that complies with the requirements of the CU Technical Regulation;
marine fuel - liquid fuel used in marine power plants;
jet fuel - liquid fuel for use in aircraft jet engines;
person authorised by the manufacturer – a legal entity or natural person registered in the established manner by a CU Member State and designated by the manufacturer under a contract with it to act on its behalf in conformity confirmation and in placing fuel in the single customs territory of the Customs Union, and to bear responsibility for non-compliance of fuel with the requirements of the CU Technical Regulation;
cetane number - an indicator characterising the ignition quality of diesel fuel, expressed in units of a reference scale;
environmental class of fuel – a classification code (K2, K3, K4, K5) that determines the safety requirements for fuel.
Footnote. Clause 2.1. as amended by Decision of the Council of the Eurasian Economic Commission of 23.06.2014 No. 43 (enters into force 10 calendar days after the date of its official publication).Article 3. Requirements for Circulation of Fuel on the Market
3.1. Placing on the market and circulation are permitted for fuel whose compliance with the requirements has been confirmed in accordance with Article 6 of the CU Technical Regulation.
3.2. When selling motor gasoline and diesel fuel, the seller shall provide the consumer with information on:
the name and grade of the fuel;
the compliance of the fuel with the requirements of the CU Technical Regulation.
In retail sales of motor gasoline and diesel fuel, information on the name and grade of the fuel, including its environmental class, shall be displayed in places accessible to consumers. Information on the fuel grade shall be displayed on fuel dispensing equipment and shown on cash receipts
At the consumer's request, the seller shall present a copy of the quality document (passport) for the fuel.
3.3. Requirements for the grade designation of motor gasoline and diesel fuel are given in Annex 1.
Footnote. Article 3 as amended by Decision of the Council of the Eurasian Economic Commission of 02.12.2015 No. 84 (enters into force 30 calendar days after the date of its official publication).Article 4. Safety Requirements
4.1. Motor gasoline shall comply with the requirements specified in Annex 2 to the CU Technical Regulation.
4.2. The use of metal-containing additives (containing manganese, lead and iron) in motor gasoline is not permitted.
The use of aromatic amines (N-methylaniline) is prohibited in the territory of the Republic of Belarus.
4.3. Motor gasoline may contain dyes (except green and blue) and marker substances.
4.4. Diesel fuel shall comply with the requirements specified in Annex 3 to the CU Technical Regulation.
4.5. Until 1 January 2018, in the Kyrgyz Republic and the Republic of Kazakhstan, in addition to the placing on the market (circulation) of diesel fuel that complies with the requirements of Annex 3 to the CU Technical Regulation, it is permitted to place on the market diesel fuel used for agricultural and off-road machinery with a cetane number of not less than 45 and a sulfur content (mass fraction) of not more than 2000 mg/kg, without limits for the indicators "lubricity" and "polycyclic aromatic hydrocarbons content (mass fraction)", provided that its other characteristics comply with the requirements of Annex 3 to the CU Technical Regulation.
Such fuel may not be sold through public filling stations.
4.6. The use of metal-containing additives in diesel fuel is not permitted, except for antistatic additives.
4.7. Fuel oil shall comply with the requirements set out in Annex 4 to the CU Technical Regulation.
4.8. Jet fuel shall comply with the requirements set out in Annex 5 to the CU Technical Regulation.
4.9. Jet fuel shall not contain surfactants or other chemical substances in quantities that impair its properties.
4.10. Aviation gasoline shall comply with the requirements set out in Annex 6 to the CU Technical Regulation.
4.11. Aviation gasoline with an octane number of not less than 99,5 and a performance number of not less than 130 may contain a blue dye.
4.12. Marine fuel shall comply with the requirements set out in Annex 7 to the CU Technical Regulation.
4.13. Each fuel batch that is placed on the market and (or) is in circulation shall be accompanied by a quality document (passport).
The passport shall contain:
the name and grade designation of the fuel;
the name of the manufacturer (person authorised by the manufacturer), importer or seller and their location (including the country);
the designation of the document that establishes the requirements for fuel of this grade (if any);
the specified values and actual test results confirming the compliance of fuel of this grade with the requirements of the CU Technical Regulation;
the date of issue and the passport number;
the signature of the person who issued the passport;
information on the declaration of conformity;
information on the presence of additives in the fuel.
4.14. Accompanying documentation for a fuel batch placed on the market shall be drawn up in Russian and in the state language of the CU Member State in whose territory this batch will be in circulation.
Footnote. Article 4 as amended by Decisions of the Council of the Eurasian Economic Commission of 28.04.2015 No. 36 (enters into force 10 calendar days after the date of its official publication); of 02.12.2015 No. 84 (enters into force 30 calendar days after the date of its official publication).Article 5. Ensuring Compliance with Safety Requirements
5.1. The safety of fuel is ensured by compliance with the requirements established by this Technical Regulation.
5.2. The rules and methods of research (testing), including sampling, that are required to fulfil the requirements of the CU Technical Regulation and to perform conformity assessment (confirmation) of products are established in interstate standards and, if these are not available (until interstate standards are adopted), in the national (state) standards of the Member States of the Customs Union.
Article 6. Conformity Confirmation
6.1. Before fuel is placed on the market, conformity confirmation of the fuel with the requirements of the CU Technical Regulation is carried out in the form of the declaration of conformity procedure.
The conformity confirmation procedure for fuel is carried out by the applicant.
In the declaration of conformity procedure for fuel, the applicant may be a legal entity or natural person registered in the territory of a CU Member State in accordance with its legislation that is the manufacturer, the authorised representative of the manufacturer or the importer.
Conformity confirmation of fuel is carried out according to the conformity declaration schemes for fuel established in this Article and described in Annex 8 to the CU Technical Regulation.
For the purposes of conformity confirmation of fuel with the requirements of the CU Technical Regulation, the testing laboratory (centre) must be accredited and included in the Unified Register of Certification Bodies and Testing Laboratories of the Customs Union.
Testing of a pilot batch of fuel for the purposes of conformity confirmation may be carried out in a testing laboratory.
The applicant adopts the declaration of conformity of fuel with the CU Technical Regulation using the single form approved by a decision of the Customs Union Commission.
6.2. Conformity confirmation of fuel with the requirements of the CU Technical Regulation is carried out:
for serially produced fuels – according to schemes 3д or 6д;
for fuels produced or imported in batches – according to scheme 4д;
for pilot batches – according to scheme 2д for motor gasoline, diesel fuel, marine fuel and fuel oil, and according to scheme 4д for aviation gasoline and jet fuel.
6.2.1. For serially produced fuel, the applicant compiles and submits for registration of the declaration of conformity a set of documents confirming the conformity of the fuel with the requirements of the CU Technical Regulation, consisting of the following:
- fuel test report (reports);
- a copy of the document that establishes the requirements for the manufactured fuel (if available);
- a copy of the quality management system certificate (if available and if the declaration is made according to scheme 6д);
- the declaration of conformity of the fuel with the CU Technical Regulation.
6.2.2. For fuel produced or imported in batches, the applicant compiles and submits for registration of the declaration of conformity a set of documents confirming the conformity of the fuel with the requirements of the CU Technical Regulation, consisting of the following:
- fuel test report (reports);
- a copy of the document that establishes the requirements for the manufactured fuel (if available);
- documents identifying and confirming the quality of each imported fuel batch (passport);
- a copy of the quality management system certificate (if available);
- the declaration of conformity of the fuel with the CU Technical Regulation.
6.2.3. For pilot batches, the applicant compiles and submits for registration of the declaration of conformity a set of documents confirming the conformity of the fuel with the requirements of the CU Technical Regulation, consisting of the following:
- fuel test report (reports);
- documents identifying and confirming the quality of the pilot batch of fuel (passport);
- a copy of the quality management system certificate (if available);
- the declaration of conformity of the fuel with the CU Technical Regulation.
6.3. The declaration of conformity is subject to registration in the electronic database of the Unified Register of Issued Certificates of Conformity and Registered Declarations of Conformity, drawn up in the single form, on a notification basis. The validity period of the declaration of conformity begins on the date of its registration.
Declarations of conformity of fuel are registered for the following period:
for conformity confirmation according to scheme 3д – not more than 3 years;
for conformity confirmation according to schemes 4д and 2д – taking into account the storage life of the fuel concerned, but not more than 3 years;
for conformity confirmation according to scheme 6д – not more than 5 years.
Article 7. Safeguard Clause
7.1. A Member State of the CU must take measures to restrict or prohibit the placing on the market of fuel in the territory of the Member State of the CU, and to withdraw from the market fuel that does not comply with the requirements of the CU Technical Regulation.
The other Member States of the CU are notified of the decision taken.
7.2. Within 3 years from the date of entry into force of the CU Technical Regulation, circulation on the market of fuel placed on the market before the date of entry into force of the CU Technical Regulation is permitted.
7.3. The placing on the market and circulation on the market of motor gasoline of environmental Class K2 in the single customs territory of the Customs Union is not permitted. In the territory of the Kyrgyz Republic and the Republic of Kazakhstan, this prohibition applies from 1 January 2018.
Determination of the content of manganese, iron and N-methylaniline for the Republic of Kazakhstan shall begin no later than 1 January 2014.
The placing on the market and circulation on the market of motor gasoline of environmental Class K3 is permitted in the territory of:
the Republic of Armenia - through 31 December 2016;
the Republic of Belarus – through 31 December 2014;
the Republic of Kazakhstan – through 31 December 2017;
the Kyrgyz Republic - through 31 December 2017;
the Russian Federation – through 31 December 2014.
The placing on the market and circulation on the market of motor gasoline of environmental Class K4 is permitted in the territory of:
the Republic of Armenia - through 31 December 2016;
the Republic of Belarus – through 31 December 2015;
the Russian Federation – through 1 July 2016.
