🇵🇱 GŁÓWNY INSTYTUT GÓRNICTWA – PL

PCA AB 005 • Katowice, Poland • 570 methods

Petrochemistry & fuelsEnvironmentMaterials & polymersWater & wastewaterConstructionFood & beverages

GŁÓWNY INSTYTUT GÓRNICTWA – is a laboratory accredited by PCA under number AB 005 (Katowice, Poland). Its accreditation scope covers 570 test methods in the following areas: Petrochemistry & fuels, Environment, Materials & polymers, Water & wastewater. Test objects include: Water, sewage, Solid fuels: hard coal, Water, Sewage, Solid fuels: hard coal, brown coal, coke from hard coal.

At a glance

Accreditation number: PCA AB 005
Methods in scope: 570
Types of test objects: 139
City: Katowice, Poland

Accreditation number: AB 005
Accreditation body: PCA
Address: PAŃSTWOWY INSTYTUT BADAWCZY, ZESPÓŁ LABORATORIÓW BADAWCZYCH I WZORCUJĄCYCH GIG-PIB, Pl. Gwarków 1, 40-166 Katowice, CENTRAL MINING INSTITUTE –, NATIONAL RESEARCH INSTITUTE
City: Katowice, Poland

What this laboratory tests (139)

Water, sewage — 36 methods
Solid fuels: hard coal — 34 methods
Water, Sewage — 21 methods
Solid fuels: hard coal, brown coal, coke from hard coal — 20 methods
Solid fuels: solid biofuel — 19 methods
Solid fuels: solid recovered fuels — 18 methods
Machinery and equipment – noise — 14 methods
Stranded conductors — 14 methods
Solid fuels: mixture of solid biofuel with solid fuel, mixture of solid recovered fuel with solid fuel — 13 methods
Ground — 12 methods
Water — 12 methods
Conductors — 11 methods
Rocks and stone materials — 11 methods
Solid wastesO): code 01 01 02, 01 03 06, 01 04 12, 01 04 81, 10 01 01, 10 01 02, 10 01 03, 10 01 05, 10 01 07, 10 01 17, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 09 08, 17 01 01, 17 01 02, 17 01 81, 17 05 04, 17 05 08, 17 09 04, 19 01 12, 19 08 01, 19 08 02, 19 08 05, 19 08 14, 19 09 01, 19 09 02, 19 12 09, 19 13 06 Slag, bottom ash, and boiler dust, coal fly ash, solid waste from lime-based flue gas desulfurization methods, sands from fluidized beds, mixtures of fly ash and solid waste from lime-based flue gas desulfurization methods, ash-slag mixtures from wet discharge of combustion waste Ground Building materials: mineral aggregates — 11 methods
Solid wastesO): code 19 08 05, 19 12 01, 19 12 04, 19 12 06, 19 12 07, 19 12 08, 19 12 10, solid fuel: solid recovered fuels - refuse derived fuel — 11 methods
and 124 more

Certificate information

Issue date: 18.12.2025
Issue no.: 29

Accreditation scope — test methods (570)

No.	Test object	Methodology / Parameters	Reference document
Test methods
1	Water Water intended for human consumption Wastewater	Activity concentration of radionuclide: 226Ra Range: (0,004 – 1000) Bq/dm3 (kBq/m3) Liquid Scintillation Counting (LSC)	Procedura SCR/ZLGIG/1-002 edycja 7 z dnia 25.08.2023 r. Procedure SCR/ZLGIG/1-002 7th edition of 25 August 2023
2	Water Water intended for human consumption Wastewater	Activity concentration of radionuclide: 228Ra Range: (0,02 – 1000) Bq/dm3 (kBq/m3) Liquid Scintillation Counting (LSC)	Procedura SCR/ZLGIG/1-002 edycja 7 z dnia 25.08.2023 r. Procedure SCR/ZLGIG/1-002 7th edition of 25 August 2023
