GOST 17.1.5.05-85
ГОСТ 17.1.5.05-85
|
|
Nature protection Hydrosphere General requirements for surface and sea waters, ice and atmospheric precipitation sampling
Охрана природы. Гидросфера Общие требования к отбору проб поверхностных и морских вод, льда и атмосферных осадков
Status: Effective
The standard applies to surface and sea water, ice of water bodies and water courses, sea and glacial ice and precipitation (rain, snow, hail). The standard establishes general requirements for sampling to determine their chemical composition and physical properties during state control over the quality of water, ice and precipitation. The standard does not apply to sampling to determine the extremely high level of contamination of water, ice and precipitation resulting from accidental discharges and emissions of pollutants.
Стандарт распространяется на поверхностные и морские воды, лед водоемов и водотоков, морской и ледниковый лед и атмосферные осадки (дождь, снег, град). Стандарт устанавливает общие требования к отбору проб для определения их химического состава и физических свойств при проведении государственного контроля за качеством воды, льда и атмосферных осадков. Стандарт не распространяется на отбор проб для определения экстремально высокого уровня загрязненности вод, льда и атмосферных осадков, возникшего в результате аварийных сбросов и выбросов загрязняющих веществ.
Choose Language:
Format: Electronic (pdf/doc)
Approved: Gosstandart of the USSR,
3/25/1985
SKU: RUSS16583
The Product is Contained in the Following Classifiers:
Construction (Max) »
Standards »
Other state standards used in construction »
13 Environmental protection, protection of people from environmental exposure. Security »
PromExpert »
SECTION V. ENVIRONMENTAL PROTECTION. NATURE USE »
II Ensuring environmental safety »
2 Protection and protection of surface water bodies »
2.1 Management in use and protection of water bodies »
2.1.2 Production and public control infield of use and protection of water bodies »
PromExpert »
SECTION V. ENVIRONMENTAL PROTECTION. NATURE USE »
I Environmental-legal and economic-legal mechanisms for environmental protection »
1 Management infield of environmental protection and environmental management »
1.5 Environmental monitoring and control »
ISO classifier »
13 ENVIRONMENTAL PROTECTION, HUMAN PROTECTION AGAINST ENVIRONMENTAL IMPACT. SECURITY »
13.060 Water quality »
13.060.10 Natural spring water »
National standards »
13 ENVIRONMENTAL PROTECTION, HUMAN PROTECTION AGAINST ENVIRONMENTAL IMPACT. SECURITY »
13.060 Water quality »
13.060.10 Natural spring water »
National Standards for KGS (State Standards Classification) »
Latest edition »
T General technical and organizational and methodological standards »
T5 Documentation System »
T58 System of standards infield of nature conservation and improvement of use of natural resources, labor safety, scientific organization of labor »
National Standards for OKSTU »
SYSTEMS OF GENERAL TECHNICAL AND ORGANIZATIONAL-METHODOLOGICAL STANDARDS »
System of standards in the field of nature protection and improvement of natural resources use »
The Document References:
GOST 17.1.3.07-82: Nature protection. Hydrosphere. Procedures for quality control of water in reservoirs and stream flows
GOST 17.1.3.08-82: Nature protection. Hydrosphere. Procedures for quality control of marine waters
GOST 17.1.5.02-80: Nature protection. Hydrosphere. Hygienic requirements for recreation areas at water objects
GOST 17.1.5.04-81: Nature protection. Hydrosphere Apparatus and mechanisms for selection? Initial treatment and storing samples of natural waters. General technical conditions
GOST 27065-86: Water quality. Terms and definitions
GOST 2761-84: Sources of centralized utility and drinking water supply Sanitary and technical requirements and selection rules
The Document is Referenced By:
FR 1.31.2001.00360: Methodology for measuring caprolactam concentrations in natural and waste waters
FR 1.31.2009.06204: Quantitative chemical analysis of water. Method for measuring mass concentrations of 2,4-dichlorophenoxyacetic acid (2,4-D) by gas chromatography in samples of drinking, natural and wastewater
FR 1.31.2013.13901: Quantitative chemical analysis of water. Method for measuring mass concentrations of suspended solids and calcined suspended solids in drinking, natural and waste waters by the gravimetric method
FR 1.31.2014.18566: Quantitative chemical analysis of water. Method for determination of 2,4-dichlorophenoxyacetic acid in drinking, natural and waste waters using gas chromatography
FR 1.31.2017.28626: Method for measuring the mass concentration of nitrite ions in samples of drinking, natural and wastewater by the photometric method with Griss reagent
FR 1.31.2018.29036: Quantitative chemical analysis of water. The method of measuring the mass concentration of suspended and calcined suspended solids in samples of drinking, natural and waste water gravimetric method
FR 1.31.2018.29037: Quantitative chemical analysis of water. Method for measuring mass concentrations of potassium, lithium, sodium and strontium in samples of drinking, natural and waste water by flame emission spectrometry
FR 1.31.2018.29038: Quantitative chemical analysis of water. Method for measuring the mass concentrations of magnesium, calcium, strontium in samples of drinking, natural and waste water by the flame atomic absorption method
FR 1.31.2018.31084: Quantitative chemical analysis of water. Method for measuring mass concentrations of aldehydes in samples of drinking and natural waters by high performance liquid chromatography (2018 edition)
FR 1.39.2006.02505: Biological control methods. The methodology for determining the toxicity of highly mineralized surface and wastewater, soil and waste from the survival of brackish crustaceans Artemia salina L
FR 1.39.2007.03221: Biological control methods. Method of determining the toxicity of water and water extracts from the soil, sewage sludge, waste from mortality and changes in fertility of ceriodaphnias
FR 1.39.2007.03222: Biological control methods. Methodology for determining the toxicity of water and water extracts from soils, sewage sludge, waste by mortality and changes in the fertility of daphnia
FR 1.39.2007.03223: Biological control methods. Methods for determining the toxicity of water, water extracts from the soil, sewage sludge and waste by changing the level of chlorophyll fluorescence and the number of algae cells
FR 1.39.2015.19242: The method of determining the toxicity of samples of natural, drinking, drinking and household waste, treated waste, waste, thawed water, process water by the express method using the instrument series
GOST 18165-2014: Water. Methods for determining aluminum content
GOST 18294-2004: Drinking water. Method for determination of beryllium content
GOST 18309-2014: Water. Methods for determining phosphorous substances
GOST 31858-2012: Drinking water. Method for determination of chlorine-organic pesticides by gas-liquid chromatography
GOST 31859-2012: Water. Method for determination of chemical oxygen demand
GOST 31860-2012: Drinking water. Method for determination of benz(a)pyrene content
GOST 31861-2012: Water. General requirements for sampling
GOST 31863-2012: Drinking water. Method for determination of cyanide content
GOST 31864-2012: Drinking water. Method for determination of summary specific radio-nuclei alpha-activity
GOST 31866-2012: Drinking water. Determination of elements content by stripping voltammetric method
GOST 31867-2012: Drinking water. Determination of anions content by chromatography and capillary electrophoresis method