The transition to the placing on the market and circulation on the market of motor gasoline of environmental Classes K4 and K5 in the territory of the Republic of Kazakhstan and the Kyrgyz Republic shall take place no later than 1 January 2018.
The placing on the market and circulation on the market of motor gasoline of environmental Class K5 is not restricted.
7.4. The placing on the market and circulation on the market of diesel fuel of environmental Class K2 in the single customs territory of the Customs Union is not permitted. In the territory of the Kyrgyz Republic and the Republic of Kazakhstan, this prohibition applies from 1 January 2018.
The placing on the market and circulation on the market of diesel fuel of environmental Class K3 in the single customs territory of the Customs Union is not permitted. This prohibition applies in the territories of:
the Republic of Armenia - from 2 January 2016;
the Republic of Kazakhstan – from 1 January 2018;
the Kyrgyz Republic - from 1 January 2018;
the Russian Federation – from 1 January 2015.
The placing on the market and circulation on the market of diesel fuel of environmental Class K4 is permitted in the territory of:
the Republic of Armenia - through 31 December 2015;
the Republic of Belarus – through 31 December 2014;
the Russian Federation – through 31 December 2015.
The transition to the placing on the market and circulation on the market of diesel fuel of environmental Classes K4 and K5 in the territory of the Republic of Kazakhstan and the Kyrgyz Republic shall take place no later than 1 January 2018.
The placing on the market and circulation on the market of diesel fuel of environmental Class K5 is not restricted.
Footnote. Article 7 as amended by decisions of the Council of the Eurasian Economic Commission of 23.06.2014 No. 43 (enters into force upon expiry of 10 calendar days from the date of its official publication); of 28.04.2015 No. 36 (enters into force upon expiry of 10 calendar days from the date of its official publication); of 02.12.2015 No. 84 (enters into force upon expiry of 30 calendar days from the date of its official publication).Annex 1
to the Technical Regulation of the Customs Union
"On Requirements for Motor and Aviation
Gasoline, Diesel and Marine Fuel, Fuel
for Jet Engines and Fuel Oil"
(TR CU 013/2011)
Grade Designation of Motor Gasoline and Diesel Fuel
1. The designation of motor gasoline includes the following groups of characters, arranged in a defined sequence and separated by hyphens.
1.1. First group: the letters АИ, denoting motor gasoline.
1.2.Second group: the numerical designation of the octane number of the motor gasoline (80, 92, 93, 95, 96, 98, etc.), determined by the research method.
1.3. Third group: the symbols K2, K3, K4, K5, denoting the environmental class of the motor gasoline.
2. The designation of diesel fuel includes the following groups of characters, arranged in a defined sequence and separated by hyphens.
2.1. First group: the letters ДТ, denoting diesel fuel.
Footnote. Clause 2.1. as amended by decision of the Council of the Eurasian Economic Commission of 23.06.2014 No. 43 (enters into force upon expiry of 10 calendar days from the date of its official publication).2.2. Second group: the letters Л (summer), З (winter), А (arctic), Е (intermediate-season), denoting the climatic conditions of use.
2.3. Third group: the symbols K2, K3, K4, K5, denoting the environmental class of the diesel fuel.
3. The grade designation may include the trade name (trademark) of the manufacturer.
Annex 2
to the Technical Regulation of the Customs Union
"On Requirements for Motor and Aviation
Gasoline, Diesel and Marine Fuel, Fuel
for Jet Engines and Fuel Oil"
(TR CU 013/2011)
Requirements for the characteristics of motor gasoline
Characteristics of motor gasoline | Unit of measurement | Limits for environmental | class | ||
K2 | K3 | K4 | K5 | ||
Sulfur content (mass fraction), not more than | mg/kg | 500 | 150 | 50 | 10 |
Benzene content by volume, not more than | % | 5 | 1 | 1 | 1 |
Oxygen content by mass, not more than | % | not determined | 2,7 | 2,7 | 2,7 |
Content by volume of hydrocarbons, not more than: | % | ||||
aromatic | not determined | 42 | 35 | 35 | |
olefinic | not determined | 18 | 18 | 18 | |
Octane number: | - | ||||
by the research method, not less than | 80 | 80 | 80 | 80 | |
by the motor method, not less than | 76 | 76 | 76 | 76 | |
Vapour pressure: | kPa | ||||
in the summer period | 35 – 80 | 35 – 80 | 35 – 80 | 35 – 80 | |
in the winter period | 35 – 100 | 35 – 100 | 35 – 100 | 35 – 100 | |
Iron concentration, not more than | mg/dm3 | absent | absent | absent | absent |
Manganese concentration, not more than | mg/dm3 | absent | absent | absent | absent |
Lead concentration*, not more than | mg/dm3 | 5 | 5 | 5 | 5 |
Content by volume of N-methylaniline, not more than | % | 1,3 | 1,0 | 1,0 | absent |
Oxygenate content by volume, not more than: | % | ||||
methanol** | not determined | 1 | 1 | 1 | |
ethanol | not determined | 5 | 5 | 5 | |
isopropanol | not determined | 10 | 10 | 10 | |
tert-butanol | not determined | 7 | 7 | 7 | |
isobutanol | not determined | 10 | 10 | 10 | |
ethers containing 5 or more carbon atoms per molecule | not determined | 15 | 15 | 15 | |
Characteristics of motor gasoline | Unit of measurement | Limits for environmental class | |||
K2 | K3 | K4 | K5 | ||
other oxygenates (with a final boiling point not higher than 210 oC) | not determined | 10 | 10 | 10 | |
*- for the Russian Federation, absent for environmental classes K2, K3, K4 and K5, ** - for the Russian Federation, absent for environmental classes K3, K4 and K5. | |||||
Annex 3
to the Technical Regulation of the Customs Union
"On Requirements for Motor and Aviation
Gasoline, Diesel and Marine Fuel, Fuel
for Jet Engines and Fuel Oil"
(TR CU 013/2011)
Requirements for the characteristics of diesel fuel
Footnote. Annex 3 as amended by Decision of the Council of the Eurasian Economic Commission No. 43 of 23.06.2014 (enters into force upon expiry of 10 calendar days from the date of its official publication).
Characteristics of diesel fuel * | Unit of measurement | Limits for environmental class | |||
K2 | K3 | K4 | K5 | ||
Sulfur content (mass fraction), not more than | mg/kg | 500 | 350 | 50 | 10 |
Closed-cup flash point, not lower than: | oC | ||||
for summer and intermediate-season diesel fuel | 40 | 40 | 55 | 55 | |
for winter and arctic diesel fuel | 30 | 30 | 30 | 30 | |
Distillation characteristics – 95 percent by volume distils at a temperature not higher than | oC | 360 | 360 | 360 | 360 |
Content by mass of polycyclic aromatic hydrocarbons, not more than | % | - | 11 | 11 | 8 |
Cetane number for summer diesel fuel, not less than | - | 45 | 51 | 51 | 51 |
Cetane number for winter and arctic diesel fuel, not less than | - | not deter- mined | 47 | 47 | 47 |
Lubricity, not more than | µm | not deter- mined | 460 | 460 | 460 |
Cold filter plugging point (CFPP), not higher than: | oC | ||||
summer diesel fuel | not deter- mined | not deter- mined | not deter- mined | not deter- mined | |
winter diesel fuel ** | minus 20 | minus 20 | minus 20 | minus 20 | |
arctic diesel fuel | minus 38 | minus 38 | minus 38 | minus 38 | |
intermediate-season diesel fuel *** | minus 15 | minus 15 | minus 15 | minus 15 | |
* diesel fuel may contain not more than 7 % (by volume) of fatty acid methyl esters. | |||||
** for the Republic of Kazakhstan, not higher than minus 15 oC for environmental classes K2, K3, K4 and K5. | |||||
*** for the Republic of Kazakhstan, not higher than minus 5 oC for environmental classes K2, K3, K4 and K5. | |||||
Annex 4
to the Technical Regulation of the Customs Union
"On Requirements for Motor and Aviation
Gasoline, Diesel and Marine Fuel, Fuel
for Jet Engines and Fuel Oil"
(TR CU 013/2011)
Requirements for the characteristics of fuel oil
Footnote. Annex 4 as amended by Decision of the Council of the Eurasian Economic Commission No. 43 of 23.06.2014 (enters into force upon expiry of 10 calendar days from the date of its official publication); as amended by Decision of the Council of the Eurasian Economic Commission No. 84 of 02.12.2015 (enters into force upon expiry of 30 calendar days from the date of its official publication).
Fuel oil characteristic |
Unit of |
Requirement |
Requirement |
Sulfur content (mass fraction), not more than | % | 2,0 | 3,5 |
Open-cup flash point, not lower than | оС | – | 90 |
Closed-cup flash point, not lower than | оС | 80 | – |
Yield of fraction distilling up to | % vol. | 17* | 17* |
Hydrogen sulfide content, not more than | ppm | 10** | 10** |
* The requirement applies to the Russian Federation (for navy fuel oil of grade F-5, the requirement is not more than 22 % vol.).
** The requirement applies to the Russian Federation from 1 January 2015, to the Republic of Kazakhstan from 1 January 2017, to the Republic of Belarus from 1 January 2019, and to the Republic of Armenia from 1 January 2015.
Annex 5
to the Technical Regulation of the Customs Union
"On Requirements for Motor and Aviation
Gasoline, Diesel and Marine Fuel, Jet
Fuel and Fuel Oil"
(TR CU 013/2011)
Requirements for the characteristics of jet fuel
Footnote. Annex 5 as amended by Decision of the Council of the Eurasian Economic Commission No. 43 of 23.06.2014 (enters into force upon expiry of 10 calendar days from the date of its official publication).