3	Water Water intended for human consumption Wastewater	Activity concentration of radionuclide: 90Sr Range: (0,01 – 1000) Bq/dm3 (kBq/m3) Liquid Scintillation Counting (LSC)	Procedura SCR/ZLGIG/1-020 edycja 5 z dnia 25.08.2023 r. Procedure SCR/ZLGIG/1-020 5th edition of 25 August 2023
4	Water Water intended for human consumption Wastewater	Activity concentration of radionuclide: 3H Range: (5 – 1000) Bq/dm3 (kBq/m3) Liquid Scintillation Counting (LSC)	Procedura SCR/ZLGIG/1-017 edycja 4 z dnia 25.08.2023 r. Procedure SCR/ZLGIG/1-017 4th edition of 25.08.2023
5	Water Water intended for human consumption Wastewater	Activity concentration of radionuclide: 222Rn Range: (2 – 4000) Bq/dm3 (kBq/m3) Liquid Scintillation Counting (LSC)	Procedura SCR/ZLGIG/1-022 edycja 3 z dnia 25.08.2023 r. Procedure SCR/ZLGIG/1-022 3rd edition of 25 August 2023
6	Water Water intended for human consumption Wastewater	Activity concentration of radionuclide: 238U, 235U, 234U Range: 0,4 mBq/L – 3 GBq/L Alpha spectrometry	Procedura SCR/ZLGIG/1-023 edycja 1 z dnia 24.02.2025 r. Procedure SCR/ZLGIG/1-023 1st edition of 24 February 2025
7	Water Water intended for human consumption Wastewater	Total alpha activity Range: (0,04 – 50) Bq/dm3 (kBq/m3) Liquid Scintillation Counting (LSC)	Procedura SCR/ZLGIG/1-021 edycja 4 z dnia 25.08.2023 r. Procedure SCR/ZLGIG/1-021 4th edition of 25 August 2023
8	Water Water intended for human consumption Wastewater	Total beta activity Range: (0,1 – 50) Bq/dm3 (kBq/m3) Liquid Scintillation Counting (LSC)	Procedura SCR/ZLGIG/1-021 edycja 4 z dnia 25.08.2023 r. Procedure SCR/ZLGIG/1-021 4th edition of 25.08.2023
9	Water Water intended for human consumption Wastewater	Calculation of Indicative Dose (ID) from water consumption	Procedura SCR/ZLGIG/1-002 edycja 7 z dnia 25.08.2023 r. Procedure SCR/ZLGIG/1-002 7th edition of 25.08.2023
10	Water Water intended for human consumption Wastewater	Activity concentration of gamma- emitting radionuclides in energy range 40 – 2000 keV Range: 0,02 Bq/dm3 – 100 kBq/dm3 Gamma-ray spectrometry	Procedura SCR/ZLGIG/2-004 edycja 8 z dnia 25.08.2023 r. Procedure SCR/ZLGIG/2-004 8th edition of 25 August 2023
11	Water Water intended for human consumption Wastewater	Calculation of committed effective dose for unit intake of the tested material Calculation of committed effective dose from intake of radioactive material	Procedura SCR/ZLGIG/2-005 edycja 3 z dnia 25.08.2023 r. Procedure SCR/ZLGIG/2-005 3rd edition of 25 August 2023
12	Air Building items	Activity concentration of radon 222Rn Range for 1 month exposition: 31 – 11 111 Bq/m3 Track detectors	Procedura SCR/ZLGIG/2-011 edycja 4 z dnia 05.05.2025 Procedure SCR/ZLGIG/2-011 4th edition of 05 May 2025
13	Air Building items	Activity concentration of radon 222Rn Range for given time of exposition: 40 – 8000 kBq*h/m3 divided by exposition time expressed in hours Track detectors	Procedura SCR/ZLGIG/2-011 edycja 4 z dnia 05.05.2025 Procedure SCR/ZLGIG/2-011 4th edition of 05 May 2025