GOST 31868-2012: Water. Methods for determination of colour
GOST 31869-2012: Water. Methods for the determination of cations (ammonium, barium, potassium, calcium, lithium, magnesium, sodium, strontium) content using capillary electrophoresis
GOST 31870-2012: Drinking water. Determination of elements content by atomic spectrometry methods
GOST 31940-2012: Drinking water. Methods for determination of sulfate content
GOST 31940-2013: Drink water Methods for determining sulphates content
GOST 31941-2012: Drinking water. Methods for determination of 2.4-D
GOST 31949-2012: Drinking water. Methods for determination of boron content
GOST 31950-2012: Water. Method for determination of total mercury by flameless atomic absorption spectrometry
GOST 31951-2012: Drinking water. Determination of volatile halogenated organic compounds by gas chromatography
GOST 31952-2012: Water treatment for units. General requirements and methods of efficiency determination
GOST 31953-2012: Water. Determination of oil products using gas chromatography method
GOST 31954-2012: Drinking water. Methods of hardness determination
GOST 31956-2012: Water. Methods for determination of chromium (VI) and total chromium
GOST 31956-2013: Water. Methods for the determination of chromium (VI) and total chromium
GOST 31957-2012: Water. Methods for determination of alkalinity and mass concentration of carbonates and hydrocarbonates
GOST 31958-2012: Water. Methods for determination of total and dissolved organic carbon
GOST 31959-2012: Water. Methods of determination of toxicity by survival of marine crustaceans
GOST 31960-2012: Water. Methods of toxicity determination by growth inhibition of marine unicellular algae Phaeodactylum tricornutum Bohlin and Sceletonema costatum (Greville) Cleve
GOST 32220-2013: Drinking bottled water. General specifications
GOST 33045-2014: Water. Methods for determination of nitrogen-containing matters
GOST 33936-2016: Gas supply system. Trunk pipeline transportation of gas. Environment protection. Water protection. Water conditioning. Inspection
GOST 4974-2014: Drinking water. Determination of manganese content by photometric methods
GOST R 51392-99: Drinking water. Determination of volatile halogenated organic compounds content by gas chromatography
GOST R 51592-2000: Water. General requirements for sampling
GOST R 51680-2000: Drinking water. Method for determination of cyanide content
GOST R 51871-2002: Water treatment units. General requirements and methods of efficiency determination
GOST R 52109-2003: Drinking bottled water. General specifications
GOST R 52180-2003: Drinking water. Determination of elements content by stripping voltammetric method
GOST R 52708-2007: Water. Method for determination of chemical oxygen demand
GOST R 52730-2007: Drinking water. Methods for determination of 2,4-D
GOST R 52962-2008: Water. Methods for determination of chromium (VI) and total chromium
GOST R 52963-2008: Water. Methods for determination of alkalinity, and mass concentration of carbonates and hydrocarbonates
GOST R 52964-2008: Drinking water. Methods for determination of sulphate content
GOST R 52991-2008: Water. Methods for determination of total and dissolved organic carbon
GOST R 53886-2010: Water. Methods of determination of toxicity by survival of marine crustaceans
GOST R 53887-2010: Water. Methods for the determination of cations (ammonium, barium, potassium, calcium, lithium, magnesium, sodium, strontium) content using capillary electrophoresis
GOST R 53910-2010: Water. Methods of toxicity determination by growth inhibition of marine unicellular algae Phaeodactylum tricornutum Bohlin and Sceletonema costatum (Greville) Cleve
GOST R 54496-2011: Water. The determination of toxicity with use of green freshwater unicellular algae
GOST R 54499-2011: Drinking water. Luminescent method for determination of uranium content
GOST R 54519-2011: Organic fertilizers. Methods of sampling
GOST R 55227-2012: Water. Methods for determination of formaldehyde content
GOST R 55838-2013: Environmental keeping of write off production beside their utilization. General technical requirements
GOST R 56219-2014: Water. Determination of 62 elements by inductively coupled plasma mass spectrometry (ICP-MS) method
GOST R 56236-2014: Water. Determination of toxicity by survival of freshwater crustaceans. Daphnia magna Straus
GOST R 57162-2016: Water. Determination of elements content by graphite furnace atomic absorption spectrometry
GOST R 57165-2016: Water. Determination of elements by inductively coupled plasma atomic emission spectrometry
GOST R 58487-2019: Organic fertilizers. Sampling methods
MDS 11-5.99: Procedure Guidelines On The Expert Appraisal of Engineering Survey for the Feasibility Study (Projects, Draft Projects) of the Construction Units
Methodical recommendations 01.021-07: A technique for express determination of the integral chemical toxicity of potable, surface, ground, sewage and treated wastewater with the help of the bacterial test "Ecolum".
MR 1.2.0043-11: Control of nanomaterials in the environment
MU 08-47/147: Surface, natural, drinking and waste water. Inversion voltammetric method for determining the mass concentration of aniline
MU 08-47/162: Natural, drinking and treated sewage. Voltammetric method for measuring the mass concentration of mercury
MU 08-47/163: Natural, drinking water, technologically pure, treated waste water. Method for measuring mass concentrations of cadmium, lead, zinc and copper by inversion voltammetry
MU 08-47/168: Alcoholic and non-alcoholic drinks. Voltammetric method for measuring the mass concentration of mercury
MU 08-47/174: Natural, drinking and treated sewage. Voltammetric method for measuring mass concentrations of manganese, antimony and bismuth
MU 08-47/175: Food products and food raw materials. Inversion voltammetric method for determining the mass concentration of arsenic
MU 08-47/176: Drinking water, natural, technological and treated sewage. Inversion voltammetric method for determining the mass concentration of arsenic
MU 08-47/187: Natural, drinking and treated sewage. Voltammetric method for measuring mass concentrations of nickel
MU 08-47/189: Natural, drinking, technologically clean, purified waste water. Voltamperometric method for measuring phenol mass concentrations
MU 08-47/219: Drinking water, natural, technological thermal power plants. Method for measuring the mass concentration of total and inorganic carbon on an automatic analyzer using IR spectrometry
MU 08-47/229: Sugar. Inversion voltammetric method for measuring the mass concentration of mercury
MU 1.2.2875-11: The procedure for the identification and identification of nanomaterials in water bodies
MU 1.2.2966-11: The procedure and organization of control over nanomaterials
MUK 4.1.001-13: Methods of measuring the mass concentration of formaldehyde in samples of drinking, natural, treated wastewater and melted snow (snow) by the photometric method
MUK 4.1.008-13: Method for measuring the mass concentration of dimethylamine in samples of drinking, natural, treated wastewater and snowmelt (snow) by the photometric method
MUK 4.1.011-18: Method for measuring the mass concentration of formaldehyde in samples of drinking, natural, treated wastewater and melt (snow) water by the photometric method
MUK 4.1.012-18: The method of measuring the mass concentration of dimethylamine in samples of drinking, natural, treated wastewater and melt (snow) water by Photometric method
