Other norms

FR.1.29.2014.19153
FR.1.29.2014.19153
Volume of produced water. Measurement method of measuring the amount of water at the pumping station of internal pumping DNS-3 Mishkinskoye oil field. МН 490-2014
FR.1.29.2014.19159
FR.1.29.2014.19159
Mass of crude oil. Measurement technique based on indirect static measurement method in automobile tanks in VCNG. MSCL.0279M-2014
FR.1.29.2014.19161
FR.1.29.2014.19161
Mass flow and mass of superheated steam. Measurement technique with a measuring complex with a standard narrowing device at the thermal point of the object "External thermal networks of CHPP-2-Complex" Taneco OJSC, steam 15 par steam pipe No. 1
FR.1.29.2014.19162
FR.1.29.2014.19162
Mass flow and mass of superheated steam. Measurement technique with a measuring complex with a standard narrowing device at the thermal point of the object "External thermal networks of CHPP-2-Complex" OJSC "Taneco" steam 15 par steam pipe No. 2
FR.1.29.2014.19163
FR.1.29.2014.19163
Mass flow and mass of superheated steam. Measurement technique with a measuring complex with a standard narrowing device at the thermal point of the object "External thermal networks of CHPP-2-Complex" OJSC "Taneco" steam 15 par steam pipe No. 4
FR.1.29.2014.19164
FR.1.29.2014.19164
Mass flow and mass of superheated steam. Measurement technique with a measuring complex with a standard narrowing device at a thermal point of the object "External thermal networks of CHPP-2-Complex" Taneko OJSC, steam 30 par steam line No. 1
FR.1.29.2014.19165
FR.1.29.2014.19165
Mass flow and mass of superheated steam. Measurement technique with a measuring complex with a standard narrowing device at a thermal point of the object "External thermal networks of CHPP-2-Complex" Taneko OJSC, steam 30, steam pipe No. 2
FR.1.29.2014.19166
FR.1.29.2014.19166
Mass flow and mass of superheated steam. Measurement technique with a measuring complex with a standard narrowing device at the thermal point of the object "External thermal networks of CHPP-2-Complex" OJSC "Taneco" steam 45 steam pipe No. 1
FR.1.29.2014.19167
FR.1.29.2014.19167
Mass flow and mass of superheated steam. Measurement technique with a measuring complex with a standard narrowing device at the thermal point of the object "External thermal networks of CHPP-2-Complex" OJSC "Taneco" steam 45 steam pipe No. 2
FR.1.29.2014.19168
FR.1.29.2014.19168
Volumetric flow rate and volume of natural and dry stripped gas. Methods of measuring the measurement system of the amount and parameters of dry stripped gas transmitted to the gas pipeline of OOO Gazprom Transgaz Samara, and natural gas received from the
FR.1.29.2014.19169
FR.1.29.2014.19169
Volumetric flow rate and volume of free oil gas. Methods of measuring the system for measuring the quantity and parameters of free oil gas for Vostsibneftegaz OJSC
FR.1.29.2014.19170
FR.1.29.2014.19170
Mass of petroleum products. Methods of measuring the system of measuring the amount of petroleum products in bulk in tank trucks and tank containers
FR.1.29.2014.19171
FR.1.29.2014.19171
Mass of petroleum products. Methods of measurement measurement and control system for commercial accounting and management of reservoir fleets TRL
FR.1.29.2014.19172
FR.1.29.2014.19172
Mass of petroleum products. Methods of measurement by measuring complexes ASN-5VG at the facilities of JSC Mostransnefteprodukt
FR.1.29.2014.19173
FR.1.29.2014.19173
Consumption and mass of oil. Methodology (method) of measurements by the quantity measurement system and quality indicators No. 244 of Orenburgneft OJSC at PSP "Krotovka"
FR.1.29.2014.19174
FR.1.29.2014.19174
Mass flow and mass of crude oil. Measurement techniques by measuring-computing complexes of technological metering of mass flow and crude oil mass of a type of CCU based on mass flow meters of Promass 40E and Promass 80E
FR.1.29.2014.19175
FR.1.29.2014.19175
Mass flow and mass of crude oil. Methods of measurement by measuring-computing complexes of technological metering of mass flow and crude oil mass of a type of CBS
FR.1.29.2014.19178
FR.1.29.2014.19178
Water flow and mass. Methods of measurement of mass flow and mass of water by commercial metering unit CPV No. 3 Western input (left conduit) of JSC Tevis
FR.1.29.2014.19179
FR.1.29.2014.19179
Water flow and mass. Methods of measurement of mass flow and mass of water by commercial metering station CPI No. 3 Western input (right conduit) of JSC Tevis
FR.1.29.2014.19205
FR.1.29.2014.19205
Mass flow and mass of superheated steam. Measurement technique with a measuring complex with a standard narrowing device at the thermal point of the object "External thermal networks of CHPP-2-Complex" OJSC "Taneko" steam 15 par steam pipe No. 3
FR.1.31.2014.16810
FR.1.31.2014.16810
Р 7б/82-2009 Methods of measuring the mass concentration of alcohols (methyl, ethyl, butyl, isopropyl, isobutyl, isoamyl) and acetone in liquid and solid wastes of production and consumption, precipitations by gas chromatography [Replaced with FR.1.31. 20