14	Soil, ground, rocks Sediments Air Fuels Biological items and materials for testing (human, animal, vegetable and other natural) Food Agricultural products Animal feedstuffs Building products, materials Other products Air filter Waste O): code 01 01 01, 01 01 02, 01 01 80, 01 03 05, 01 03 07, 01 03 09, 01 03 80, 01 03 81, 01 04 02, 01 04 07, 01 04 08, 01 04 11, 01 04 12, 01 04 80, 02 01 01, 02 01 10, 02 02 04, 03 01 82, 04 02 19, 05 01 09, 06 13 02, 10 01 01, 10 01 02, 10 01 03, 10 01 04, 10 01 05, 10 01 07, 10 01 14, 10 01 15, 10 01 16, 10 01 17, 10 01 18, 10 01 19, 10 01 20,10 01 21, 10 01 22, 10 01 23, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 01 99, 10 02 01, 10 02 02, 10 02 07, 10 02 08, 10 02 10, 10 02 13, 10 02 14, 10 02 15, 10 02 80, 10 03 04, 10 03 19, 10 03 20, 10 03 23, 10 03 24, 10 03 25, 10 05 80, 10 09 99, 10 11 03, 10 11 99, 12 01 21, 17 01 01, 17 01 02, 17 01 03, 17 01 06, 10 01 07,17 01 82, 17 02 02, 17 05 03, 17 05 04, 17 05 05, 17 05 06, 17 05 08, 19 01 05, 19 01 06, 19 01 07, 19 01 11, 19 01 12, 19 01 13, 19 01 14, 19 02 06, 19 09 02, 19 08 14, 19 09 04, 19 09 99, 19 12 09, 19 13 06	Activity concentration of gamma- emitting radionuclides in the energy range: Energy range of the measured gamma radiation: 40 – 2000 keV Determination range: 0,1 Bq/kg – 100 MBq/kg Gamma-ray spectrometry method	Procedura SCR/ZLGIG/2-004 edycja 8 z dnia 25.08.2023 r. Procedure SCR/ZLGIG/2-004 8th edition of 25 August 2023
15	Soil, ground, rocks Sediments Frtilizers Fuels Biological items and materials (human, animal, vegetable and other natural) Food Agricultural products Animal feedstuffs Other products Air filter Waste O): code 01 01 01, 01 01 02, 01 01 80, 01 03 05, 01 03 07, 01 03 09, 01 03 80, 01 03 81, 01 04 02, 01 04 07, 01 04 08, 01 04 11, 01 04 12, 01 04 80, 02 01 01, 02 01 10, 02 02 04, 03 01 82, 04 02 19, 05 01 09, 06 13 02, 10 01 01, 10 01 02, 10 01 03, 10 01 04, 10 01 05, 10 01 07, 10 01 14, 10 01 15, 10 01 16, 10 01 17, 10 01 18, 10 01 19, 10 01 20, 10 01 21, 10 01 22, 10 01 23, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 01 99, 10 02 01, 10 02 02, 10 02 07, 10 02 08, 10 02 10, 10 02 13, 10 02 14, 10 02 15, 10 02 80, 10 03 04, 10 03 19, 10 03 20, 10 03 23, 10 03 24, 10 03 25, 10 05 80, 10 09 99, 10 11 03, 10 11 99, 12 01 21, 17 01 01, 17 01 02, 17 01 03, 17 01 06, 10 01 07, 17 01 82, 17 02 02, 17 05 03, 17 05 04, 17 05 05, 17 05 06, 17 05 08, 19 01 05, 19 01 06, 19 01 07, 19 01 11, 19 01 12, 19 01 13, 19 01 14, 19 02 06, 19 09 02, 19 08 14, 19 09 04, 19 09 99, 19 12 09, 19 13 06	Activity concentration of radionuclide: 238U, 235U, 234U Range: 0,02 Bq/kg – 3 GBq/kg Alpha spectrometry	Procedura SCR/ZLGIG/1-023 edycja 1 z dnia 24.02.2025 r. Procedure SCR/ZLGIG/1-023 1st edition of 24 February 2025
16	Soil, ground, rocks Sediments Air Fuels Other products Air filter Waste O): code 01 01 01, 01 01 02, 01 01 80, 01 03 05, 01 03 07, 01 03 09, 01 03 80, 01 03 81, 01 04 02, 01 04 07, 01 04 08, 01 04 11, 01 04 12, 01 04 80, 02 01 01, 02 01 10, 02 02 04, 03 01 82, 04 02 19, 05 01 09, 06 13 02, 10 01 01, 10 01 02, 10 01 03, 10 01 04, 10 01 05, 10 01 07, 10 01 14, 10 01 15, 10 01 16, 10 01 17, 10 01 18, 10 01 19, 10 01 20, 10 01 21, 10 01 22, 10 01 23, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 01 99, 10 02 01, 10 02 02, 10 02 07, 10 02 08, 