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2020 (367)

Other norms

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FR.1.31.2001.00323

PND F 14.1: 2.84-96 MVI of formaldehyde in natural and waste waters by the photometric method. Instead, it was introduced by FR.1.31.2013.14001

FR.1.31.2001.00324

PNDF 14.2: 4.154-99 MVI of permanganate oxidability in drinking and natural water samples by the titrimetric method (FR 31.31.2013 133900 was replaced instead)

FR.1.31.2001.00325

PND F 14.1: 2: 4.153-99 MVI of Trilon B in drinking, natural and wastewater samples by the titrimetric method (FR 31.31.2013.13904 was replaced instead)

FR.1.31.2001.00326

PND F 14.2: 4.75-96 MVI organophosphorus and symmetry-triazine herbicides in drinking and natural waters by GLC. Instead, it was introduced by FR.1.31.2013.13994

FR.1.31.2001.00327

PND F 14.1.78-96 MVI of organophosphorus and symmetry-triazine herbicides in wastewater by GLC

FR.1.31.2001.00328

PND F 14.1: 2.162-00 MVI carbon disulphide in natural and waste water samples by the photometric method

FR.1.31.2001.00329

PND F 14.1: 2.142-98 MVI of ether-derived substances in natural and waste waters (FR 1.31.2013.13909 was introduced instead)

FR.1.31.2001.00330

PND F 14.2: 4.74-96 MVI organochlorine pesticides and polychlorinated biphenyls in drinking and natural waters by GLC (Replaced with FR.1.31.2013.13913)

FR.1.31.2001.00331

PND F 14.1.79-96 MVI of organochlorine pesticides and polychlorinated biphenyls in wastewater by GLC

FR.1.31.2001.00332

PNDF 14.1: 2: 4.137-98 MVI magnesium, calcium and strontium in drinking, natural and waste waters by atomic absorption spectrometry

FR.1.31.2001.00333

PND F 14.1: 2: 4.161-00 MWI aluminum in drinking, natural and waste water samples by the photometric method (with chromazurol). Instead, it was introduced by FR.1.31.2013.14002

FR.1.31.2001.00334

PND F 14.1: 2: 4.138-98 MVI of sodium, potassium, lithium and strontium in drinking, natural and waste waters using flame emission spectrometry. Instead, it was introduced by FR.1.31.2013.13989

FR.1.31.2001.00335

PND F 14.1: 2: 4.139-98 MVI of cobalt, nickel, copper, chromium, zinc, manganese, iron, silver in drinking, natural and waste waters using atomic absorption spectrometry. Instead, it was introduced by FR.1.31.2013.13993

FR.1.31.2001.00336

PND F 14.1: 2: 4.143-98 MVI of aluminum, barium, boron, iron, cobalt, manganese, copper, nickel, strontium, titanium, chromium and zinc in samples of drinking, natural and waste waters by atomic emission spectrometry in an inductively coupled plasma (FD.1

FR.1.31.2001.00337

PND F 14.1: 2: 4.140-98 (2007 edition) Methods for measuring mass concentrations of beryllium, vanadium, bismuth, cadmium, cobalt, copper, molybdenum, arsenic, nickel, tin, lead, selenium, silver, antimony, chromium in drinking, natural, waste water by at

FR.1.31.2001.00338

PND F 14.2: 4.176-2000 (2007 edition) "Methods for measuring mass concentrations of anions (chlorides, sulfates, nitrates, sulfates bromides and iodides) in natural and drinking waters by ion chromatography"

FR.1.31.2001.00339

PND F 14.1.175-2000 (2007 edition) "Methods for measuring mass concentrations of anions (chlorides, sulfates, nitrates, bromides and iodides) in wastewater using ion chromatography"

FR.1.31.2001.00340

PND F 14.1: 2: 4.156-99 (2007 edition) Methods for measuring mass concentrations of rhodanides in drinking, natural and wastewater samples by the photometric method

FR.1.31.2001.00341

PND F 14.1: 2.164-00 MVI of hexacyanoferrates in natural and waste water samples by the photometric method

FR.1.31.2001.00342

PND F 14.1: 2: 4.163-00 MVI of sulfite and thiosulfate ions in samples of drinking, natural and waste waters by the titrimetric method

FR.1.31.2001.00343

PND F 14.1: 2: 4.165-00 MVI of total phosphorus in drinking, natural and waste water samples by the photometric method

FR.1.31.2001.00344

PND F 14.1: 2: 4.155-99 MVI of urea in drinking, natural and wastewater samples by the photometric method. Instead, it was introduced by FR.1.31.2013.13992