Jet fuel characteristic | Unit of measurement | Requirement for subsonic aircraft | ||
Jet A-1 | TS-1 | RT | ||
Kinematic viscosity at a temperature of minus | mm2/s | – | 8* | 16 |
Kinematic viscosity at a temperature of minus | mm2/s | 8 | 8** | 8** |
Crystallization onset temperature, not higher than | оC | – | minus 60*** | minus 60*** |
Freezing point, not higher than | оC | minus 47 | – | – |
Particulate contamination and water content | – | none | none | none |
Distillation characteristics: | ||||
10 % distils at a temperature not higher than | оC | 205 | 165 | 175 |
90 % distils at a temperature not higher than | оC | – | 230 | 270 |
98 % distils at a temperature not higher than | оC | – | 250 | 280 |
distillation residue, not more than | % | 1,5 | not specified | 1,5 |
distillation loss, not more than | % | 1,5 | not specified | 1,5 |
Smoke point, not less than | mm | 25 | 25 | 25 |
or | ||||
with a naphthalene hydrocarbon content by volume of not more than | mm | 19 | – | – |
Closed-cup flash point, not lower than | оC | 38 | 28 | 28 |
Aromatic hydrocarbon content by volume (by mass), not more than | % | 25 | 20 (22) | 20 (22) |
Existent gum concentration, not more than | mg/100 cm3 | 7 | 5 | 4 |
Total sulfur content by mass, not more than | % | 0,25 | 0,20 | 0,10 |
Mercaptan sulfur content by mass, not more than | % | 0,003 | 0,003 | 0,003 |
Thermal oxidation stability at the control temperature, not lower than | оC | 260 | 260 |
260 |
Filter pressure drop, not more than | mm Hg | 25 | 25 | 25 |
Tube deposit rating (in the absence of abnormal deposits), not more than | colour scale rating | 3 | 3 | 3 |
Electrical conductivity*****: | pS/m | |||
without antistatic additive, not more than | 10 | 10 | 10 | |
with antistatic additive | 50 – 600 | 50 – 600 | 50 – 600 | |
* The requirement applies to the Republic of Kazakhstan.
** The requirement applies to the Republic of Belarus and the Russian Federation.
*** Production with a crystallization onset temperature not higher than minus 50 оС is permitted, except where the fuel is used in cold and arctic climatic regions.
**** At the request of consumers, the thermal oxidation stability of fuels may be determined at a temperature not lower than 275 оС.
***** Determined at the production preparation stage and guaranteed by the manufacturer.
Annex 6
to the Technical Regulation of the Customs Union
"On Requirements for Motor and Aviation
Gasoline, Diesel and Marine Fuel, Jet
Fuel and Fuel Oil"
(TR CU 013/2011)
Requirements for the Characteristics of Aviation Gasoline
Characteristics of aviation gasoline | Unit of measurement | Limits |
Motor octane number (MON), not | - | 91 |
Performance number* (rich mixture), not less than | - | 115 |
Crystallization onset temperature, not | oC | minus 60 |
Particulate contamination and water content | - | none |
Vapour pressure | kPa | 29,3 - 49 |
Distillation characteristics: | ||
10 percent distils off at a temperature | oC | 82 |
50 percent distils off at a temperature | oC | 105 |
90 percent distils off at a temperature | oC | 170 |
distillation residue, not more than | % | 1,5 |
distillation loss, not more than | % | 1,5 |
Existent gum content, not more than | mg/100 cm3 | 3 |
Total sulfur content by mass, not more than | % | 0,03 |
Colour | - | green |
* - determined at the production preparation stage and guaranteed by the manufacturer. | ||
Annex 7
to the Technical Regulation of the Customs Union
"On Requirements for Motor and Aviation
Gasoline, Diesel and Marine Fuel, Jet
Fuel and Fuel Oil"
(TR CU 013/2011)
Requirements for the characteristics of marine fuel
Marine fuel characteristics | Unit of measurement | Requirements |
Sulfur content (mass fraction), not more than | % |
3,5 (until 31 December 2011 inclusive) |
Closed-cup | оС | 61 |
Note. Until 31 December 2026, for vessels engaged in inland waterway transport, the production and placing on the market of marine fuel with a sulfur content (mass fraction) of not more than 1,5% are permitted.
Footnote. Annex 7 was supplemented with a note in accordance with Decision of the Council of the Eurasian Economic Commission No. 108 of 19.12.2019 (enters into force upon expiry of 10 calendar days from the date of its official publication); as amended by Decision of the Council of the Eurasian Economic Commission No. 138 of 24.11.2023 (enters into force upon expiry of 10 calendar days from the date of its official publication).Annex 8
to the Technical Regulation of the Customs Union
"On Requirements for Motor and Aviation
Gasoline, Diesel and Marine Fuel, Jet
Fuel and Fuel Oil"
(TR CU 013/2011)
Fuel conformity declaration schemes *
Scheme number | Scheme elements | Application | Document confirming conformity | ||
Product testing, type examination | Production assessment | Production control | |||
2d | Testing of the product batch is carried out in a testing laboratory or an accredited testing laboratory (centre) | - | - | For a pilot batch | Declaration of conformity for a product batch |
Applicant: a manufacturer of a Member State of the Customs Union or a person authorised by a foreign manufacturer in the territory of the Customs Union | |||||
3d | Testing of fuel samples in an accredited testing laboratory (centre) | - | Production control is carried out by the manufacturer | For fuel produced serially. Applicant: a manufacturer of a Member State of the Customs Union or a person authorised by the manufacturer | Declaration of conformity for fuel produced serially |
4d | Testing of the fuel batch in an accredited testing laboratory (centre) | - | - | For a fuel batch. Applicant: a manufacturer of a Member State of the Customs Union or a person authorised by the manufacturer or an importer | Declaration of conformity for a fuel batch |
6d | Testing of fuel samples in an accredited testing laboratory (centre) | Quality management system certificate and surveil- lance by a management system certification body | Production control is carried out by the manufacturer | For fuel produced serially. Applicant: a manufacturer of a Member State of the Customs Union or a person authorised by the manufacturer | Declaration of conformity for fuel produced serially |
* In accordance with the Regulation on the Procedure for Applying Standard Conformity Assessment (Confirmation) Schemes in Technical Regulations of the Customs Union, approved by Decision of the Customs Union Commission No. 621 of 7 April 2011. | |||||
Description of the fuel conformity declaration schemes
1. Declaration scheme 2d
1.1 Scheme 2d includes the following procedures:
- preparation and analysis of the technical documentation;
- testing of the pilot batch;
- adoption and registration of the declaration of conformity.
1.2 The applicant prepares the technical documentation and analyses it.
1.3 The applicant conducts testing of product samples to confirm the declared conformity of the product with the requirements of the Technical Regulation. At the applicant's choice, product samples are tested in a testing laboratory or in an accredited testing laboratory (centre).
1.4 The applicant draws up the declaration of conformity.
2. Declaration scheme 3d
2.1 Scheme 3d includes the following procedures:
- preparation and analysis of the technical documentation;
- performance of production control;
- testing of fuel samples;
- adoption and registration of the declaration of conformity.
2.2. The applicant takes all necessary measures to ensure that the production process is stable and ensures conformity of the manufactured fuel with the requirements of the Technical Regulation of the Customs Union. The applicant prepares the technical documentation and analyses it.
2.3. The applicant ensures that production control is carried out.
2.4. To verify conformity of the fuel with the requirements of the Technical Regulation of the Customs Union, the applicant conducts testing of fuel samples. Fuel sample testing is carried out in an accredited testing laboratory (centre).
2.5. The applicant draws up the declaration of conformity.
3. Declaration scheme 4d
3.1 Scheme 4d includes the following procedures:
- preparation and analysis of the technical documentation;
- testing of the fuel batch;
- adoption and registration of the declaration of conformity.
3.2 The applicant prepares the technical documentation and analyses it.
3.3. The applicant conducts testing of fuel samples to confirm the declared conformity of the fuel with the requirements of the Technical Regulation of the Customs Union. Fuel sample testing is carried out in an accredited testing laboratory (centre).
3.4. The applicant draws up the declaration of conformity.
4. Declaration scheme 6d
4.1 Declaration scheme 6d includes the following procedures:
- preparation and analysis of the technical documentation, which must include a copy of the management system certificate (copy of the certificate) issued by a management system certification body.
- preparation and analysis of the technical documentation, which must include a copy of the management system certificate;
- performance of production control;
- testing of fuel samples;
- adoption and registration of the declaration of conformity;
- monitoring of the stable functioning of the management system.
4.2. The manufacturer takes all necessary measures to ensure that the production process and the stable functioning of the management system ensure conformity of the products with the requirements of the Technical Regulation of the Customs Union.
4.3. The applicant ensures that production control is carried out and informs the management system certification body of all planned changes to the management system.
4.4. The applicant conducts testing of fuel samples. Fuel sample testing is carried out in an accredited testing laboratory (centre).
4.5. The applicant draws up the declaration of conformity.
4.6. The management system certification body carries out surveillance of the functioning of the certified management system.
If the results of surveillance are negative, the applicant takes one of the following decisions:
- suspend the declaration of conformity;
- terminate the declaration of conformity.
The applicant makes a corresponding entry in the Unified Register of Issued Certificates of Conformity and Registered Declarations of Conformity drawn up in a single form.
5. Storage of technical documentation
A set of documents must be kept in the single customs territory of the Customs Union for:
- serially produced motor and aviation gasoline, diesel fuel, marine fuel, jet fuel and fuel oil: by the manufacturer or the person authorised by the manufacturer, for at least 10 years from the date of discontinuation (termination) of production of the said motor and aviation gasoline, diesel fuel, marine fuel, jet fuel and fuel oil;
- a batch of motor and aviation gasoline, diesel fuel, marine fuel, jet fuel or fuel oil: by the importer, for at least 10 years from the date of sale of this batch.
The set of documents must be submitted to the state supervision authorities upon their request.