10 02 10, 10 02 13, 10 02 14, 10 02 15, 10 02 80, 10 03 04, 10 03 19, 10 03 20, 10 03 23, 10 03 24, 10 03 25, 10 05 80, 10 09 99, 10 11 03, 10 11 99, 12 01 21, 17 01 01, 17 01 02, 17 01 03, 17 01 06, 10 01 07, 17 01 82, 17 02 02, 17 05 03, 17 05 04, 17 05 05, 17 05 06, 17 05 08, 19 01 05, 19 01 06, 19 01 07, 19 01 11, 19 01 12, 19 01 13, 19 01 14, 19 02 06, 19 09 02, 19 08 14, 19 09 04, 19 09 99, 19 12 09, 19 13 06	Activity concentration of radionuclide: 90Sr Range: 2 Bq/kg – 0,2 MBq/kg Liquid Scintillation Counting (LSC)	Procedura SCR/ZLGIG/1-020 edycja 5 z dnia 25.08.2023 r. Procedure SCR/ZLGIG/1-020 5th edition of 25 August 2023
17	Biological items and materials (human, animal, vegetable and other natural) Food Agricultural products Animal feedstuffs	Activity concentration of radionuclide: 90Sr Range: 0,06 – 1000 Bq/kg Liquid Scintillation Counting (LSC)	Procedura SCR/ZLGIG/1-020 edycja 5 z dnia 25.08.2023 r. Procedure SCR/ZLGIG/1-020 5th edition of 25 August 2023
18	Biological items and materials (human, animal, vegetable and other natural) Food Agricultural products Animal feedstuffs	Activity concentration of radionuclide: 90Sr Range: 0,06 – 1000 Bq/dm3 (kBq/m3) Liquid Scintillation Counting (LSC)
19	Building products, materials Construction products and materials Waste O): 01 01 01, 01 01 02, 01 01 80, 01 03 05, 01 03 07, 01 03 09, 01 03 80, 01 03 81, 01 04 07, 01 04 08, 01 04 80, 02 01 01, 02 01 10, 02 02 04, 03 01 82, 04 02 19, 05 01 09, 06 13 02, 10 01 01, 10 01 02, 10 01 03, 10 01 04, 10 01 05, 10 01 07, 10 01 14, 10 01 15, 10 01 16, 10 01 17, 10 01 18, 10 01 19, 10 01 20, 10 01 21, 10 01 22, 10 01 23, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 01 99, 10 02 01, 10 02 02, 10 02 07, 10 02 08, 10 02 10, 10 02 13, 10 02 14, 10 02 15, 10 02 80, 10 03 04, 10 03 19, 10 03 20, 10 03 23, 10 03 24, 10 03 25, 17 01 01, 17 01 02, 17 01 03, 17 01 06, 10 01 07, 17 01 82, 17 02 02, 17 05 03, 17 05 04, 17 05 05, 17 05 06, 17 05 08, 19 01 05, 19 01 06, 19 01 07, 19 01 11, 19 01 12, 19 01 13, 19 01 14, 19 09 02, 19 09 04	Activity concentration of radionuclide: 40K Range: (10 – 1 000 000) Bq/kg Gamma-ray spectrometry	Procedura SCR/ZLGIG/2-004 edycja 8 z dnia 25.08.2023 r. Procedure SCR/ZLGIG/2-004 8th edition of 25 August 2023
20	Building products, materials Construction products and materials Waste O): 01 01 01, 01 01 02, 01 01 80, 01 03 05, 01 03 07, 01 03 09, 01 03 80, 01 03 81, 01 04 07, 01 04 08, 01 04 80, 02 01 01, 02 01 10, 02 02 04, 03 01 82, 04 02 19, 05 01 09, 06 13 02, 10 01 01, 10 01 02, 10 01 03, 10 01 04, 10 01 05, 10 01 07, 10 01 14, 10 01 15, 10 01 16, 10 01 17, 10 01 18, 10 01 19, 10 01 20, 10 01 21, 10 01 22, 10 01 23, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 01 99, 10 02 01, 10 02 02, 10 02 07, 10 02 08, 10 02 10, 10 02 13, 10 02 14, 10 02 15, 10 02 80, 10 03 04, 10 03 19, 10 03 20, 10 03 23, 10 03 24, 10 03 25, 17 01 01, 17 01 02, 17 01 03, 17 01 06, 10 01 07, 17 01 82, 17 02 02, 17 05 03, 17 05 04, 17 05 05, 17 05 06, 17 05 08, 19 01 05, 19 01 06, 19 01 07, 19 01 11, 19 01 12, 19 01 13, 19 01 14, 19 09 02, 19 09 04	Activity concentration of radionuclide: 226Ra Range: (1,0 – 1 000 000) Bq/kg Gamma-ray spectrometry