MUK 4.1.1255-03: Measurement of the mass concentration of aluminum by the fluorimetric method in drinking water and water samples from surface and underground water sources
MUK 4.1.1256-03: Measurement of the mass concentration of zinc by the fluorimetric method in drinking water and water samples from surface and underground water sources
MUK 4.1.1257-03: Measurement of boron mass concentration using the fluorimetric method in drinking water and water samples from surface and underground water sources
MUK 4.1.1258-03: Measurement of copper content (by mass) by fluorimetric method in the samples of portable water and in waters of surface and underground sources of water consumption
MUK 4.1.1259-03: Measurement of the mass concentration of total iron by the fluorimetric method in samples of drinking water and water from surface and underground water sources
MUK 4.1.1260-03: Measurement of the mass concentration of nitrite by the fluorimetric method in drinking water and water samples from surface and underground water sources
MUK 4.1.1261-03: Measurement of fluoride mass concentration using the fluorimetric method in drinking water and water samples from surface and underground water sources
MUK 4.1.1262-03: Measurement of the mass concentration of petroleum products by the fluorimetric method in samples of drinking water and water from surface and underground water sources
MUK 4.1.1263-03: Measurement of mass fraction of total and volatile phenols by fluorimetric method in potable water samples, in waters of surface and underground sources
MUK 4.1.1264-03: Measurement of the mass concentration of anionic surfactants by the fluorimetric method in samples of drinking water and water from surface and underground water sources
MUK 4.1.1265-03: Measurement of formaldehyde content (by mass) by fluorimetric method in the samples of portable water and in waters of surface and underground sources of water consumption
MUK 4.1.2228-07: Chromato-mass-spectrometric determination of the sum of steroid saponins Yuss Schidiger in water
ND 1.2-2008: Quantitative chemical analysis of water. Methods of measuring the value of chemical oxygen consumption (COD) in samples of waste, natural, drinking and industrial waters by the bichromate method
NDP 10.1:2:3.131-2016: Method for determination of biochemical oxygen consumption after 5 days of incubation (BOD5) in drinking, natural and wastewater samples by the amperometric method
ODM 218.2.099-2019: Guidelines on the features of environmental engineering surveys in the design of public roads
PND F 14.1.175-2000: Quantitative chemical analysis of water. Methods for determining the content of anions (chloride, sulfate, nitrate, bromide and iodide ions) in wastewater using ion chromatography
PND F 14.1:2.141-98: Quantitative chemical analysis of water. Methods of measuring mass concentrations of fats in samples of natural and waste waters by gas chromatography
PND F 14.1:2.240-07: Quantitative chemical analysis of water. Methods for measuring the mass concentration of sulfate ions in natural and waste waters using the gravimetric method
PND F 14.1:2.247-07: Quantitative chemical analysis of water. Methods for measuring mass concentrations of non-ionic synthetic surface-active substances (SAL) in samples of natural and waste waters using the nephelometric method
PND F 14.1:2.56-96: Quantitative chemical analysis of water. Methods for measuring the mass concentration of cyanides in natural and waste waters by the photometric method with pyridine and barbituric acid
PND F 14.1:2:3.100-97: Quantitative chemical analysis of water. Methods of measurement of chemical oxygen consumption in samples of natural and waste waters by the titrimetric method
PND F 14.1:2:3.101-97: Quantitative chemical analysis of water. Methodology for measuring the mass concentration of dissolved oxygen in samples of natural and treated wastewater by the iodometric method
PND F 14.1:2:3.108-97: Quantitative chemical analysis of water. Methods for measuring the mass concentration of sulfates in samples of natural and waste waters by the titrimetric method with lead nitrate
PND F 14.1:2:3.110-97: Quantitative chemical analysis of water. Methods of measuring the mass concentration of suspended substances in natural and wastewater samples by the gravimetric method
PND F 14.1:2:3.95-97: Quantitative chemical analysis of water. Methods of measuring the mass concentration of calcium in samples of natural and waste waters by the titrimetric method
PND F 14.1:2:3.96-97: Quantitative chemical analysis of water. Methods for measuring the mass concentration of chlorides in samples of natural and waste waters using the argentometric method
PND F 14.1:2:3.98-97: Quantitative chemical analysis of water. Methods of measurement of total hardness in samples of natural and waste waters by the titrimetric method
PND F 14.1:2:3.99-97: Quantitative chemical analysis of water. Method for measuring the mass concentration of bicarbonates in samples of natural and waste waters by the titrimetric method
PND F 14.1:2:3:4.111-97: Quantitative chemical analysis of waters. Methods for measuring the mass concentration of chloride ions in samples of drinking, natural (surface and underground) and waste water by the mercurimetric method (Edition 2020)
PND F 14.1:2:3:4.155-99: Quantitative chemical analysis of water. Method for determination of urea in drinking, natural and waste waters by photometric method
PND F 14.1:2:3:4.204-04: Method for determination of organochlorine pesticides and polychlorinated biphenyls in drinking, natural and waste waters using gas chromatography
PND F 14.1:2:3:4.213-05: Quantitative chemical analysis of water. The method of measuring the turbidity of samples of drinking, natural surface, natural groundwater and wastewater by a turbidimetric method according to kaolin and formazin
PND F 14.1:2:3:4.279-14: Quantitative chemical analysis of water. Method for the determination of organic carbon and total nitrogen in drinking, natural and waste waters by the method of high-temperature oxidation using carbon and nitrogen analyzers
PND F 14.1:2:4.128-98: Quantitative chemical analysis of water. Methods for measuring the mass concentration of petroleum products in samples of natural, drinking and waste waters using the fluorimetric method on a Fluorat-02 liquid analyzer
PND F 14.1:2:4.135-98: Quantitative chemical analysis of water. Methods for measuring the mass concentration of elements in drinking, natural, wastewater and precipitation samples using inductively coupled plasma atomic emission spectrometry
PND F 14.1:2:4.153-99: Quantitative chemical analysis of water. Methods of measuring the mass concentration of trilon B in drinking, natural and waste waters by the titrimetric method
PND F 14.1:2:4.156-99: Quantitative chemical analysis of water. Methods for measuring mass concentrations of rhodanides in drinking, natural and wastewater samples by the photometric method
PND F 14.1:2:4.161-2000: Quantitative chemical analysis of water. Methods for measuring the mass concentration of aluminum in drinking, natural and waste water by photometric method with chromazurol
PND F 14.1:2:4.181-02: Measurement technique for measuring the mass concentration of aluminum in samples of natural, drinking and waste waters using the fluorimetric method on a Fluorat-02 liquid analyzer
PND F 14.1:2:4.182-02: Method for measuring the mass concentration of phenols (total and volatile) in samples of natural, drinking and waste waters using the fluorimetric method on a Fluorat-02 liquid analyzer