APPROVED
by Decision of the
Customs Union Commission
No. 826 of 18 October 2011
List
of standards containing rules and methods of research (testing) and measurement, including sampling rules, required for the application and fulfilment of the requirements of the Technical Regulation of the Customs Union "On the Requirements for Motor and Aviation Gasoline, Diesel and Marine Fuel, Jet Fuel and Fuel Oil" (TR CU 013/2011) and for conformity assessment of objects of technical regulation
Footnote. The List as amended by Decision of the Board of the Eurasian Economic Commission No. 72 of 30.06.2017 (enters into force upon expiry of 30 calendar days from the date of its official publication).
No. | Elements of the Customs Union Technical Regulation | Standard designation | Standard title | Note |
1 | 2 | 3 | 4 | 5 |
I. Requirements for the characteristics of motor gasoline (Annex 2 to the Technical Regulation) | ||||
1 | Sulfur content (mass fraction) | GOST ISO 8754-2013 | Petroleum products. Determination of sulfur content by energy-dispersive X-ray fluorescence spectrometry | |
2 | ST RK ISO 8754-2004 | Petroleum products. Determination of sulfur content. Energy-dispersive X-ray fluorescence method | applicable until 01.01.2019 | |
3 | GOST ISO 13032-2014 | Petroleum products. Determination of low concentrations of sulfur in automotive fuels by energy-dispersive X-ray fluorescence spectrometry | ||
4 | GOST ISO 16591-2015 | Petroleum products. Determination of sulfur content. Oxidative microcoulometry method | ||
5 | GOST ISO 20846-2012 | Petroleum products. Determination of sulfur by ultraviolet fluorescence | applicable until 01.01.2019 | |
6 |
GOST ISO | Petroleum products. Determination of sulfur by ultraviolet fluorescence | ||
7 |
STB ISO | Liquid petroleum products. Determination of sulfur content in automotive fuel by ultraviolet fluorescence | applicable until 01.01.2018 | |
8 | GOST R EN ISO 20846-2006 | Petroleum products. Determination of sulfur content by ultraviolet fluorescence | applicable until 01.01.2019 | |
9 |
GOST ISO | Petroleum products. Determination of sulfur content in fuels for internal combustion engines. Energy-dispersive X-ray fluorescence spectrometry | ||
10 | STB 2141-2010 (ISO 20847:2004) | Petroleum products. Determination of sulfur content in automotive fuels by energy-dispersive X-ray fluorescence spectrometry | applicable until 01.01.2019 | |
11 |
GOST ISO | Automotive fuels. Method for determination of sulfur content by wavelength-dispersive X-ray fluorescence spectrometry | applicable until 01.01.2019 | |
12 |
GOST ISO | Automotive fuels. Method for determination of sulfur content by wavelength-dispersive X-ray fluorescence spectrometry (referee method for Classes K3, K4 and K5 from 01.01.2019) | ||
13 |
GOST R | Automotive fuels. Method for determination of sulfur content by wavelength-dispersive X-ray fluorescence spectrometry (referee method for Classes K3, K4 and K5) | applicable until 01.01.2019 | |
14 | GOST 32139-2013 | Crude oil and petroleum products. Determination of sulfur content by energy-dispersive X-ray fluorescence spectrometry (referee method for Classes K2, K3 and K4 from 01.01.2019) | ||
15 | STB 1420-2003 | Crude oil and petroleum products. Determination of sulfur content by X-ray fluorescence spectrometry | applicable until 01.01.2019 | |
16 |
GOST R | Crude oil and petroleum products. Determination of sulfur by energy-dispersive X-ray fluorescence spectrometry (referee method for Classes K2 and K3) | applicable until 01.01.2019 | |
17 |
GOST | Petroleum products. Determination of sulfur content (lamp method) | ||
18 |
GOST | Crude oil and petroleum products. Determination of sulfur content by wavelength-dispersive X-ray fluorescence spectrometry | ||
19 | STB 1469-2004 | Crude oil and petroleum products. Determination of sulfur content by wavelength-dispersive X-ray fluorescence spectrometry | applicable until 01.01.2019 | |
20 |
GOST R | Petroleum products. Determination of sulfur by wavelength-dispersive X-ray fluorescence spectrometry | ||
21 | Benzene content by volume |
GOST ISO | Liquid petroleum products. Determination of hydrocarbon types and oxygenated compounds in motor gasoline and automotive ethanol fuel (E85) by multidimensional gas chromatography | |
22 |
STB ISO | Liquid petroleum products. Determination of hydrocarbon types and oxygenated compounds in motor gasoline by multidimensional gas chromatography | applicable until 01.01.2019 | |
23 |
GOST EN | Liquid petroleum products. Gasoline. Determination of benzene content by gas chromatography | ||
24 |
STB EN | Liquid petroleum products. Unleaded gasoline. Determination of benzene content by gas chromatography | applicable until 01.01.2019 | |
25 | ST RK 2051-2010 | Liquid petroleum products. Gasoline. Determination of benzene content by gas chromatography | applicable until 01.01.2019 | |
26 |
GOST R EN | Liquid petroleum products. Gasoline. Determination of benzene content by gas chromatography | applicable until 01.01.2019 | |
27 | GOST 29040-91 | Gasolines. Method for determination of benzene and total aromatic hydrocarbons content | ||
28 |
GOST | Motor gasolines and liquid hydrocarbon mixtures. Determination of individual hydrocarbon composition and hydrocarbon types by capillary gas chromatography (referee method from 01.01.2019) | ||
29 |
GOST R | Motor gasolines. Determination of individual hydrocarbon composition and hydrocarbon types by capillary gas chromatography (referee method) | applicable until 01.01.2019 | |
30 |
GOST | Motor and aviation gasolines. Determination of benzene by infrared spectroscopy | ||
31 |
GOST R | Motor and aviation gasolines. Determination of benzene by infrared spectroscopy | applicable until 01.01.2019 | |
32 | Oxygen content by mass |
GOST EN | Liquid petroleum products. Unleaded gasoline. Determination of organic oxygenated compounds and total organically bound oxygen content by gas chromatography using an oxygen-selective flame ionization detector (O-FID) | |
33 |
GOST EN | Liquid petroleum products. Unleaded gasoline. Determination of organic oxygenated compounds and total organically bound oxygen content by gas chromatography using an oxygen-selective flame ionization detector (O-FID) | applicable until 01.01.2019 | |
34 |
GOST R EN | Liquid petroleum products. Unleaded gasoline. Determination of organic oxygenated compounds and total organically bound oxygen content by gas chromatography using an oxygen-selective flame ionization detector (O-FID) | applicable until 01.01.2019 | |
35 |
STB EN | Petroleum products. Unleaded gasolines. Determination of organic oxygenated compounds and total oxygen content by gas chromatography (O-FID) | applicable until 01.06.2018 | |
36 |
GOST EN |
Liquid petroleum products. Unleaded gasoline. Determination of organic oxygenated compounds and total organically bound oxygen content by gas chromatography using column switching (referee method | ||
37 |
GOST R EN | Liquid petroleum products. Unleaded gasoline. Determination of organic oxygenated compounds and total organically bound oxygen content by gas chromatography using column switching (referee method) | applicable until 01.01.2019 | |
38 |
STB EN | Liquid petroleum products. Unleaded gasoline. Determination of organic oxygenated compounds and total organically bound oxygen content by gas chromatography using column switching | applicable until 01.06.2018 | |
39 |
GOST ISO | Liquid petroleum products. Determination of hydrocarbon types and oxygenated compounds in motor gasoline and automotive ethanol fuel (E85) by multidimensional gas chromatography | ||
40 |
STB ISO | Liquid petroleum products. Determination of hydrocarbon types and oxygenated compounds in motor gasoline by multidimensional gas chromatography | applicable until 01.01.2019 | |
41 | GOST 32338-2013 | Gasolines. Determination of MTBE, ETBE, TAME, DIPE, methanol, ethanol and tert-butanol by infrared spectroscopy | ||
42 |
GOST R | Gasolines. Determination of MTBE, ETBE, TAME, DIPE, methanol, ethanol and tert-butanol by infrared spectroscopy | applicable until 01.01.2019 | |
43 | Hydrocarbon content by volume: aromatic olefinic | GOST 32507-2013 | Motor gasolines and liquid hydrocarbon mixtures. Determination of individual hydrocarbon composition and hydrocarbon types by capillary gas chromatography (referee method from 01.01.2019) | |
44 |
GOST R | Motor gasolines. Determination of individual hydrocarbon composition and hydrocarbon types by capillary gas chromatography (referee method) | applicable until 01.01.2019 | |
45 | GOST 31872-2012 | Liquid petroleum products. Determination of hydrocarbon types by fluorescent indicator adsorption | ||
46 |
GOST R | Liquid petroleum products. Determination of hydrocarbon types by fluorescent indicator adsorption | applicable until 01.01.2019 | |
47 | STB 1539-2005 | Liquid petroleum products. Determination of hydrocarbon types by fluorescent indicator adsorption | applicable until 01.01.2019 | |
48 |
GOST ISO | Liquid petroleum products. Determination of hydrocarbon types and oxygenated compounds in motor gasoline and automotive ethanol fuel (E85) by multidimensional gas chromatography | ||
49 |
STB ISO | Liquid petroleum products. Determination of hydrocarbon types and oxygenated compounds in motor gasoline by multidimensional gas chromatography | applicable until 01.01.2019 | |
50 | Research octane number | GOST 32339-2013 | Petroleum products. Determination of knock characteristics of motor fuels. Research method (referee method from 01.01.2019) | |
51 | GOST R 52947-2008 (EN ISO 5164:2005) | Petroleum products. Determination of knock characteristics of motor fuels. Research method (referee method) |
applicable | |
52 |
ST RK ISO | Petroleum products. Determination of anti-knock properties of motor fuel. Research method |
applicable | |
53 |
STB ISO | Petroleum products. Determination of knock characteristics of automotive fuels. Research method |