21	Building products, materials Construction products and materials Waste O): 01 01 01, 01 01 02, 01 01 80, 01 03 05, 01 03 07, 01 03 09, 01 03 80, 01 03 81, 01 04 07, 01 04 08, 01 04 80, 02 01 01, 02 01 10, 02 02 04, 03 01 82, 04 02 19, 05 01 09, 06 13 02, 10 01 01, 10 01 02, 10 01 03, 10 01 04, 10 01 05, 10 01 07, 10 01 14, 10 01 15, 10 01 16, 10 01 17, 10 01 18, 10 01 19, 10 01 20, 10 01 21, 10 01 22, 10 01 23, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 01 99, 10 02 01, 10 02 02, 10 02 07, 10 02 08, 10 02 10, 10 02 13, 10 02 14, 10 02 15, 10 02 80, 10 03 04, 10 03 19, 10 03 20, 10 03 23, 10 03 24, 10 03 25, 17 01 01, 17 01 02, 17 01 03, 17 01 06, 10 01 07, 17 01 82, 17 02 02, 17 05 03, 17 05 04, 17 05 05, 17 05 06, 17 05 08, 19 01 05, 19 01 06, 19 01 07, 19 01 11, 19 01 12, 19 01 13, 19 01 14, 19 09 02, 19 09 04	Activity concentration of radionuclide: 208Tl Range: (1 – 1 000 000) Bq/kg Gamma-ray spectrometry
22	Building products, materials Construction products and materials Waste O): 01 01 01, 01 01 02, 01 01 80, 01 03 05, 01 03 07, 01 03 09, 01 03 80, 01 03 81, 01 04 07, 01 04 08, 01 04 80, 02 01 01, 02 01 10, 02 02 04, 03 01 82, 04 02 19, 05 01 09, 06 13 02, 10 01 01, 10 01 02, 10 01 03, 10 01 04, 10 01 05, 10 01 07, 10 01 14, 10 01 15, 10 01 16, 10 01 17, 10 01 18, 10 01 19, 10 01 20, 10 01 21, 10 01 22, 10 01 23, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 01 99, 10 02 01, 10 02 02, 10 02 07, 10 02 08, 10 02 10, 10 02 13, 10 02 14, 10 02 15, 10 02 80, 10 03 04, 10 03 19, 10 03 20, 10 03 23, 10 03 24, 10 03 25, 17 01 01, 17 01 02, 17 01 03, 17 01 06, 10 01 07, 17 01 82, 17 02 02, 17 05 03, 17 05 04, 17 05 05, 17 05 06, 17 05 08, 19 01 05, 19 01 06, 19 01 07, 19 01 11, 19 01 12, 19 01 13, 19 01 14, 19 09 02, 19 09 04	Activity concentration of radionuclide: 232Th (calculated)
23	Building products, materials Construction products and materials Waste O): 01 01 01, 01 01 02, 01 01 80, 01 03 05, 01 03 07, 01 03 09, 01 03 80, 01 03 81, 01 04 07, 01 04 08, 01 04 80, 02 01 01, 02 01 10, 02 02 04, 03 01 82, 04 02 19, 05 01 09, 06 13 02, 10 01 01, 10 01 02, 10 01 03, 10 01 04, 10 01 05, 10 01 07, 10 01 14, 10 01 15, 10 01 16, 10 01 17, 10 01 18, 10 01 19, 10 01 20, 10 01 21, 10 01 22, 10 01 23, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 01 99, 10 02 01, 10 02 02, 10 02 07, 10 02 08, 10 02 10, 10 02 13, 10 02 14, 10 02 15, 10 02 80, 10 03 04, 10 03 19, 10 03 20, 10 03 23, 10 03 24, 10 03 25, 17 01 01, 17 01 02, 17 01 03, 17 01 06, 10 01 07, 17 01 82, 17 02 02, 17 05 03, 17 05 04, 17 05 05, 17 05 06, 17 05 08, 19 01 05, 19 01 06, 19 01 07, 19 01 11, 19 01 12, 19 01 13, 19 01 14, 19 09 02, 19 09 04	Activity concentration index I (calculated)
24	Soil, ground, rocks Sediments Air Biological items and materials (human, animal, vegetable and other natural) Food Agricultural products Animal feedstuffs	Calculation of committed effective dose for unit intake of the tested material Calculation of committed effective dose from intake of radioactive material	Procedura SCR/ZLGIG/2-005 edycja 3 z dnia 25.08.2023 r. Procedure SCR/ZLGIG/2-005 3rd edition of 25 August 2023