PND F 14.1:2:4.187-02: Methods of measuring the mass concentration of formaldehyde in samples of natural, drinking and waste waters using the fluorimetric method on a Fluorat-02 liquid analyzer
PND F 14.1:2:4.20-95: Quantitative chemical analysis of water. Methods of measuring the mass concentration of mercury ions in drinking, surface and waste waters using flameless atomic absorption spectrometry
PND F 14.1:2:4.210-05: Quantitative chemical analysis of water. Methods of measurement of chemical oxygen consumption (COD) in samples of drinking, natural and waste water photometric method
PND F 14.1:2:4.225-2006: Quantitative chemical analysis of water. Methods of measuring mass concentrations of phenol and phenol derivatives in drinking, natural and waste waters using gas chromatography
PND F 14.1:2:4.234-06: Methods for measuring the mass concentration of silver in drinking, natural, mineral, waste and process water solutions using stripping voltammetry using TA analyzers
PND F 14.1:2:4.235-06: Methods for measuring the mass concentration of selenium in drinking, natural, mineral, waste and process water solutions using stripping voltammetry on TA analyzers
PND F 14.1:2:4.248-07: Quantitative chemical analysis of water. Methods of measuring mass concentrations of orthophosphates, polyphosphates and total phosphorus in drinking, natural and waste waters by the photometric method
PND F 14.1:2:4.261-10: Quantitative chemical analysis of water. Methods for measuring the mass concentration of dry and calcined residues in drinking, natural and wastewater samples by the gravimetric method
PND F 14.1:2:4.261-2010: Quantitative chemical analysis of waters. Methods for measuring the mass concentration of dry and calcined residue in samples of drinking, natural and waste water by the gravimetric method (edition 2015)
PND F 14.1:2:4.276-2013: Quantitative chemical analysis of water. Methods of measuring the mass concentration of ammonia and ammonium ions in drinking. natural and waste water photometric method with Nessler's reagent
PND F 14.1:2:4.277-2013: Measurement method of mass concentration of organic nitrogen by the Kjeldahl method in drinking, natural and waste waters
PND F 14.1:2:4.57-96: Quantitative chemical analysis of water. Methods of measuring mass concentrations of aromatic hydrocarbons in drinking, natural and waste waters by gas chromatography
PND F 14.1:2:4.70-96: Quantitative chemical analysis of water. Methods of measuring mass concentrations of polycyclic aromatic hydrocarbons in drinking, natural and waste waters by high performance liquid chromatography
PND F 14.1:2:4.71-96: Quantitative chemical analysis of water. Methods for measuring the mass concentrations of volatile organohalogen compounds in drinking, natural and waste water samples by gas chromatography
PND F 14.1:2:4.84-96: Quantitative chemical analysis of water. Method of measurement of mass concentration of formaldehyde in samples of potable, natural and waste waters by photometric method
PND F 14.2:4.209-05: Quantitative chemical analysis of water. Methods for measuring the mass concentration of ammonium ions in samples of drinking and natural waters by the photometric method in the form of indophenol blue
PND F T 14.1:2:3:4.10-04: Toxicological control methods. Measurement method of the optical density of the culture of chlorella alga (Chlorella Vulgaris Beijer) to determine the toxicity of drinking, fresh natural and wastewater, water extracts from soils, soils, sewage sludge, pro
PND F T 14.1:2:3:4.10-2004: Toxicological methods of analysis. Methods for determining the toxicity of drinking, natural and waste waters, water extracts from the soil, sewage sludge and production and consumption waste by changing the optical density of the chlorella algae culture
PND F T 14.1:2:3:4.11-04: Toxicological control methods. Methods for determining the integral toxicity of surface, including sea, groundwater, drinking water, wastewater, water extracts of soil, waste, sewage sludge by changing the intensity of bacterial bioluminescence using the
PND F T 14.1:2:3:4.12-06: Toxicological control methods. The method of measuring the amount of Daphnia Magna Straus to determine the toxicity of drinking, fresh natural and wastewater, water extracts from soils, soil, sewage sludge, production waste and consumption by direct calcu
PND F T 14.1:2:4.12-06: Toxicological methods of analysis. Methods for determining the toxicity of drinking, fresh natural and wastewater, water extracts from the soil, sewage sludge and waste of daphnia mortality (Darnia magma STraus)
R 52.19.555-95: Recommendations A standard project of labor organization at the workplaces of laboratory workers for monitoring surface water pollution by hydrochemical indicators
R 52.24.309-2004: Organizing and secure monitoring of surface water pollution on Federal Hydrometereology and Environmental Monitoring Service web
R 52.24.353-2012: Sampling of surface water land and treated wastewater
R 52.24.566-94: Recommendations. Methods of toxicological assessment of pollution of freshwater ecosystems
R 52.24.690-2006: Assessment of toxic pollution of waters of watercourses and water bodies of different salinity and mixing zones of river and sea waters using biotesting methods
R 52.24.695-2007: Assessment of toxic pollution of natural waters and bottom sediments of aquatic ecosystems by the coefficient of population regeneration
R 52.24.701-2008: Recommendations. Method of assessment of the partial buffer and partial instantaneous buffer capacity of water bodies for acidification
R 52.24.734-2010: Organizing and conducting observations on the state and changes in the quality of surface water in emergency situations
R 52.24.741-2010: Evaluation of the toxicity of surface land waters in emergency situations using the express biotesting method
R 52.24.809-2014: Methods for assessing the toxic effect of plankton phytocenoses on the formation of surface water quality
RD 153-34.2-21.544-2002: Guidelines for the chemical control of corrosion processes in water filtration through concrete and reinforced concrete hydraulic structures
RD 39-133-94: Instructions for protecting the environment during onshore oil and gas well construction
RD 52.04.333-93: Guidelines. Chromatographic method for determining the content of chlorides, nitrates, sulfates, lithium, sodium, ammonium and potassium in atmospheric precipitation. Main Geophysical Observatory. A.I.Voyeikova (MGO)
RD 52.04.878-2019: Sampling when observing the chemical composition of precipitation
RD 52.10.728-2010: Basic requirements for the competence of laboratories in monitoring the status and pollution of sea water. State Oceanographic Institute (GOIN)
RD 52.10.735-2010: Hydrogen indicator of marine waters. Potentiometric Measurement Technique
RD 52.10.735-2018: Hydrogen indicator of sea waters. Measurement procedure by potentiometric method
RD 52.10.736-2010: Volumetric concentration of dissolved oxygen in marine waters. Measurement method iodometric method
RD 52.10.737-2010: Volumetric concentration of dissolved oxygen in sea water in the presence of hydrogen sulfide. Measurement method iodometric method
RD 52.10.738-2010: Mass concentration of phosphate in sea waters. Technique for measuring using photometric method.
RD 52.10.739-2010: Mass concentration of total phosphorus in seawater. Measurement technique photometric method after oxidation with potassium persulfate
RD 52.10.740-2010: Mass concentration of nitrite nitrogen in marine waters. Photometric Measurement Technique with Griss Reagent
RD 52.10.742-2010: Bulk concentration of hydrogen sulphide in seawater. Iodometric method measurement technique.