applicable | |
54 | GOST 8226-2015 | Engine fuels. Research method for determination of octane number | ||
55 | GOST 8226-82 | Engine fuels. Research method for determination of octane number |
applicable | |
56 | Motor octane number (MON) | GOST 511-2015 | Engine fuels. Motor method for determination of octane number | |
57 | GOST 511-82 | Engine fuels. Motor method for determination of octane number |
applicable | |
58 | GOST 32340-2013 (ISO 5163:2005) | Petroleum products. Determination of knock characteristics of motor and aviation fuels. Motor method (referee method from 01.01.2019) | ||
59 |
GOST R | Petroleum products. Determination of knock characteristics of motor and aviation fuels. Motor method (referee method) |
applicable | |
60 |
ST RK ISO | Petroleum products. Determination of knock resistance of automotive and aviation fuel. Motor method |
applicable | |
61 | STB ISO 5163-2008 | Petroleum products. Determination of knock characteristics of automotive and aviation fuels. Motor method |
applicable | |
62 | Vapour pressure |
GOST EN | Liquid petroleum products. Part 1. Determination of air saturated vapor pressure (ASVP) and calculation of dry vapor pressure equivalent (DVPE) (referee method from 01.01.2019) | |
63 |
STB EN | Liquid petroleum products. Vapour pressure. Part 1. Determination of air saturated vapor pressure (ASVP) and calculated dry vapor pressure equivalent (DVPE) |
applicable | |
64 |
GOST R EN | Liquid petroleum products. Part 1. Determination of air saturated vapor pressure (ASVP) (referee method) |
applicable | |
65 | GOST 31874-2012 | Crude oil and petroleum products. Determination of vapour pressure by the Reid method | ||
66 | GOST 33117-2014 | Motor gasolines. Method for determination of vapour pressure of gasoline and gasoline blends with oxygenated additives (dry method) | ||
67 | GOST 33157-2014 | Petroleum products. Method for determination of vapour pressure (mini method) | ||
68 | GOST 1756-2000 | Petroleum products. Determination of vapour pressure | ||
69 | GOST 28781-90 | Crude oil and petroleum products. Method for determination of vapour pressure using an apparatus with mechanical dispersion | ||
70 | STB 1425-2003 | Petroleum products. Determination of vapour pressure by the Reid method | ||
71 | Oxygenate content by volume |
GOST EN | Liquid petroleum products. Unleaded gasoline. Determination of organic oxygenated compounds and total organically bound oxygen content by gas chromatography using an oxygen-selective flame ionization detector (O-FID) | |
72 |
GOST EN | Liquid petroleum products. Unleaded gasoline. Determination of organic oxygenated compounds and total organically bound oxygen content by gas chromatography using an oxygen-selective flame ionization detector (O-FID) | applicable until 01.01.2019 | |
73 |
STB EN | Petroleum products. Unleaded gasolines. Determination of organic oxygenated compounds and total oxygen content by gas chromatography (O-FID) | applicable until 01.06.2018 | |
74 |
GOST EN | Liquid petroleum products. Unleaded gasoline. Determination of organic oxygenated compounds and total organically bound oxygen content by gas chromatography using column switching (referee method) | ||
75 |
STB EN | Liquid petroleum products. Unleaded gasoline. Determination of organic oxygenated compounds and total organically bound oxygen content by gas chromatography using column switching | applicable until 01.06.2018 | |
76 |
GOST ISO | Liquid petroleum products. Determination of hydrocarbon types and oxygenated compounds in motor gasoline and automotive ethanol fuel (E85) by multidimensional gas chromatography | ||
77 |
STB ISO | Liquid petroleum products. Determination of hydrocarbon types and oxygenated compounds in motor gasoline by multidimensional gas chromatography | applicable until 01.01.2019 | |
78 | GOST 32338-2013 | Gasolines. Determination of MTBE, ETBE, TAME, DIPE, methanol, ethanol and tert-butanol by infrared spectroscopy | ||
79 |
GOST R | Gasolines. Determination of MTBE, ETBE, TAME, DIPE, methanol, ethanol and tert-butanol by infrared spectroscopy | applicable until 01.01.2019 | |
80 | Iron concentration | GOST 32514-2013 | Motor gasolines. Photocolorimetric method for determination of iron | |
81 |
GOST R | State system for ensuring the uniformity of measurements. Motor gasoline. Direct method for determination of lead, iron and manganese |
applicable | |
82 |
GOST R | Motor gasolines. Photocolorimetric method for determination of iron |
applicable | |
83 | Manganese concentration | GOST 33158-2014 | Gasolines. Determination of manganese by atomic absorption spectroscopy | |
84 |
GOST R | State system for ensuring the uniformity of measurements. Motor gasoline. Direct method for the determination of lead, iron and manganese |
applicable | |
85 |
GOST R | Gasolines. Determination of manganese by atomic absorption spectroscopy |
applicable | |
86 | Lead concentration |
GOST EN | Liquid petroleum products. Determination of low lead concentrations by atomic absorption spectrometry (referee method from 01.01.2019) | |
87 | STB EN 237-2005 | Liquid petroleum products. Petrol. Determination of low lead concentrations by atomic absorption spectrometry |
applicable | |
88 |
ST RK EN | Liquid petroleum products. Determination of low lead concentrations by atomic absorption spectrometry |
applicable | |
89 |
GOST R EN | Liquid petroleum products. Determination of low lead concentrations by atomic absorption spectrometry (referee method) |
applicable | |
90 | GOST 32350-2013 | Gasolines. Determination of lead by atomic absorption spectrometry | ||
91 | GOST R 8.783-2012 | State system for ensuring the uniformity of measurements. Motor gasoline. Direct method for determination of lead, iron and manganese |
applicable | |
92 | GOST R 51942-2010 | Gasolines. Determination of lead by atomic absorption spectrometry |
applicable | |
93 | GOST 28828-90 | Gasolines. Method for determination of lead | ||
94 | N-methylaniline content by volume | GOST 32515-2013 | Motor gasolines. Determination of N-methylaniline by capillary gas chromatography | |
95 | GOST R 54323-2011 | Motor gasolines. Determination of N–methylaniline by capillary gas chromatography |
applicable | |
II. Requirements for the characteristics of diesel fuel (Annex 3 to the Technical Regulation) | ||||
96 | Sulfur content (mass fraction) |
GOST ISO | Petroleum products. Determination of sulfur by ultraviolet fluorescence |
applicable |
97 |
GOST ISO | Petroleum products. Determination of sulfur by ultraviolet fluorescence | ||
98 | GOST R EN ISO 20846-2006 | Petroleum products. Determination of sulfur content of fuels for internal combustion engines. Ultraviolet fluorescence method |
applicable | |
99 |
STB ISO | Liquid petroleum products. Determination of sulfur content of automotive fuels by ultraviolet fluorescence |
applicable | |
100 |
GOST ISO | Petroleum products. Determination of sulfur content of fuels for internal combustion engines. Energy-dispersive X-ray fluorescence spectrometry | ||
101 |
STB 2141-2010 | Petroleum products. Determination of sulfur content of automotive fuels by energy-dispersive X-ray fluorescence spectrometry |
applicable | |
102 |
GOST ISO | Automotive fuels. Method for determination of sulfur content by wavelength-dispersive X-ray fluorescence spectrometry |
applicable | |
103 |
GOST ISO | Automotive fuels. Method for determination of sulfur content by wavelength-dispersive X-ray fluorescence spectrometry (referee method for Classes K4 and K5 from 01.01.2019) | ||
104 |
GOST R | Automotive fuels. Method for determination of sulfur content by wavelength-dispersive X-ray fluorescence spectrometry (referee method for Classes K4 and K5) |
applicable | |
105 |
GOST ISO | Petroleum products. Determination of sulfur content by energy-dispersive X-ray fluorescence spectrometry | ||
106 | ST RK ISO 8754:2004 | Petroleum products. Determination of sulfur content. Energy-dispersive X-ray fluorescence method |
applicable | |
107 |
GOST ISO | Petroleum products. Determination of sulfur content. Oxidative microcoulometry method | ||
108 | GOST 32139-2013 | Crude oil and petroleum products. Determination of sulfur content by energy-dispersive X-ray fluorescence spectrometry (referee method for Classes K2 and K3 from 01.01.2019) | ||
109 | GOST R 51947-2002 | Crude oil and petroleum products. Determination of sulfur by energy-dispersive X-ray fluorescence spectrometry (referee method for Classes K2 and K3) |
applicable | |
110 | STB 1420-2003 | Crude oil and petroleum products. Determination of sulfur content by X-ray fluorescence spectrometry |
applicable | |
111 | GOST 33194-2014 | Crude oil and petroleum products. Determination of sulfur content by wavelength-dispersive X-ray fluorescence spectrometry | ||
112 | STB 1469-2004 | Crude oil and petroleum products. Determination of sulfur content by wavelength-dispersive X-ray fluorescence spectrometry |
applicable | |
113 | GOST 32403-2013 | Petroleum products. Determination of sulfur content (lamp method) | ||
114 | Closed-cup flash point |
GOST ISO | Petroleum products and other liquids. Methods for determination of flash point using the Pensky-Martens closed-cup apparatus (referee method from 01.01.2019) | |
115 |
GOST ISO | Petroleum products. Methods for determination of flash point by Pensky-Martens closed cup (referee method) |
applicable | |
116 | GOST R EN ISO 2719- 2008 | Petroleum products. Methods for determination of flash point by Pensky-Martens closed cup |
applicable | |
117 |
STB ISO | Method for determination of flash point using the Pensky-Martens closed-cup apparatus |
applicable | |
118 |
GOST ISO | Petroleum products and other liquids. Rapid equilibrium closed-cup method for determination of flash point | ||
119 |
GOST ISO | Petroleum products and other liquids. Rapid equilibrium closed-cup method for determination of flash point |
applicable | |
120 |