FR.1.31.2014.16811
FR.1.31.2014.16811
Р 7б/80-2009 Methods of measuring the mass concentration of aniline in waste and natural waters by photometric method with α-naphthol [Replaced by FR.1.31.2009.05878 according to the letter of the Public Organization for Volgograd region "CEC" Ref. No. 67
FR.1.31.2014.16812
FR.1.31.2014.16812
Р 7б/81-2009 Methods for measuring the mass concentration of organochlorine and aromatic compounds (methyl chloride, methylene chloride, vinyl chloride, vinylidene chloride, 1, 2-dichloroethane, carbon tetrachloride, chloroform, trichloroethylene, trichlo
FR.1.31.2014.16814
FR.1.31.2014.16814
SIMS-002
FR.1.31.2014.16815
FR.1.31.2014.16815
SIMS-001
FR.1.31.2014.16816
FR.1.31.2014.16816
MVI № 2. Gas-chromatographic-mass-spectrometric method for the analysis of saturated and aromatic fractions of oils and bitumoids. Biomarker Definition
FR.1.31.2014.16817
FR.1.31.2014.16817
MP-Alko-Nafta-01/13. Determination of the characteristic viscosity of diluted solutions of polyethylene terephthalate (PET) by capillary viscometry
FR.1.31.2014.16847
FR.1.31.2014.16847
Odorant Natural JMP. Methods of measuring the mass fraction of components by gas chromatography. STO 36-07-2013
FR.1.31.2014.16848
FR.1.31.2014.16848
Workplace air. Methods of measuring the mass concentration of ozone by the photometric method. STO 36-08-2013
FR.1.31.2014.16849
FR.1.31.2014.16849
Atmospheric air. Methods of measuring the mass concentration of the amount of hydrocarbons by gas chromatography. STO 36-09-2013
FR.1.31.2014.16863
FR.1.31.2014.16863
Methods (method) of measuring the mass fraction of sulfate ions in manganese dioxide by ion chromatography
FR.1.31.2014.16864
FR.1.31.2014.16864
Method (method) of measuring the mass fraction of impurities in pyromelytic dianhydride by gas chromatography using flame ionization detector
FR.1.31.2014.16865
FR.1.31.2014.16865
Method (method) of measuring the mass fraction of the basic substance and acidity in diethyl malonate by the titrimetric method
FR.1.31.2014.16866
FR.1.31.2014.16866
Methods (method) of measuring the mass fractions of calcium oxide, magnesium oxide and the sum of the mass fractions of calcium oxide and magnesium oxide in Vienna lime by the method of complexometric titration
FR.1.31.2014.16867
FR.1.31.2014.16867
Method (method) of measuring the mass fraction of hydroxy groups in terms of m-phenoxyphenol by the titrimetric method in polyphenyl ether
FR.1.31.2014.16868
FR.1.31.2014.16868
Method (method) of measuring the mass fraction of the main substance in a diphenyloxide dianhydride (tetracarboxylic acid diphenyl ester) by potentiometric titration
FR.1.31.2014.16869
FR.1.31.2014.16869
Method (method) of measuring the mass fraction of benzophenone-3, 3´, 4, 4´-tetracarboxylic acid in benzophenone 3, 3´, 4, 4´-tetracarboxylic acid dianhydride by the titrimetric method
FR.1.31.2014.16870
FR.1.31.2014.16870
Method (method) for measuring the mass fractions of chloride ions, sulfate ions, phosphate ions and total nitrogen in potassium hydroxide by ion chromatography
FR.1.31.2014.16871
FR.1.31.2014.16871
Method (method) of measuring the mass fraction of bromine-containing compounds (in terms of bromine) in polyphenyl ether using gas chromatography with flame ionization detection
FR.1.31.2014.16872
FR.1.31.2014.16872
Methods (method) of measuring the mass fraction of coloring impurities in pyromellitic acid dianhydride by photometric method
FR.1.31.2014.16873
FR.1.31.2014.16873
Method (method) of measuring the mass fraction of hexaphenyl ether relative to pentaphenyl ether in polyphenyl ether by gas chromatography with flame ionization detection
FR.1.31.2014.16874
FR.1.31.2014.16874
Method (method) of measuring the mass fraction of pyromellitic acid in pyromellitic acid dianhydride by titration
FR.1.31.2014.16875
FR.1.31.2014.16875
Method (method) of measuring the acid number of pyromellitic acid dianhydride by titration
FR.1.31.2014.16876
FR.1.31.2014.16876
Method (method) for measuring the mass fractions of chloride ion, sulfur in terms of sulfate ion and total nitrogen in copper oxide by ion chromatography
FR.1.31.2014.16877
FR.1.31.2014.16877
Methods (method) of measuring the acid number of trichloroethyl phosphate by titrimetric method
FR.1.31.2014.16878
FR.1.31.2014.16878
Method (method) of measuring the mass fraction of volatile compounds in trichloroethyl phosphate by gravimetric method
FR.1.31.2014.16879
FR.1.31.2014.16879
Method for measuring the mass fraction of esters in organic samples of caprolactam production by the titrimetric method. M 18-TSOTK-2013
FR.1.31.2014.16880
FR.1.31.2014.16880
Method for measuring the content of volatile bases in caprolactam by the titrimetric method. M 17-TSOTK-2013

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