RD 52.10.743-2010: Total alkalinity of sea water. Measurement method titrimetric method
RD 52.10.744-2010: Mass concentration of silicon in sea water. Measurement technique by the photometric method in the form of a blue form of molybdosilicic acid
RD 52.10.744-2020: Mass concentration of silicon in seawater. Photometric measurement technique in the form of a blue form of molybdosilicic acid
RD 52.10.745-2010: Mass concentration of nitrate nitrogen in sea water. Photometric Measurement Technique after Recovery in a Cadmium Reducer
RD 52.10.772-2013: Mass concentration of ammonium nitrogen in sea waters. Measurement technique by the photometric method in the form of indophenol blue
RD 52.10.773-2013: Mass concentration of ammonium nitrogen in sea waters. Photometric Measurement Technique with Nessler's Reagent
RD 52.10.774-2013: Mass fraction of mercury in bottom sediments. Measurement Technique by Atomic Absorption Spectrometry
RD 52.10.778-2013: Mass concentration of dissolved forms of iron, manganese and chromium in samples of sea water. Measurement Technique by Atomic Absorption Spectrometry
RD 52.10.779-2013: Mass concentration of petroleum hydrocarbons in seawater samples. Methods of measurement by infrared spectrometry
RD 52.10.805-2013: Mass concentration of total nitrogen in seawater. Measurement technique photometric method after oxidation with potassium persulfate
RD 52.10.806-2013: Mass concentration of chlorides in samples of desalinated sea waters. Measurement technique using argentometric method
RD 52.10.807-2013: Mass concentration of anionic synthetic surface-active substances in sea waters. Methods for measuring by extraction-photometric method with methylene blue
RD 52.15.880-2019: Guidelines for organizing and conducting observations, assessing the state and pollution of the marine environment in areas of exploration and development of offshore oil and gas fields
RD 52.18.263-90: Organization and procedure for observing the content of residual quantities of pesticides, plant growth regulators and the main toxic products of their decomposition in environmental objects
RD 52.18.572-96: Procedure guidelines. Determination of concentration by weight of chloride-, sulphate-, nitrate-, nitrate-ions in samples of potable water and soils by ionic chromatography method. Measurement procedure
RD 52.18.579-97: Guidelines. The concentration of asymmetric dimethylhydrazine in surface, groundwater, drinking water and soil samples. Methods for measuring using mass spectrometry. NGO "Typhoon"
RD 52.18.749-2010: Mass concentration of nitrobenzene in surface waters. Measurement technique by high performance liquid chromatography. NGO "Typhoon"
RD 52.18.750-2010: Mass concentration of phenols in waters. Measurement technique by high performance liquid chromatography using solid phase extraction. NGO "Typhoon"
RD 52.18.766-2012: Guidelines for the Radiation Examination of Environmental Components in Territories that Have Been Contacted by Radioactive Pollution Due to the Accident at the Chernobyl Nuclear Power Plant. NGO "Typhoon"
RD 52.18.769-2012: The procedure for determining the initial background content of pollutants in environmental components in areas where hazardous production facilities are located
RD 52.18.770-2012: The order of observation of the content of pollutants in the components of the natural environment in areas where hazardous production facilities are located. NGO "Typhoon"
RD 52.18.834-2015: Observational procedure in background control sections for determining and evaluating state of surface water bodies and impact of industrial facilities and plants of hazard class I
RD 52.18.906-2021: Mass concentration of volatile organic compounds in drinking, natural and waste water samples. Measurement technique by the equilibrium vapour method using chromatography-mass spectrometry
RD 52.24.309-2011: Organization and conduct of regime monitoring of the state and pollution of surface land waters
RD 52.24.309-2016: Organization and conduct of regime observations of the state and pollution of surface land waters
RD 52.24.354-2020: Organization and conduct of special observations of the state of water bodies and sources of their pollution in the areas of development of oil, gas and gas condensate fields
RD 52.24.358-2006: Mass concentration of total iron in waters. The method of measurement using photometric method with 1, 10-phenanthroline
RD 52.24.358-2019: Mass concentration of total iron and gross iron in waters. Measurement procedure with the photometric method with 1,10-phenanthroline
RD 52.24.360-2008: Mass concentration of fluoride in water. Measurement technique using potentiometric method with ion-indicating electrode.
RD 52.24.360-95: Guidelines. Methods for measuring the mass concentration of fluorides in waters by the potentiometric method with an ion-selective electrode
RD 52.24.361-2008: Mass concentration of chlorides in waters. Methods for measuring by potentiometric method with ion-selective electrode
RD 52.24.361-95: Guidelines. Methods for measuring the mass concentration of chlorides in waters by the potentiometric method with an ion-selective electrode
RD 52.24.364-2007: Mass concentration of total nitrogen in waters. The method of measurement using the photometric method after oxidation with potassium persulfate
RD 52.24.364-95: Guidelines. Methods for measuring the mass concentration of total nitrogen in waters by the photometric method after oxidation with potassium persulfate
RD 52.24.365-2008: Mass concentration of sodium in waters. Methods for measuring by potentiometric method with ion-selective electrode
RD 52.24.365-95: Guidelines. Methods for measuring the mass concentration of sodium in waters by the potentiometric method with an ion-selective electrode
RD 52.24.367-2010: Mass concentration of nitrates in waters. Methods for measuring by potentiometric method with ion-selective electrode
RD 52.24.367-95: Guidelines. Methods for measuring the mass concentration of nitrates in dry land waters by a potentiometric method with an ion-selective electrode
RD 52.24.368-2006: Mass concentration of anionic synthetic surfactants in waters. Measurement Technique by Extraction-Photometric Method
RD 52.24.371-2007: Mass concentration of copper, lead and cadmium in the surface land waters. Measurement technique by the inversion voltamperometric method
RD 52.24.371-95: Guidelines. Methods for measuring the mass concentration of copper, lead and cadmium in surface land waters by the inversion voltammetric method
RD 52.24.373-2009: Mass concentration of zinc in waters. Measurement technique by the inversion voltamperometric method
RD 52.24.373-95: Guidelines. Methods for measuring the mass concentration of zinc in the surface land waters by the inversion voltamperometric method
RD 52.24.377-2008: The mass concentration of Aluminium, beryllium, vanadium, iron, cadmium, cobalt, manganese, copper, molybdenum, nickel, lead, silver, chromium and zinc in water. Methods of measurement by atomic absorption with a direct electrothermal atomization of samples.
RD 52.24.377-95: Methodical instructions, methods for measuring the mass concentration of metals (Al, Ag, Be, Cd, Co, Cr, Cu, Fe, Mn, Mo, Ni, Pb, V, Zn) in surface water using atomic absorption with direct electrothermal atomization of samples
RD 52.24.378-2007: Mass concentration of arsenic in waters. Measurement technique by the inversion voltamperometric method
RD 52.24.380-2006: Mass concentration of nitrates in waters. The method of measurement using photometric method with Griess reagent after recovery in cadmium gearbox
RD 52.24.380-2017: Mass concentration of nitrate nitrogen in waters. Measurement technique by photometric method with Griess reagent after reduction in cadmium reducer
RD 52.24.381-2006: Mass concentration of nitrite in waters. The method of measurement using the photometric method with Griess reagent
RD 52.24.381-2017: Mass concentration of nitrite nitrogen in water. Measurement procedure by photometric method with Griss reagent
RD 52.24.382-2006: Mass concentration of phosphates and polyphosphates in waters. Photometric Measurement Technique
RD 52.24.382-2019: Mass concentration of phosphate phosphorus in water. Photometric Measurement Method
RD 52.24.383-2005: Mass concentration of ammonia and ammonium ions in waters. The method of measurement by the photometric method in the form of indophenol blue
RD 52.24.383-2018: Mass concentration of ammonia nitrogen in water. Measurement procedure by the photometric method in the form of indophenol blue
RD 52.24.387-2006: Mass concentration of total phosphorus in waters. The method of measurement using the photometric method after oxidation with potassium persulfate
RD 52.24.387-2019: Mass concentration of total phosphorus and total phosphorus in waters. Measurement procedure by photometric method after oxidation with potassium persulfate
RD 52.24.389-2011: Mass concentration of boron in waters. The method of measurement using photometric method with azomethine-ASH
RD 52.24.389-95: Guidance Document. Mass concentration of boron with azomethine-ash in waters .. Methods for making measurements using the photometric method.
RD 52.24.390-2009: Mass concentration of xanthates in waters. Measurement Technique by Extraction-Photometric Method
RD 52.24.391-2008: Mass concentration of sodium and potassium in the waters. Measurement technique using flame photometric method.