25	Other products - Dosimeters in radiation field	Kerma of photon radiation Range: 3 μGy – 5 Gy Thermoluminescency (TLD)	Procedura SCR /ZLGIG/3-003 edycja 4 z dnia 25.08.2023 r. Procedure SCR/ZLGIG/3-003 4th edition of 25 August 2023
26	Other products - Dosimeters in radiation field	Individual equivalent dose H(10) p Range: 3 μSv – 5 Sv Thermoluminescency (TLD)
27	Other products - Dosimeters in radiation field	Ambient equivalent dose H*(10) Range: 3 μSv – 5 Sv Thermoluminescency (TLD)
28	Other products - Dosimeters in radiation field	Kerma of photon radiation in range of energy: 10 keV – 10 MeV Range: 10 μGy – 10 Gy Thermoluminescency (TLD)	Procedura SCR/ZLGIG/3-010 edycja 5 z dnia 25.08.2023 r. Procedure SCR/ZLGIG/3-010 5th edition of 25 August 2023
29	Other products - Dosimeters in radiation field	Kerma rate of photon radiation in energy range: 10 keV – 10 MeV Range: 5 nGy/h – 5 Gy/h Thermoluminescency (TLD)
30	Other products - Dosimeters in radiation field	Individual equivalent dose H (10) of photon radiation in energy p range 10 keV – 10 MeV Range: 10 μSv – 10 Sv Thermoluminescency (TLD)
31	Other products - Dosimeters in radiation field	Individual equivalent dose H (0,07) of photon and beta radiation in p energy range 10 keV – 10 MeV Range: 0,1 mSv – 1 Sv Thermoluminescency (TLD)
32	Other products - Dosimeters in radiation field	Individual equivalent dose H (3) of photon radiation in energy range: p 10 keV – 10 MeV Range: 0,1 mSv – 1 Sv Thermoluminescency (TLD)
33	Other products - Dosimeters in radiation field Air filter	Ambient equivalent dose H*(10) of photon radiation in energy range: 10 keV – 10 MeV Range: 10 μSv – 10 Sv Thermoluminescency (TLD)	Procedura SCR/ZLGIG/3-010 edycja 5 z dnia 25.08.2023 r. Procedure SCR/ZLGIG/3-010 5th edition of 25 August 2023
34	Other products - Dosimeters in radiation field Air filter	Ambient equivalent dose rate of photon radiation in energy range: 10 keV – 10 MeV Range: 5 nSv/h – 5 Sv/h Thermoluminescency (TLD)
35	Other products - Dosimeters in radiation field Air filter	Potential Alpha Energy of short-living radon decay products in air collected on filters Range: (0,02 – 4000) μJ Thermoluminescency (TLD)	Procedura SCR/ZLGIG/3-001 edycja 4 z dnia 25.08.2023 r. Procedure SCR/ZLGIG/3-001 4th edition of 25 August 2023
36	Other products - Dosimeters in radiation field Air filter	Potential Alpha Energy Concentration of short-living radon decay products in air collected on filters Range: (0,01 – 2000) μJ/m3 Thermoluminescency (TLD)
37	Wires	Wire diameter Direct measurement method	PN-ISO 3154:1997 p. 5.2.2
38	Wires	Actual breaking force Range: force (0 – 100) kN Force method	PN-ISO 3154:1997 p. 5.2.3
39	Wires	Plastic deformation resistance Range: diameter (1 – 3,5) mm Torsion test in one direction	PN-ISO 7800:1996
40	Wires	Resistance to plastic strain Range: diameter (0,7 – 4,0) mm Reverse bend test	PN-ISO 7801:1996
41	Steel ropes	Rope diameter Range: (0 – 300) mm Direct measurement method	PN-ISO 3154:1997 p. 5.1.1
42	Steel ropes	Actual breaking force Range: force (0 – 500) kN Force method	PN-ISO 3108:1996 PN-ISO 3154:1997 p. 5.1.4.2