FR.1.31.2001.00345

NDP 10.1: 2: 3.71-01 MVI of total phosphorus in drinking, natural and waste water samples by the photometric method

FR.1.31.2001.00346

NDP 10.1: 2: 3.24-96 MWI of organic nitrogen by the Kjeldahl method in drinking, natural and waste waters (Replaced by FR 1/31/2013,13914)

FR.1.31.2001.00347

NDP 10.1: 2.62-98 MVI of bromates anions in drinking and natural waters. Instead, it was introduced by FR.1.31.2013.13984

FR.1.31.2001.00348

NDP 10.1: 2: 3.28-96 MVI of orthophosphate in drinking, natural and waste waters. Instead, it was introduced by FR.1.31.2013.13985

FR.1.31.2001.00349

NDP 10.1: 2: 3.70-00 MVI of hydrogen sulfide, sulfides and hydrosulfides in drinking, natural and waste waters by the photometric method. Instead, it was introduced by FR.1.31.2013.13983

FR.1.31.2001.00350

NDP 10.1: 2.26-96 MVI turbidity in drinking and natural waters. Instead, it was introduced by FR.1.31.2013.13986

FR.1.31.2001.00351

NDP10.1: 2: 4.67-00 MVI of chlorite and chlorate anions by ion chromatography in drinking, natural waters and process solutions. Instead, it was introduced by FR.1.31.2013.13991

FR.1.31.2001.00352

NDP 10.1: 2: 3.73-01 MVI of bichromate oxidation (COD) in samples of drinking, natural and waste water by the photometric method. Instead, it was introduced by FR.1.31.2013.13998

FR.1.31.2001.00353

NDP 20.1: 2.32-96 MVI of urea in drinking and natural waters by the enzymatic method

FR.1.31.2001.00354

NDP 20.1: 2: 3.40-97 MVI of petroleum products in drinking, natural and waste waters by the method of IR-spectroscopy. Instead, it was introduced by FR.1.31.2013.13987

FR.1.31.2001.00355

NDP 20.1: 2: 3.21-95 MVI of mercury in drinking, natural and waste waters using flameless atomic absorption spectrometry. Instead, it was introduced by FR.1.31.2013.13996

FR.1.31.2001.00356

NDP 30.2: 3.36-98 MVI 2-mercaptobenzothiazole in natural and waste waters

FR.1.31.2001.00357

NDP 30.1: 2: 3.35-96 MVI 2, 4-dichlorophenoxyacetic acid (2, 4-D) by gas chromatography in drinking, natural and waste waters

FR.1.31.2001.00358

NDP 30.1: 2: 3.9-95 MVI of organic dissolved carbon in drinking, natural and waste waters

FR.1.31.2001.00359

NDP 30.1: 2: 3.41-97 MVI of benzene and its derivatives in drinking, natural and waste waters

FR.1.31.2001.00361

NDP 30.1: 2.8-95 MVI of volatile organohalogen compounds in drinking and natural waters

FR.1.31.2001.00362

NDP 30.1: 2.1-94 MVI of phenol and phenol derivatives in drinking and natural waters

FR.1.31.2001.00363

NDP 30.3.34-96 MVI of phenol and phenol derivatives in wastewater

FR.1.31.2001.00364

NDP 30.1: 2: 3.12-99 MVI chlorophenols in drinking, natural and waste waters

FR.1.31.2001.00365

NDP 30.1: 2: 3.74-01MVI monochlorophenols and nitrophenols using chromatography-mass spectrometry in drinking, natural and waste waters. Instead, it was introduced by FR.1.31.2013.13988

FR.1.31.2001.00366

NDP 30.2: 3.43-98 MVI of furfural by photometric method in natural and waste waters

FR.1.31.2001.00367

NDP 30.1: 2: 3.69-00MVI hydrazine in drinking, natural and waste waters. Instead, it was introduced by FR.1.31.2013.13997

FR.1.31.2001.00368

NDP 30.1: 2: 3.68-00 MVI of organic compounds in drinking, natural and waste waters using chromatography-mass spectrometry (FR 31.31.2013.13903 was introduced instead)

FR.1.31.2001.00369

NDP 30.4.65-01 MVI of free acrylamide in polyacrylamide flocculants. Instead, it was introduced by FR.1.31.2013.13990

FR.1.31.2001.00370

Determination of ammonium ions in drinking, natural and waste waters using polarographic method

FR.1.31.2001.00371

Determination of dissolved oxygen in drinking, natural and waste waters by the polarographic method

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