RD 52.24.391-95: Guidelines. Methods for measuring the mass concentration of sodium and potassium in the surface land waters using a flame photometric method
RD 52.24.394-2012: Mass concentration of ammonium nitrogen in waters. Measurement technique by potentiometric method with ion-selective electrodes
RD 52.24.394-95: Guidelines. Methods for measuring the mass concentration of ammonium ions in surface water by a potentiometric method with an ion-selective electrode
RD 52.24.395-2007: Water hardness. Methods of measuring by titrimetric method with Trilon B
RD 52.24.401-2006: Mass concentration of sulfates in waters. The method of measurement using titrimetric method with lead nitrate
RD 52.24.401-2018: Mass concentration of sulfates in water. Measurement procedure with lead nitrate titrimetric method
RD 52.24.402-2005: Mass concentration of chlorides in waters. Measurement Technique by Mercurimetric Method
RD 52.24.402-2011: Mass concentration of chlorides in waters. Measurement Technique by Mercurimetric Method
RD 52.24.403-2007: Mass concentration of calcium in waters. The method of measurement using titrimetric method with trilon B
RD 52.24.403-2018: Mass concentration of calcium ions in waters. Measurement technique using the trilon B titrimetric method
RD 52.24.405-2005: Mass concentration of sulfates in waters. Turbidimetric Measurement Technique
RD 52.24.405-2018: Mass concentration of sulfates in water. Measurement procedure by turbidimetric method
RD 52.24.406-2006: Mass concentration of sulfates in waters. Methods for measuring titrimetric method with barium chloride
RD 52.24.406-2018: Mass concentration of sulfates in water. Measurement procedure by titrimetric method with barium chloride
RD 52.24.407-2006: Mass concentration of chlorides in waters. Measurement procedure by argentometric method.
RD 52.24.407-2017: Mass concentration of chlorides in water. Method of measurement by argentometric method
RD 52.24.410-2011: Mass concentration of propazin, atrazin, simazin, prometrin in waters. The method of measurement by gas chromatography
RD 52.24.410-95: Guidelines. Methods for measuring the mass concentration of propazine, atrazine, simazine, prometrin in the surface land waters using gas chromatography
RD 52.24.411-2009: Mass concentration of parathion-methyl, karbofos, dimethoate, fosalona in waters. The method of measurement by gas chromatography
RD 52.24.411-95: Guidance Document. Mass concentration of parathion-methyl, karbofos, dimetoat, fosalona in surface land waters. The method of measurement by gas chromatography.
RD 52.24.412-2009: Mass concentration of hexachlorobenzene, alpha-, beta- and gamma-HCCH, dicofol, dihydroheptachlor, 4, 4'-DDT, 4, 4'-DDE, 4, 4'-DDD, trifluralin in waters. The method of measurement by gas chromatography
RD 52.24.412-95: Guidance Document. Mass concentration of hexachlorobenzene, alpha-, beta- and gamma-ghtsg, dicofol, dihydroheptachlor, 4, 4 "- ddt, 4, 4" - dde, 4, 4 "- ddd, trifluralin in waters The method of measurement by gas chromatography
RD 52.24.413-2011: Mass concentration of dalapon-sodium and sodium trichloroacetate in waters. The method of measurement by gas chromatography
RD 52.24.413-95: Methodical instructions. Methodology for measuring the mass concentration of dalapon sodium and TCA in surface water of the land by gas chromatography
RD 52.24.414-2012: Mass concentration of propanil and its metabolite 3, 4-dichloraniline in waters. The method of measurement by gas chromatography
RD 52.24.414-95: Methodical instructions. Method for measuring the mass concentration of propanil and its metabolite 3,4-dichloroaniline in surface waters of land by gas chromatography
RD 52.24.415-2007: Mass concentration of potassium ions in water. Measurement technique of potentiometric method with ion-indicating electrode.
RD 52.24.416-2010: Mass concentration of molybdenum in waters. Measurement technique by the inversion voltamperometric method
RD 52.24.417-2011: Mass fraction of organochlorine pesticides in bottom sediments. The method of measurement by gas chromatography
RD 52.24.419-2005: Mass concentration of dissolved oxygen in waters. Measurement method by iodometric method.
RD 52.24.419-2019: Mass concentration of dissolved oxygen in water. Methodology for measuring by iodometric method
RD 52.24.420-2006: Biochemical oxygen demand in waters. Measurement method using the bottle method
RD 52.24.420-2019: Biochemical oxygen consumption in waters. Measurement procedure by titrimetric and amperometric methods
RD 52.24.421-2007: Chemical oxygen consumption in waters. Titrimetric Measurement Technique
RD 52.24.421-2012: Chemical oxygen consumption in waters. Measurement method titrimetric method
RD 52.24.423-2005: Mass concentration of methanol in waters. The method of measurement using photometric method with chromotropic acid
RD 52.24.423-2022: Mass concentration of methanol in waters. Methods of measurement by photometric method with chromotropic acid
RD 52.24.427-2013: Mass concentration of zinc, copper, iron, manganese and nickel in water. AAS measurement technique with atomization in flame
RD 52.24.428-2009: Mass concentration of total chromium and chromium (VI) in waters, measurement procedure using the inversion voltammetric method
RD 52.24.432-2005: Weight concentration of silicon in land water. Procedure of photometric method measurements in the cyan (reactivated) form of silicomolybdic acids
RD 52.24.432-2018: Mass concentration of silicon in waters. Photometric measurement technique in the form of a blue (reduced) form of molybdosilicic acid
RD 52.24.433-2005: Mass concentration of silicon in the surface land waters. Methods for making measurements by the photometric method in the form of a yellow form of molybdosilicic acid
RD 52.24.433-2018: Mass concentration of silicon in waters. Measurement technique by photometric method in the form of a yellow form of molybdosilic acid
RD 52.24.435-2008: Mass concentration of copper in water. Methods of measuring the photometric method with 8, 8 '-dihinolildisulfidom
RD 52.24.436-2011: Mass concentration of cadmium in waters. Measurement technique photometric method with kadion
RD 52.24.436-95: Guidelines. Methods for measuring the mass concentration of cadmium in waters by the photometric method with a kadione
RD 52.24.438-2011: Mass concentration of MCPA and 2, 4-D in waters. Measurement method gas chromatography
RD 52.24.438-95: Guidelines. Methods for measuring the mass concentration of MCPA and 2, 4-D in the surface land waters using gas chromatography
RD 52.24.439-2007: Mass concentration of non-ionic synthetic surfactants and polyethylene glycols in waters. Measurement Technique by Extraction-Photometric Method
RD 52.24.440-2006: Amount of mass concentrations of 4-7 nuclear polycyclic aromatic hydrocarbons in water. Method of measurement by fluorescent method using thin layer chromatography
RD 52.24.446-2008: The mass concentration of Cr (VI) in waters. Measurement technique of photometric method with diphenylcarbazide.
RD 52.24.446-95: Guidelines. Methods for measuring chromium (VI) mass concentration in waters by photometric method with diphenylcarbazide
RD 52.24.448-2009: Mass concentration of lead in waters. Methods for measuring by photometric method with hexaoxacycloazochrome
RD 52.24.449-2008: Mass concentration of Aluminium in waters. Measurement technique of photometric method with sulphur-chrome or chromazurol S.