GOST ISO | Petroleum products and other liquids. Determination of closed-cup flash point by the Abel method | ||
121 | GOST 6356-75 | Petroleum products. Method for determination of closed-cup flash point | ||
122 | ST RK ASTM D 3828-2013 | Methods for determination of flash point by small-scale closed-cup tester | ||
123 | Distillation characteristics |
GOST ISO | Petroleum products. Determination of distillation characteristics at atmospheric pressure | |
124 | GOST R EN ISO 3405-2007 | Petroleum products. Method for determination of distillation characteristics at atmospheric pressure |
applicable | |
125 |
STB ISO | Petroleum products. Method for determination of distillation characteristics at atmospheric pressure |
applicable | |
126 |
STB 1934-2015 | Petroleum products. Method for determination of distillation characteristics at atmospheric pressure |
applicable | |
127 | GOST 33098-2014 | Petroleum products. Method for determination of distillation characteristics at atmospheric pressure | ||
128 | GOST 2177-99 |
Petroleum products. Methods for determination of distillation characteristics | ||
129 | Mass fraction of polycyclic aromatic hydrocarbons |
GOST EN | Petroleum products. Determination of aromatic hydrocarbon types in middle distillates. High-performance liquid chromatography method with refractive index detection (referee method from 01.01.2019) | |
130 |
GOST EN | Petroleum products. Determination of aromatic hydrocarbon types in middle distillates. High-performance liquid chromatography method with detection by index |
applicable | |
131 |
GOST R EN | Petroleum products. Determination of aromatic hydrocarbon types in middle distillates. High-performance liquid chromatography method with refractive index detection (referee method) |
applicable | |
132 |
STB EN | Petroleum products. Determination of aromatic hydrocarbon types in middle distillates. High-performance liquid chromatography method with refractive index detection |
applicable | |
133 | Cetane number |
GOST ISO | Petroleum products. Ignition quality of diesel fuels. Determination of cetane number by the engine method | |
134 |
STB ISO | Petroleum products. Determination of the ignition quality of diesel fuels. Determination of cetane number by the engine method |
applicable | |
135 |
GOST EN | Liquid petroleum products. Middle distillate fuels. Method for determination of ignition delay and derived cetane number (DCN) by combustion in a constant volume chamber | ||
136 |
GOST R EN | Liquid petroleum products. Middle distillate fuels. Method for determination of ignition delay and derived cetane number (DCN) by combustion in a constant volume chamber |
applicable | |
137 | GOST 32508-2013 | Diesel fuels. Determination of cetane number (referee method from 01.01.2019) | ||
138 |
GOST R | Diesel fuels. Determination of cetane number (referee method) |
applicable | |
139 | GOST 3122-67 | Diesel fuels. Method for determination of cetane number | ||
140 | Lubricity |
GOST ISO | Diesel fuel. Determination of lubricity using the high-frequency reciprocating rig (HFRR). Part 1. Test method (referee method from 01.01.2019) | |
141 |
ST RK ISO | Diesel fuel. Assessment of lubricity using the high-frequency reciprocating rig (HFRR). Part 1. Test method |
applicable | |
142 | GOST R ISO 12156-1-2006 | Diesel fuel. Determination of lubricity using the high-frequency reciprocating rig (HFRR). Part 1. Test method (referee method) |
applicable | |
143 |
STB ISO | Diesel fuel. Assessment of lubricity using the high-frequency reciprocating rig (HFRR). Part 1. Test method |
applicable | |
144 | ST RK ASTM D 6079-2010 | Method for determination of the lubricity of diesel fuels | ||
145 | Cold filter plugging point (CFPP) |
GOST EN | Diesel fuels and domestic heating oils. Method for determination of cold filter plugging point (referee method) | |
146 | STB EN 116-2002 | Diesel fuel and domestic heating oil. Method for determination of cold filter plugging point |
applicable | |
147 | GOST 22254-92 | Diesel fuel. Method for determination of cold filter plugging point | ||
148 | Fatty acid methyl ester content (by volume) |
GOST EN | Liquid petroleum products. Determination of fatty acid methyl esters in middle distillates. Infrared spectrometry method | |
149 |
GOST R EN | Liquid petroleum products. Determination of fatty acid methyl esters (FAME) in middle distillates by infrared spectroscopy |
applicable | |
150 |
STB EN | Liquid petroleum products. Determination of fatty acid methyl ester (FAME) content in middle distillates by infrared spectrometry |
applicable | |
151 |
ST RK EN | Liquid petroleum products Determination of fatty acid methyl ester content in middle distillates. Infrared spectrometry method |
applicable | |
III. Requirements for the characteristics of fuel oil (Annex 4 to the Technical Regulation) | ||||
152 | Sulfur content (mass fraction) |
GOST ISO | Petroleum products. Determination of sulfur content. Oxidative microcoulometry method | |
153 |
GOST ISO | Petroleum products. Determination of sulfur content by energy-dispersive X-ray fluorescence spectrometry | ||
154 | GOST 32139-2013 | Crude oil and petroleum products. Determination of sulfur content by energy-dispersive X-ray fluorescence spectrometry (referee method from 01.01.2019) | ||
155 |
GOST R | Crude oil and petroleum products. Determination of sulfur by energy-dispersive X-ray fluorescence spectrometry (referee method) | applicable until 01.01.2019 | |
156 | STB 1420-2003 | Crude oil and petroleum products. Determination of sulfur content by X-ray fluorescence spectrometry | applicable until 01.01.2019 | |
157 | GOST 1437-75 | Dark petroleum products. Rapid method for determination of sulfur | ||
158 | Open-cup flash point | GOST 4333-2014 (ISO 2592:2000) | Petroleum products. Methods for determination of open-cup flash point and fire point (referee method) | |
159 | GOST 4333-87 | Petroleum products. Methods for determination of open-cup flash point and fire point (referee method) | applicable until 01.01.2019 | |
160 |
STB ISO | Petroleum products. Determination of flash point and fire point in an open-cup apparatus by the Cleveland method | ||
161 | STB 1651-2006 | Petroleum products. Determination of flash point and fire point in an open-cup apparatus by the Cleveland method | ||
162 | Closed-cup flash point |
GOST ISO | Petroleum products and other liquids. Methods for determination of flash point in a Pensky-Martens closed-cup apparatus (referee method from 01.01.2019) | |
163 |
GOST ISO | Petroleum products. Methods for determination of flash point in a Pensky-Martens closed cup (referee method) | applicable until 01.01.2019 | |
164 | GOST 33192-2014 | Petroleum products and other liquids. Method for determination of flash point in a Tag closed-cup apparatus | ||
165 | GOST 6356-75 | Petroleum products. Method for determination of closed-cup flash point | ||
166 | Yield of fraction distilling up to 350ºC | GOST 33359-2015 | Residual fuels. Determination of straight-run character. Determination of the distillation curve at a pressure of 0,133 kPa (1 mm Hg) | |
167 | ST RK ASTM D 1160-2010 | Determination of distillation characteristics of heavy and residual petroleum products | ||
168 | STB 1559-2005 | Petroleum products. Method for determination of distillation characteristics at reduced pressure | ||
169 | Hydrogen sulfide content | GOST 32505-2013 | Liquid petroleum fuels. Determination of hydrogen sulfide (referee method from 01.01.2019) | |
170 |
GOST R | Liquid fuels. Determination of hydrogen sulfide. (referee method) | applicable until 01.01.2019 | |
171 | GOST 33198-2014 | Petroleum fuels. Determination of hydrogen sulfide content. Rapid liquid-phase extraction methods | ||
IV. Requirements for the characteristics of jet fuel (Annex 5 to the Technical Regulation) | ||||
172 | Kinematic viscosity at a temperature of minus 40°C | GOST 31391-2009 | Petroleum products. Transparent and opaque liquids. Method for determination of kinematic viscosity and calculation of dynamic viscosity | |
173 | GOST 33-2000 (ISO 3104-94) | Petroleum products. Transparent and opaque liquids. Determination of kinematic viscosity and calculation of dynamic viscosity | ||
174 | STB 1798-2007 | Petroleum products. Transparent and opaque liquids. Method for determination of kinematic viscosity and calculation of dynamic viscosity |
applicable | |
175 | Kinematic viscosity at a temperature of minus 20°C | GOST 31391-2009 | Petroleum products. Transparent and opaque liquids. Method for determination of kinematic viscosity and calculation of dynamic viscosity | |
176 | GOST 33-2000 (ISO 3104-94) | Petroleum products. Transparent and opaque liquids. Determination of kinematic viscosity and calculation of dynamic viscosity | ||
177 | СТБ 1798-2007 | Petroleum products. Transparent and opaque liquids. Method for determination of kinematic viscosity and calculation of dynamic viscosity | applicable until 01.01.2019 | |
178 | Crystallization onset temperature | GOST 32402-2013 | Aviation fuels. Determination of crystallization point by automatic laser method | |
179 | GOST 33195-2014 | Aviation fuels. Determination of crystallization point | ||
180 | GOST 33197-2014 | Aviation fuels. Determination of crystallization point by automatic phase transition method | ||
181 | GOST 5066-91 (ИСО 3013-74) | Motor fuels. Methods for determination of cloud point, crystallization onset temperature and crystallization point (method B is the referee method) | ||
182 | СТ РК АСТМ Д 7154-2011 | Method for determination of the freezing point of aviation fuel (automatic fiber optic method) | ||
183 | Freezing point | GOST 33195-2014 | Aviation fuels. Determination of crystallization point | |
184 | STB 1633-2006 | Aviation fuels. Determination of crystallization point | applicable until 01.01.2019 | |
185 | STB 1615-2006 | Aviation fuels. Method for determination of crystallization point (automatic phase transition method) | applicable until 01.01.2019 | |
