Documents by Year

1930s (71)

1940s (38)

1950s (112)

1960s (281)

1970s (228)

1980s (1104)

1990s (1022)

2000s (10458)

2010s (18476)

2020s (367)

2020 (367)

Other norms

«
1
…
16
17
18
19
20
21
22
…
70
»

FR.1.29.2015.22142

Consumption and volume of free petroleum gas. Measurement technique SIKG from CSN "Garaevskaya" in the gas pipeline DNS "Rassvetskaya" -UPSV "Gorbatovskaya"

FR.1.29.2015.22143

Method of measuring the amount of associated gas by the system of measuring the amount and parameters of associated gas to blow the jet of the VD of the Yurubcheno-Tokhomskoye oil field of OAO Vostsibneftegaz

FR.1.29.2015.22144

Consumption and volume of natural gas. Measurement techniques at the gas metering station at the tie-in node at the gas pipeline at the Platovskaya gas distribution station Gazprom Neft Orenburg CJSC

FR.1.29.2015.22145

Consumption and quantity of liquefied hydrocarbon gases. Methods of measurement of the automated system of operational accounting of liquefied petroleum gas at the GNS Kazan, OOO Gazprom Liquefied Gas

FR.1.29.2015.22146

Volume and weight of the additive. Methods of measurements by the complex measuring UNM-10DP when shipment of gas through the system of ASN NS Novoselki JSC Mostransnefteproduct

FR.1.29.2015.22148

Methods of measuring the flow and volume of waste water of JSC Nazarovskaya TPP

FR.1.29.2015.22166

A mass of oil and paraffin oil solvent. Methods of measurement of the oil supply unit and the on-load tap-changer of the shop unit of the NGDU Bavlyneft

FR.1.29.2015.22168

Consumption and volume of free petroleum gas. Measurement technique SIKG from DNS "Rassvetskaya" in the gas pipeline DNS "Rassvetskaya" -UPSV "Gorbatovskaya"

FR.1.29.2015.22170

Consumption and volume of natural gas. Measurement Technique by the Measuring Complex of the Gas Distribution Point of the Boiler-House of JSC "Srednevolzhsky Machine-Tool Building Plant"

FR.1.29.2015.22188

Mass of petroleum products. Measurement techniques in vertical steel tanks in the reservoir park of the railroad base of chemicals and fuels and lubricants BPTOIKO West Surgut field OJSC "Surgutneftegas"

FR.1.29.2015.22196

Measurement Technique in Horizontal Steel Reservoirs in the Reservoir Park of the Railway Chemicals and Fuel and Lubricants Base BPTOIKO West Surgut Field Surgutneftegaz OJSC

FR.1.30.2015.19748

Methods for measuring the pressure of saturated vapors of petroleum and petroleum products EC 04-2009-NP

FR.1.30.2015.20627

Method for measuring the saturation pressure of unstable liquid hydrocarbons using the visual method. MI Gazprom processing 14-2014

FR.1.31.2015.19220

Method for measuring the mass concentration of chlorine in industrial emissions by the photometric method using the iodine starch reaction. PND F 13.1.50-06

FR.1.31.2015.19221

Methods for measuring the mass concentration of hydrogen fluoride in industrial emissions into the atmosphere by the photometric method. PND F 13.1.45-03 (2008 Edition)

FR.1.31.2015.19222

Methods for measuring mass concentrations of hexane, heptane, octane, nonane, and decane in atmospheric air, in the working area air, and industrial emissions using gas chromatography. PND F 13.1: 2: 3.24-98 (2005 edition)

FR.1.31.2015.19224

Method for measuring the mass concentration of hydrogen chloride in industrial emissions into the atmosphere by the turbidimetric method. PNDF 13.1.42-03 (edition of 2012)

FR.1.31.2015.19225

Method for measuring the mass concentration of an aerosol of caustic alkalis and carbonates (total) in gas emissions by the titrimetric method. PND F 13.1.52-06

FR.1.31.2015.19226

Methods for measuring mass concentrations of benzene, toluene, ethylbenzene and xylenes in atmospheric air and emissions of industrial enterprises using gas chromatography PND F 13.1: 3.68-09

FR.1.31.2015.19227

Methods for measuring mass concentrations of nitrogen dioxide and nitric acid (total), nitrogen oxide, sulfur trioxide and sulfuric acid (total), sulfur dioxide, hydrogen chloride, hydrogen fluoride, orthophosphoric acid and ammonia in samples of industri

FR.1.31.2015.19228

Method for measuring the mass concentration of formaldehyde in industrial emissions into the atmosphere by the photometric method with acetylacetone. PNDF 13.1.41-03 (edition of 2012)

FR.1.31.2015.19231

Mass and volume fraction of water mixture in crude oil. Measurement technique in the laboratories of OJSC "Surgutneftegas". МН 471-2014

FR.1.31.2015.19232

Density of oil, water mixture and crude oil. Measurement technique in the laboratories of OJSC "Surgutneftegaz". МН 472-2014

FR.1.31.2015.19235

Mass fraction of water in oil. Distillation measurement technique in the Prirazlomnaya OIRP laboratory of Gazprom Neft Shelf LLC. МН 484-2014

FR.1.31.2015.19236

Density of oil. Measurement technique using a hydrometer in the laboratory of OIFP Prirazlomnaya, Gazprom Neft Shelf LLC. МН 485-2014

FR.1.31.2015.19239

Measurement technique for the molar fraction of the components of the regasified liquefied biomethane by gas chromatography. M-01-2014