RD 52.24.449-95: Guidelines. Methods for measuring the mass concentration of aluminum in waters by the photometric method with sulfochrome
RD 52.24.450-2010: Mass concentration of hydrogen sulfide and sulfides in waters. Methods of measurement using photometric method with N, N-dimethyl-n-phenylenediamine
RD 52.24.450-95: Methodical guidelines. Measuring method of concentration by mass of hydrogen sulfide and sulfides in water by photometric method with N,N-dimethyl-n- phenylenediamine
RD 52.24.452-2011: Mass concentration of dithiophosphates in waters. Measurement technique by extraction-photometric method
RD 52.24.454-2006: Mass concentration of oil components in water. Measurement technique using infrared photometric and fluorescent methods with surface chromatography.
RD 52.24.459-2012: Mass concentration of eptam, molinata, triallate, thiobencarb in waters. Measurement method gas chromatography
RD 52.24.459-95: Methodical instructions. The methodology for measuring the mass concentration of eptam, molinate, triallate, thiobencarb in surface water of the land by gas chromatography
RD 52.24.464-2011: Mass concentration of zinc in waters. Methods of measurement using densitometric method with reactive indicator paper
RD 52.24.465-2011: Mass concentration of copper in waters. Methods of measurement using densitometric method with reactive indicator paper
RD 52.24.466-2011: Mass concentration of total iron in waters. Measurement technique by densitometric method with reactive indicator paper
RD 52.24.467-2008: Mass concentration of manganese ions in water. Measurement technique using photometric method with formaldoxime.
RD 52.24.467-95: Guidelines. Methods for measuring the mass concentration of manganese in waters by the photometric method with formaldoxime
RD 52.24.468-2005: Suspended matters and total impurity content in waters. Measurement procedure of mass concentration by gravimetric method.
RD 52.24.468-2019: Mass concentration of suspended solids and solids in water. Gravimetric measurement procedure
RD 52.24.470-2014: Mass concentration of calcium and magnesium in waters. Measurement technique flame atomic absorption method
RD 52.24.472-2012: Mass concentration of hloridazona in waters. Measurement method gas chromatography
RD 52.24.472-95: Methodical instructions. The method of measuring the mass concentration of chloridazone in the surface water of the land by gas chromatography
RD 52.24.473-2012: Mass concentration of volatile aromatic hydrocarbons in waters. Measurement technique by gas chromatography using equilibrium vapor analysis
RD 52.24.476-2007: Mass concentration of petroleum products in waters. Measurement Technique by IR-Photometric Method
RD 52.24.479-2008: Mass concentration of mercury in water. Methods of measurement by atomic absorption cold vapour.
RD 52.24.480-2006: Mass concentration of volatile phenols in the waters. The method of measurement by accelerated extraction-photometric method without distillation
RD 52.24.481-2007: Mass concentration of total nitrogen in waters. Methods of measurement by UV spectrophotometric method after oxidation with potassium persulfate
RD 52.24.482-2012: Mass concentration of volatile chlorine substituted hydrocarbons in waters. Measurement technique by gas chromatography using equilibrium vapor analysis
RD 52.24.483-2005: Mass concentration of sulfates in water. Procedure of measurement by gravimetric method
RD 52.24.484-2012: Mass concentration of phenmedifam in the waters. Measurement method gas chromatography
RD 52.24.484-95: Methodical instructions. Methodology for measuring the mass concentration of phenmedifam in surface waters of the land by gas chromatography
RD 52.24.485-2012: Mass concentration of chlorpyrifos in waters. Measurement method gas chromatography
RD 52.24.485-95: Methodical instructions. The method of measuring the mass concentration of chlorpyrifos in surface waters of the land by gas chromatography
RD 52.24.486-2009: Mass concentration of ammonia and ammonium ions in waters. The method of measurement using the photometric method with Nessler's reagent
RD 52.24.486-95: Guidelines. Methods for measuring the mass concentration of ammonia and ammonium ions in waters by the photometric method with Nessler's reagent
RD 52.24.487-2011: Mass concentration of phenol, alkylphenols and monochlorophenols in waters. Measurement method gas chromatography
RD 52.24.488-2006: Mass concentration of volatile phenol in waters. Measurement procedure by extraction-photometric method after distillation with steam.
RD 52.24.488-95: Guidelines. Methods for measuring the mass concentration of the sum of volatile phenols in waters by the photometric method after distillation with steam
RD 52.24.492-2006: Mass concentration of formaldehyde in water. Measurement technique using photometric method with acetylacetone.
RD 52.24.493-2006: Mass concentration of hydrocarbons and alkalinity of surface water of land and treated wastewater. Titrimetric Measurement Technique
RD 52.24.493-2020: Mass concentration of hydrocarbons and alkalinity of natural waters. Measurement procedure by titrimetric method
RD 52.24.494-2006: Mass concentration of nickel in waters. The method of measurement using the photometric method with dimethylglyoxime
RD 52.24.494-95: Guidelines. Methods for measuring the mass concentration of nickel in surface water by photometric method with dimethylglyoxime
RD 52.24.495-2005: Hydrogen indicator and specific electrical conductivity of water. Electrometric Measurement Technique
RD 52.24.495-2017: Hydrogen indicator of waters. Measurement procedure by potentiometric method
RD 52.24.496-2005: Temperature, clarity and odor of surface waters. Method of measurement
RD 52.24.496-2018: Methods of measuring temperature, transparency and determining the smell of water
RD 52.24.497-2005: The color of the surface land waters. Methods for making measurements by photometric and visual methods
RD 52.24.504-2010: Mass concentration of fats in the waters. Measurement Technique by IR-Photometric Method
RD 52.24.504-98: Methodological instructions. Methods of measurement of fat mass concentration waters using IR photometric method.
RD 52.24.505-2010: Mass fraction of oil components in bottom sediments. The method of measurement with the identification of their composition and origin of IR-photometric, luminescent and gas chromatographic methods
RD 52.24.506-2009: Mass concentration of acetone in waters. The method of measurement by gas chromatography
RD 52.24.506-98: Guidelines. Methods for measuring the mass concentration of acetone in waters by gas chromatography
RD 52.24.507-2012: Mass concentration of di- and polychlorophenols in waters. Measurement method gas chromatographic method. Hydrochemical Institute (GHI)
RD 52.24.508-96: Guidelines. Organization and functioning of the subsystem for monitoring the state of transboundary surface land waters
RD 52.24.512-2012: Volumetric concentration of methane in waters. Measurement technique by gas chromatography using equilibrium vapor analysis
RD 52.24.515-2005: Mass concentration of carbon dioxide in the surface land waters. The method of measurement using titrimetric and calculation methods
RD 52.24.515-2019: Mass concentration of carbon dioxide in water. Measurement procedure by titrimetric and calculation methods
RD 52.24.516-2006: Mass concentration of copper and zinc in waters. The method of measurement using the photometric method from a single sample
RD 52.24.517-2008: Alkaline phosphatase and esterase seston activity indices in surface water. Measuring methodic by photometric method.
RD 52.24.518-2008: Mass concentration of nitrites in the water. Measurement technique using photometric method with sulphanilamide and N- ( 1-naphthyl) ethylenediamine dihydrochloride.