186 | GOST 32402-2013 | Aviation fuels. Determination of crystallization point by automatic laser method | ||
187 | STB 2009-2009 | Aviation fuels. Determination of crystallization point by automatic laser method | applicable until 01.01.2019 | |
188 | GOST 5066-91 (ISO 3013-74) | Motor fuels. Methods for determination of cloud point, crystallization onset temperature and crystallization point (referee method) | ||
189 | GOST R 52332-2005 | Aviation fuels. Determination of crystallization point by automatic phase transition method | ||
190 | ST RK ASTM D 7154-2011 | Method for determination of freezing point of aviation fuel (automatic fiber optical method) | ||
191 | ST RK 2418-2013 | Determination of freezing point of aviation fuels (Automatic phase transition method) | ||
192 | ST RK 2415-2013 | Method for determination of freezing point of aviation fuels | ||
193 | Particulate contamination and water content | GOST 32401-2013 | Aviation fuels. Method for determination of particulate contamination | |
194 | GOST 33196-2014 | Distillate fuels. Determination of free water and particulate contamination by visual method | ||
195 | STB 1634-2006 | Distillate fuels. Determination of free water and particulate contamination by visual method |
applicable | |
196 | clause 7.3 of GOST 10227-2013 | Jet fuel. Specifications | ||
197 | clause 4.5 of GOST 10227-86 | Jet fuels. Specifications |
applicable | |
198 | ST RK EN 12662-2011 | Liquid petroleum products. Method for determination of particulate contamination in middle distillates | ||
199 | Distillation characteristics | GOST ISO 3405-2013 | Petroleum products. Method for determination of distillation characteristics at atmospheric pressure | |
200 | GOST R EN ISO 3405-2007 | Petroleum products. Method for determination of distillation characteristics at atmospheric pressure |
applicable | |
201 |
STB ISO | Petroleum products. Method for determination of distillation characteristics at atmospheric pressure |
applicable | |
202 | STB 1934-2015 | Petroleum products. Method for determination of distillation characteristics at atmospheric pressure |
applicable | |
203 | GOST 33098-2014 | Petroleum products. Method for determination of distillation characteristics at atmospheric pressure | ||
204 | GOST 2177-99 | Petroleum products. Methods for determination of distillation characteristics (method A – referee method) | ||
205 | Smoke point | GOST 33193-2014 | Aviation turbine fuels and kerosene. Determination of maximum smoke point | |
206 | GOST 4338-91 | Aviation turbine fuel. Determination of maximum smoke point | ||
207 | ST RK ASTM D 1322-2013 | Method for determination of smoke point of kerosene and aviation turbine fuel | ||
208 | Closed-cup flash point |
GOST ISO | Petroleum products and other liquids. Methods for determination of flash point in a Pensky-Martens closed-cup apparatus | |
209 |
GOST ISO | Petroleum products. Methods for determination of flash point by Pensky-Martens closed cup |
applicable | |
210 |
GOST ISO | Petroleum products and other liquids. Determination of closed-cup flash point by the Abel method | ||
211 |
STB ISO | Petroleum products and other liquids. Determination of closed-cup flash point by the Abel method |
applicable | |
212 |
GOST ISO | Petroleum products and other liquids. Rapid equilibrium method for determination of closed-cup flash point | ||
213 |
GOST ISO | Petroleum products and other liquids. Rapid equilibrium method for determination of closed-cup flash point |
applicable | |
214 | GOST 33192-2014 | Petroleum products. Method for determination of flash point in a Tag closed-cup apparatus | ||
215 | STB 1576-2005 | Petroleum products. Method for determination of flash point in a Tag closed-cup apparatus |
applicable | |
216 | GOST 6356-75 | Petroleum products. Method for determination of closed-cup flash point | ||
217 | ST RK ASTM D 3828-2013 | Methods for determination of flash point by small scale closed cup tester | ||
218 | ST RK 2424-2013 | Method for determination of flash point by Tag closed cup tester | ||
219 | GOST 31872-2012 | Liquid petroleum products. Determination of hydrocarbon types by fluorescent indicator adsorption method (referee method) | ||
220 |
GOST R | Liquid petroleum products. Determination of hydrocarbon types by fluorescent indicator adsorption method |
applicable | |
221 | STB 1539-2005 | Liquid petroleum products. Determination of hydrocarbon types by fluorescent indicator adsorption method |
applicable | |
222 | Aromatic hydrocarbon content by mass |
GOST EN | Petroleum products. Determination of aromatic hydrocarbon types in middle distillates. High performance liquid chromatography method with refractive index detection | |
223 |
GOST EN | Petroleum products. Determination of aromatic hydrocarbon types in middle distillates. High performance liquid chromatography method with refractive index detection | applicable until 01.01.2019 | |
224 |
STB EN | Petroleum products. Determination of aromatic hydrocarbon types in middle distillates. High performance liquid chromatography method with refractive index detection | applicable until 01.01.2018 | |
225 | STB 1539-2005 | Liquid petroleum products. Determination of hydrocarbon types by fluorescent indicator adsorption method | applicable until 01.01.2019 | |
226 | GOST 6994-74 | Light petroleum products. Method for determination of aromatic hydrocarbons | ||
227 | Existent gum concentration | GOST 32404-2013 | Petroleum products. Method for determination of existent gum concentration by jet evaporation | |
228 | STB 1652-2006 | Petroleum products. Determination of gum content in fuels by jet evaporation method | applicable until 01.01.2019 | |
229 | GOST 1567-97 (ISO 6246-95) | Petroleum products. Motor gasolines and aviation fuels. Method for determination of gums by jet evaporation | applicable until 01.01.2019 | |
230 | Total sulfur content by mass | STB 1469-2004 | Crude oil and petroleum products. Determination of sulfur content by wavelength-dispersive X-ray fluorescence spectrometry | applicable until 01.01.2019 |
231 | GOST ISO 20846-2012 | Petroleum products. Determination of sulfur by ultraviolet fluorescence method | applicable until 01.01.2019 | |
232 | GOST ISO 20846-2016 | Petroleum products. Determination of sulfur by ultraviolet fluorescence method | ||
233 | GOST ISO 20884-2012 | Automotive fuels. Method for determination of sulfur content by wavelength-dispersive X-ray fluorescence spectrometry | applicable until 01.01.2019 | |
234 | GOST ISO 20884-2016 | Automotive fuels. Determination of sulfur content by wavelength-dispersive X-ray fluorescence spectrometry | ||
235 | GOST ISO 16591-2015 | Petroleum products. Determination of sulfur content. Oxidative microcoulometry method | ||
236 | GOST ISO 8754-2013 | Petroleum products. Determination of sulfur content by energy-dispersive X-ray fluorescence spectrometry | ||
237 | GOST 32139-2013 | Crude oil and petroleum products. Determination of sulfur content by energy-dispersive X-ray fluorescence spectrometry (referee method from 01.01.2019) | ||
238 | GOST R 51947-2002 | Crude oil and petroleum products. Determination of sulfur by energy-dispersive X-ray fluorescence spectrometry (referee method) | applicable until 01.01.2019 | |
239 | STB 1420-2003 | Crude oil and petroleum products. Determination of sulfur content by X-ray fluorescence spectrometry | applicable until 01.01.2019 | |
240 | GOST 32403-2013 | Petroleum products. Determination of sulfur content (lamp method) | ||
241 | GOST 33194-2014 | Crude oil and petroleum products. Determination of sulfur content by wavelength-dispersive X-ray fluorescence spectrometry | ||
242 |
GOST R | Petroleum products. Determination of sulfur by the lamp method | ||
243 | ST RK 2412-2013 | Determination of sulfur by wavelength-dispersive X-ray fluorescence spectrometry | ||
244 | STB ISO 14596-2002 | Petroleum products. Determination of sulfur content by X-ray fluorescence spectrometry | ||
245 | Mercaptan sulfur content (mass fraction) | GOST 32462-2013 | Liquid petroleum products. Potentiometric method for determination of mercaptan sulfur (referee method from 01.01.2019) | |
246 | GOST R 52030-2003 | Petroleum products. Potentiometric method for determination of mercaptan sulfur (referee method) | applicable until 01.01.2019 | |
247 | GOST 17323-71 | Engine fuel. Method for determination of mercaptan and hydrogen sulfide sulfur by potentiometric titration | ||
248 | ST RK ASTM D 3227-2011 | Potentiometric method for determination of mercaptan (thiol) sulfur in gasoline, kerosene, aviation turbine and distillate fuels | ||
249 | ST RK 1751-2008 | Oil and gas industry. Method for testing mercaptan sulfur in petroleum products | ||
250 | Thermal oxidation stability at control temperature | GOST 33848-2016 | Aviation turbine fuels. Method for determination of thermal oxidation stability | |
251 | STB 1665-2012 | Aviation fuels for gas turbine engines. Method for determination of thermal oxidation stability | applicable until 01.01.2019 | |
252 | ST RK ASTM D 3241-2011 | Method for determination of thermal oxidation stability of aviation turbine fuels (jftot apparatus method) | applicable until 01.01.2019 | |
253 | ST RK GB/T 9169-2013 | Petroleum products. Determination of thermal oxidation stability of gas turbine fuels. JFTOT method | applicable until 01.01.2019 | |
254 |
GOST R | Petroleum products. Determination of thermal oxidation stability of gas turbine fuels | applicable until 01.01.2019 | |
255 | Filter pressure drop | GOST 33848-2016 | Aviation turbine fuels. Method for determination of thermal oxidation stability | |
256 | STB 1665-2012 | Aviation fuels for gas turbine engines. Method for determination of thermal oxidation stability | applicable until 01.01.2019 | |
257 | ST RK ASTM D 3241-2011 | Method for determination of thermal oxidation stability of aviation turbine fuels (jftot apparatus method) | applicable until 01.01.2019 | |