FR.1.31.2015.19240

Measurement technique for the molar (volume) fraction of components of associated petroleum gas of variable composition using Kristall 5000.1 chromatographs. M-MVI-270-13

FR.1.31.2015.19241

Measurement technique for the molar fraction of the components of a dry, gassed gas of variable composition. 25/1-13

FR.1.31.2015.19253

MKHA. Measurements of the mass fraction of water-soluble phosphates in mineral fertilizers by the photometric method. 1104-00209438-141-2014

FR.1.31.2015.19254

MKHA. Measurements of the mass fraction of assimilable phosphates in mineral fertilizers by the photometric method. 1104-00209438-140-2014

FR.1.31.2015.19258

Mass concentrations of nitrogen oxide and dioxide in the air of the working area and industrial emissions into the atmosphere. Measurement technique photometric method. 24-2013

FR.1.31.2015.19259

Mass concentration of lead and its inorganic compounds in the air of the working area, atmospheric air and industrial emissions into the atmosphere. Measurement technique photometric method. 25-2013

FR.1.31.2015.19260

Mass concentration of iron in the air of the working area and industrial emissions into the atmosphere. Measurement technique photometric method. 33-2011

FR.1.31.2015.19261

Mass concentration of ethyl chloride in the air of the working area and industrial emissions into the atmosphere. Measurement technique by gas chromatography. 36-2011

FR.1.31.2015.19262

Mass concentrations of vinyl chloride, benzene, trichlorethylene, 1, 2-dichloroethane and chlorobenzene in waste water. Measurement technique by gas chromatography. 46-2012

FR.1.31.2015.19263

Mass concentrations of acrolein, acrylic acid, butanol, butyl acrylate, methanol, and methyl acrylate in atmospheric air and industrial emissions to the atmosphere. Methods of measurement by capillary gas chromatography. 376-2012

FR.1.31.2015.19264

Mass concentrations of acetic acid and isobutyl acetate in the working area air, atmospheric air and industrial emissions into the atmosphere. Methods of measurement by capillary gas chromatography. 390-2013

FR.1.31.2015.19269

Wine and wine materials. Methods for measuring the mass concentration of ochratoxin A by high performance liquid chromatography. M 04-84-2014

FR.1.31.2015.19270

Fruit and vegetable products, dietary supplements. Methods for measuring the mass fraction of patulin by high performance liquid chromatography with photometric detection using a Lumakhrom liquid chromatograph. M 04-57-2009 (2014 edition)

FR.1.31.2015.19272

Feed additives. Methods of measuring the methionine hydroxyanalogue mass fraction (2-hydroxy-4- (methylthio) butanoic acid and its calcium salt) by capillary electrophoresis using Kapel’s capillary electrophoresis system

FR.1.31.2015.19279

Method for determining the urea content in drinking, natural and waste waters by the photometric method. HDPE F 14.1: 2: 3: 4.155-99 (2014 edition)

FR.1.31.2015.19280

Method for determining the content of anions (chloride, sulfate, nitrate, bromide and iodide ions) in wastewater by ion chromatography. PND F 14.1.175-2000 (edition of 2014)

FR.1.31.2015.19281

Method for determining the content of anions (chloride, sulfate, nitrate, bromide and iodide ions) in natural and drinking waters by ion chromatography. PND F 14.2: 4.176-2000 (edition of 2014)

FR.1.31.2015.19283

Method for measuring the mass concentration of chloride-ions, nitrate-ions and sulfate-ions in samples of technological wastewaters of the Kola NPP using the method of ion chromatography. 0-05-58IP-14

FR.1.31.2015.19288

Measurement of mass concentrations of saturated, aromatic and halogenated hydrocarbons in ambient air, indoor air, working area air and industrial emissions by active selection for a polymer sorbent with subsequent thermal desorption and gas chromatograph

FR.1.31.2015.19289

Method of measuring the mass concentration of ethyl mercaptan in industrial emissions into the atmosphere by the photometric method. OB 01.2014

FR.1.31.2015.19290

Enterprise Standard. Determination of the mass concentration of aluminum in atmospheric air at the atomic absorption spectrometer "Kvant-Z.Eta-1". STP 76-11-2014

FR.1.31.2015.19292

Method of measuring the mass and volume fraction of pulp in the juice products separated by centrifugation

«
1
…
16
17
18
19
20
21
22
…
70
»

All Codes and Regulations

Codes	MGSN	OND	PR	SNiP	TU
Decisions	MI	ONTP	PUE	SN	VNTP
Decrees	MR	Orders	RD	SO	VPPB
GN	MSN	OST	RDS	SP	VRD
GOST	MSP	Other norms	Resolutions	ST SEV	VSN
Instructions	MUK	PB	RMU	STO
Laws	MU	PNAE	R	TI
Letters	ND	PND	RSN	TOI
MDK	NPB	POT	RTM	TR EAES
MDS	NP	PPB	SanPiN	TSN

All Categories

Construction (Max)	Highways (Max)	National Standards for KGS (State Standards Classification)	Power industry	Standards for pipe fittings (TPA)
Construction Price Formation	ISO classifier	National Standards for OKSTU	Projects of works (PPR) on bridges	Technical Supervision
Evidence base (TR CU, Technical Regulation of the Customs Union)	National standards	Organization Standards	PromExpert	Welding regulations

©RGTT 2016. All Rights Reserved.

Send us a message

Leave your message in the form below, and we will write back by e-mail!