RD 52.24.519-2011: Mass concentration of cyanides and thiocyanates in waters. Methods of measurement by photometric method with barbituric (thiobarbituric) acid
RD 52.24.520-2011: Mass concentration of cyanides in waters. Methods for making measurements by the photometric method with nicotinamide
RD 52.24.521-2009: Mass concentration of iron (II) in waters. Methods for measuring by photometric method with 1, 10-phenanthroline. Hydrochemical Institute (GHI)
RD 52.24.522-2009: Mass concentration of total chromium in the waters. The method of measurement using photometric method with diphenylcarbazide
RD 52.24.523-2009: Mass concentration of nitrates in waters. Methods for measuring by photometric method with sulfanilamide and N- (1-naphthyl) ethylenediamine dihydrochloride after reduction in a cadmium reducer
RD 52.24.524-2009: Mass concentration of carbonates in waters. Titrimetric Measurement Technique
RD 52.24.526-2012: Mass concentration of arsenic in waters. Measurement by atomic absorption method
RD 52.24.528-2012: Mass concentration of nitrates in waters. Measurement technique by photometric method with sulfanilamide and N- (1-naphthyl) ethylenediamine dihydrochloride after reduction with hydrazine sulfate
RD 52.24.529-2013: Mass concentration of polychlorophenols in waters. Measurement technique by gas chromatography after derivatization with monochloroacetic acid anhydride. Hydrochemical Institute (GHI)
RD 52.24.530-2016: Mass concentration of ammonia nitrogen in water. Procedure of measurement by photometric method in the form of derivatives of indophenol with salicylate
RD 52.24.531-2016: Chemical oxygen consumption in water. Procedure of measurements by titration method with sample mineralization in a thermal reactor
RD 52.24.532-2016: Mass concentration of total nitrogen in water. Measurement procedure by spectrophotometric method with sample digestion in thermal reactor
RD 52.24.533-2017: Mass concentration of fluorides in water. Photometric measurement method with lanthanum-alizarin complexone in the presence of acetone
RD 52.24.539-2022: Mass concentration of polycyclic aromatic hydrocarbons in water. Measurement technique by high performance liquid chromatography with spectrofluorimetric detection
RD 52.24.609-2013: Organizing and conducting observations on the content of pollutants in bottom sediments of water bodies
RD 52.24.620-2000: Guidelines. Protection of Nature. Hydrosphere. Organization and functioning of the subsystem of monitoring of anthropogenic eutrophication of freshwater ecosystems
RD 52.24.635-2002: Guidelines. Observation of toxic pollution of bottom sediments in freshwater ecosystems based on biotesting. Hydrochemical Institute (GHI)
RD 52.24.662-2004: Assessment of toxic pollution of natural waters and sediments of freshwater ecosystems using biotesting methods using rotifers
RD 52.24.669-2005: Unified biotesting methods for detecting toxic pollution of surface land waters using microzooplankton
RD 52.24.670-2005: Unified method for the determination of the acute toxicity of surface water samples containing suspended solids
RD 52.44.2-94: Comprehensive survey of environmental pollution of industrial areas with intensive anthropogenic load
RD 52.44.588-2016: Mass concentration of organochlorine pesticides and the sum of polychlorbiphenyl isomers in air and precipitation samples. Method of measurement by gas-liquid chromatography
RD 52.44.590-2016: Mass concentration of priority components of polycyclic aromatic hydrocarbons in samples of precipitation and surface water. Measurement technique by high performance liquid chromatography
RD 52.44.594-2016: Mass concentration of heavy metals in precipitation and surface waters. Measurement technique by atomic absorption spectrometry with flameless atomization
RDT 06-2011: General requirements for the competence of laboratories (centers) performing measurements for the purpose of monitoring the environment and its pollution
SP 11-102-97: Engineering environmental site investigations for construction
SP 151.13330.2012: Engineering site investigations for nuclear power plants construction
SP 47.13330.2012: Engineering survey for construction. Basic principles
SP 482.1325800.2020: Engineering and hydrometeorological surveys for construction. General rules for the production of work
ST RK 1432-2005: Drinking waters packed in containers, including natural mineral water and table drinking water. General specification for drinking packed waters. In substitution of STRK 452-94
ST RK 2318-2013: Water. Determination of elements by atomic absorption method with electrothermal atomization
ST RK 2324-2013: WATER. Determination of mercury content by the cold vapour method
ST RK 2392-2013: Water. Determination of formaldehyde content by fluorimetric method
ST RK 2486-2014: Protection of Nature. drinking water, natural, clean technology, waste, treated waste. Determination of mass concentration of cobalt, tin, and lead by stripping voltammetry
ST RK 2487-2014: Protection of Nature. drinking water, natural, clean technology, waste, treated waste. Determination of mass concentration of potassium, selenium and silver by stripping voltammetry
ST RK 2727-2015: Water quality. Method for the determination of fluoride
ST RK 2730-2015: Water quality. Method for the determination of nitrate ions
ST RK GOST R 51592-2003: Water. Sampling general requirements
ST RK GOST R 52991-2010: Water. Methods for determination of total and dissolved organic carbon
STB GOST R 51392-2001: Drinking water. Determination of volatile organohalogen compounds by gas liquid chromatography
STB GOST R 51592-2001: Water. General requirements for sampling
STB GOST R 51680-2001: Drinking water. Method for determination of cyanide content
VRD 39-1.13-056-2002: Purification technology for different mediums and surfaces contaminated with hydrocarbons
Customers Who Viewed This Item Also Viewed:
 |
Unified system for design documentation. Types and sets of design documentation
Language: English |
Loads and impacts
Language: English |
Vessels and Apparatus. Norms and methods of strength calculation from wind loads, seismic influence and other external loads
Language: English |
Articulated connector devices with cast male and female parts for freight cars of articulated type. General technical specifications
Language: English |
 |
|
YOUR ORDERING MADE EASY!
RussianGost.com is an industry-leading company with stringent quality control standards and our dedication to precision, reliability and accuracy are some of the reasons why some of the world’s largest companies trust us to provide their national regulatory framework and for translations of critical, challenging, and sensitive information.
Our niche specialty is the localization of national regulatory databases involving: technical norms, standards, and regulations; government laws, codes, and resolutions; as well as RF agency codes, requirements, and Instructions.
We maintain a database of over 220,000 normative documents in English and other languages for the following 12 countries: Armenia, Azerbaijan, Belarus, Kazakhstan, Kyrgyzstan, Moldova, Mongolia, Russia, Tajikistan, Turkmenistan, Ukraine, and Uzbekistan.
Placing Your Order
Please select your chosen document, proceed to the ‘checkout page’ and select the form of payment of your choice. We accept all major credit cards and bank wire transfers. We also accept PayPal and Google Checkout for your convenience. Please contact us for any additional arrangements (Contract agreements, PO, etc.).
Once an order is placed it will be verified and processed within a few hours up to a rare maximum of 24 hours.
For items in stock, the document/web link is e-mailed to you so that you can download and save it for your records.
For items out of stock (third party supply) you will be notified as to which items will require additional time to fulfil. We normally supply such items in less than three days.
Once an order is placed you will receive a receipt/invoice that can be filed for reporting and accounting purposes. This receipt can be easily saved and printed for your records.
Your Order Best Quality and Authenticity Guarantee
Your order is provided in electronic format (usually an Adobe Acrobat or MS Word).
We always guarantee the best quality for all of our products. If for any reason whatsoever you are not satisfied, we can conduct a completely FREE revision and edit of products you have purchased. Additionally we provide FREE regulatory updates if, for instance, the document has a newer version at the date of purchase.
We guarantee authenticity. Each document in English is verified against the original and official version. We only use official regulatory sources to make sure you have the most recent version of the document, all from reliable official sources.