258 |
ST RK GB/T | Petroleum products. Determination of thermal oxidation stability of gas turbine fuels. JFTOT method | applicable until 01.01.2019 | |
259 |
GOST R | Petroleum products. Determination of thermal oxidation stability of gas turbine fuels | applicable until 01.01.2019 | |
260 | Tube deposit rating (in the absence of abnormal deposits) | GOST 33848-2016 | Aviation turbine fuels. Method for determination of thermal oxidation stability | |
261 | STB 1665-2012 | Aviation fuels for gas turbine engines. Method for determination of thermal oxidation stability | applicable until 01.01.2019 | |
262 | ST RK ASTM D 3241-2011 | Method for determination of thermal oxidation stability of aviation turbine fuels (jftot apparatus method) | applicable until 01.01.2019 | |
263 |
ST RK GB/T | Petroleum products. Determination of thermal oxidation stability of gas turbine fuels. JFTOT method | applicable until 01.01.2019 | |
264 |
GOST R | Petroleum products. Determination of thermal oxidation stability of gas turbine fuels | applicable until 01.01.2019 | |
265 | Electrical conductivity | GOST 33461-2015 | Aviation and distillate fuels. Methods for determination of electrical conductivity | |
266 | GOST 25950-83 | Jet fuel with antistatic additive. Method for determination of electrical conductivity | ||
267 | ST RK 2416-2013 | Method for determination of electrical conductivity of aviation and distillate fuels | ||
V. Requirements for the characteristics of aviation gasoline (Annex 6 to the Technical Regulation) | ||||
268 | Octane number (motor method) | GOST 511-2015 | Engine fuel. Motor method for determination of octane number | |
269 | GOST 511-82 | Engine fuels. Motor method for determination of octane number | applicable until 01.01.2019 | |
270 | GOST 32340-2013 (ISO 5163:2005) | Petroleum products. Determination of knock characteristics of motor and aviation fuels. Motor method (referee method from 01.01.2019) | ||
271 |
GOST R | Petroleum products. Determination of knock characteristics of motor and aviation fuels. Motor method (referee method) | ||
272 | Performance number (rich mixture) | GOST 3338-2015 | Aviation gasoline. Method for determination of rich-mixture performance number | |
273 | GOST 3338-68 | Aviation gasolines. Method for determination of rich-mixture performance number | applicable until 01.05.2018 | |
274 | Crystallization onset temperature | GOST 33195-2014 | Aviation fuels. Determination of crystallization point | |
275 | GOST 33197-2014 | Aviation fuels. Determination of crystallization point by the automatic phase transition method | ||
276 | GOST 5066-91 (ISO 3013-74) | Motor fuels. Methods for determination of cloud point, crystallization onset temperature and crystallization point | ||
277 | Particulate contamination and water content |
clause 9.5 | Aviation gasolines. Specifications | |
278 |
clause 2.6 | Aviation gasolines. Specifications | applicable until 01.01.2019 | |
279 | GOST 32401-2013 | Aviation fuels. Method for determination of particulate contamination | ||
280 | Color |
clause 9.5 | Aviation gasolines. Specifications | |
281 |
clause 2.6 | Aviation gasolines. Specifications | applicable until 01.01.2019 | |
282 | GOST 33092-2014 | Petroleum products. Determination of color by automatic tristimulus spectrophotometer | ||
283 | Vapour pressure |
GOST EN | Liquid petroleum products. Part 1. Determination of air saturated vapor pressure (ASVP) and calculation of dry vapor pressure equivalent (DVPE) | |
284 | GOST 33157-2014 | Petroleum products. Method for determination of vapour pressure (mini method) | ||
285 | GOST 31874-2012 | Crude oil and petroleum products. Determination of vapour pressure by the Reid method | ||
286 | GOST 1756-2000 | Petroleum products. Determination of vapour pressure | ||
287 | Distillation characteristics |
GOST ISO | Petroleum products. Determination of distillation characteristics at atmospheric pressure | |
288 | GOST R EN ISO 3405-2007 | Petroleum products. Method for determination of distillation characteristics at atmospheric pressure | applicable until 01.01.2019 | |
289 | GOST 2177-99 | Petroleum products. Methods for determination of distillation characteristics (method A is the referee method) | ||
290 | GOST 33098-2014 | Petroleum products. Method for determination of distillation characteristics at atmospheric pressure | ||
291 | STB 1934-2015 | Petroleum products. Method for determination of distillation characteristics at atmospheric pressure | ||
292 | Existent gum content | GOST 32404-2013 | Petroleum products. Method for determination of existent gum concentration by jet evaporation | |
293 | GOST 1567-97 | Petroleum products. Motor gasolines and aviation fuels. Method for determination of gums by jet evaporation | applicable until 01.01.2019 | |
294 | Total sulfur content by mass |
GOST ISO | Petroleum products. Determination of sulfur content by energy-dispersive X-ray fluorescence spectrometry | |
295 |
GOST ISO | Automotive fuels. Method for determination of sulfur content by wavelength-dispersive X-ray fluorescence spectrometry | applicable until 01.01.2019 | |
296 |
GOST ISO | Automotive fuels. Method for determination of sulfur content by wavelength-dispersive X-ray fluorescence spectrometry | ||
297 |
GOST ISO | Petroleum products. Determination of sulfur by ultraviolet fluorescence | applicable until 01.01.2019 | |
298 |
GOST ISO | Petroleum products. Determination of sulfur by ultraviolet fluorescence | ||
299 |
GOST ISO | Petroleum products. Determination of sulfur content. Oxidative microcoulometry method | ||
300 | GOST 32139-2013 | Crude oil and petroleum products. Determination of sulfur by energy-dispersive X-ray fluorescence spectrometry (referee method from 01.01.2019) | ||
301 |
GOST R | Crude oil and petroleum products. Determination of sulfur by energy-dispersive X-ray fluorescence spectrometry (referee method) | applicable until 01.01.2019 | |
302 | GOST 33194-2014 | Crude oil and petroleum products. Determination of sulfur content by wavelength-dispersive X-ray fluorescence spectrometry | ||
303 | GOST 32403-2013 | Petroleum products. Determination of sulfur content (lamp method) | ||
304 | GOST 19121-73 | Petroleum products. Method for determination of sulfur content by lamp combustion | ||
305 | GOST 3877-88 | Petroleum products. Method for determination of sulfur by combustion in a calorimetric bomb | ||
306 |
GOST R | Petroleum products. Determination of sulfur by the lamp method | ||
VI. Requirements for the characteristics of marine fuel (Annex 7 to the Technical Regulation) | ||||
307 | Sulfur content (mass fraction) |
GOST ISO | Petroleum products. Determination of sulfur content by energy-dispersive X-ray fluorescence spectrometry | |
308 |
GOST ISO | Petroleum products. Determination of sulfur by ultraviolet fluorescence | applicable until 01.01.2019 | |
309 |
GOST ISO | Petroleum products. Determination of sulfur by ultraviolet fluorescence | ||
310 |
GOST ISO | Petroleum products. Determination of sulfur content. Oxidative microcoulometry method | ||
311 | GOST 32139-2013 | Crude oil and petroleum products. Determination of sulfur content by energy-dispersive X-ray fluorescence spectrometry (referee method from 01.01.2019) | ||
312 |
GOST R | Crude oil and petroleum products. Determination of sulfur by energy-dispersive X-ray fluorescence spectrometry (referee method) | applicable until 01.01.2019 | |
313 | STB 1420-2003 | Crude oil and petroleum products. Determination of sulfur content by X-ray fluorescence spectrometry | applicable until 01.01.2019 | |
314 | GOST 33194-2014 | Crude oil and petroleum products. Determination of sulfur content by wavelength-dispersive X-ray fluorescence spectrometry | ||
315 | GOST 32403-2013 | Petroleum products. Determination of sulfur content (lamp method) | ||
316 | GOST 19121-73 | Petroleum products. Method for determination of sulfur content by lamp combustion | ||
317 | GOST 3877-88 | Petroleum products. Method for determination of sulfur by combustion in a calorimetric bomb | ||
318 | GOST 1437-75 | Dark petroleum products. Rapid method for determination of sulfur | ||
319 | STB 1469-2004 | Crude oil and petroleum products. Determination of sulfur content by wavelength-dispersive X-ray fluorescence spectrometry | applicable until 01.01.2019 | |
320 | Closed-cup flash point |
GOST ISO | Petroleum products and other liquids. Methods for determination of flash point in a Pensky-Martens closed-cup apparatus (referee method from 01.01.2019) | |
321 |
GOST ISO | Petroleum products. Methods for determination of flash point in a Pensky-Martens closed cup | applicable until 01.01.2019 | |
322 | GOST R EN ISO 2719-2008 | Petroleum products. Methods for determination of flash point in a Pensky-Martens closed cup (referee method) | applicable until 01.01.2019 | |
323 |
STB ISO | Method for determination of flash point using a Pensky-Martens closed-cup apparatus | applicable until 01.01.2019 | |
324 |
GOST ISO | Petroleum products and other liquids. Rapid equilibrium closed-cup method for determination of flash point | ||
325 | GOST ISO 3679-2014 | Petroleum products and other liquids. Rapid equilibrium closed-cup method for determination of flash point | applicable until 01.01.2019 | |
326 | GOST ISO 13736-2009 | Petroleum products and other liquids. Determination of closed-cup flash point by the Abel method | ||
327 | GOST 6356-75 | Petroleum products. Method for determination of closed-cup flash point | ||
328 | Sampling | GOST 31873-2012 | Crude oil and petroleum products. Manual sampling methods | |
329 | STB ISO 3170-2004 | Liquid petroleum products. Manual sampling methods | applicable until 01.01.2019 | |
330 | GOST 2517-2012 | Crude oil and petroleum products. Sampling methods | ||
331 | GOST 2517-85 | Crude oil and petroleum products. Sampling methods | applicable until 01.01.2018 | ". |