43	Steel ropes	Elongation Range: (0 – 2000) mm Direct measurement method
44	Steel ropes	Discontinuities and change of rope metallic cross-section Range of rope diameters up to 60 mm Velocity: (0,1 – 3,0) m/s Magnetic method for ropes MTR Discontinuities and change of rope metallic cross-section Range of rope diameters up to 60 mm Velocity: (0,1 – 3,0) meters per second Magnetic method for ropes MTR	PN-92/G-46603 PN-EN 12927:2019-07
45	Link mining chains	Breaking load Range: force (0 – 5000) kN Force loading method Breaking load Range: force (0 – 5000) kN Force method	PN-G-46701:1997/Az1:2001 p. 3.4.6
46	Link mining chains	Elongation Range: (0 – 2000) mm Direct measurement method
47	Construction elements	Breaking load Range: force (0 – 5000) kN Force loading method Breaking load Range: force (0 – 5000) kN Force method	PN-G-46701:1997/Az1:2001 p. 3.4.6 DIN 22252:2001 p. 6.4.2 \| PN-G-46705:1997 p. 3.7.6
48	Construction elements	Elongation Range: (0 – 2000) mm Direct measurement method	PN-G-46701:1997/Az1:2001 p. 3.4.6 DIN 22252:2001 p. 6.4.2.3
49	Construction elements	Tensile force Range: force (0 – 5000) kN Tensile test	PN-EN 61284:2002 p. 11.5.1, 11.6.1, 11.6.2.1, 11.6.2.2, 11.7
50	Construction elements	Permanent deformation load and failure load Range: force (0 – 5000) kN Force loading method Mechanical damage and failure load Range: force (0 – 5000) kN Force method	PN-EN 61284:2002 p. 11.3.1
51	Construction elements	Tensile force Range: force (0 – 5000) kN Slippage test	PN-EN 61284:2002 p. 11.4.2
52	Construction elements	Dimensions and material of fittings Range: (0 – 2000) mm Direct measurement method Inspection of material documents	PN-EN 61284:2002 p. 8
53	Construction elements	Electric properties of power supply connections Range: (0 – 1000) mΩ, (0 – 200)ºC Thermal cycle testing	PN-EN 61284:2002 p. 13
54	Link mining chains	Fatigue resistance Range: - force (20 – 1000) kN - frequency up to 14 Hz Fatigue test Fatigue resistance Range: - force (20 – 1000) kN - frequency up to 14 Hz Fatigue test	PN-G-46701:1997/Az1:2001 p. 3.4.9 DIN 22252:2001 p. 7.2
55	Link mining chains	Bending resistance Range: force (0 – 1000) kN Force method	PN-G-46701:1997/Az1:2001 p. 3.4.7 DIN 22252:2001 p. 6.5
56	Universal connecting links	Fatigue resistance Range: - force (20 – 1000) kN - frequency up to 14 Hz Fatigue test Fatigue resistance Range: - force (20 – 1000) kN - frequency up to 14 Hz Fatigue test	PN-G-46705:1997 p. 3.7.7
57	Conductors	Tensile force Range: (0 – 5000) kN Tensile test Tensile force Range: (0 – 5000) kN Tensile test	PN-IEC 1089:1994 p. 6.5.3 PN-EN 50182:2002 p. 6.4.8 + Zał. C /annex C IEC 62420:2008 p. 6.2.5 + Zał. B /annex B PN-EN 60889:2002 p. 10.1 PN-EN 50189:2002 p. 11.4 PN-EN 60889:2002 p. 6.4.10 + Zał. A/annex B PN-EN 50183:2002 p. 11.3
58	Conductors	Elongation Range: (0 – 2000) mm Direct measurement method	PN-EN 50182:2002 p. 6.4.7 IEC 62420:2008 + Zał. B/annex B PN-EN 50183:2002 p. 11.3
59	Conductors	Diameter Range: (0 – 300) mm Direct measurement method Diameter Range: (0 – 300) mm Direct measurement method	PN-IEC 1089:1994 p. 6.6.2 PN-EN 50182:2002 p. 6.4.2 PN-EN 60889:2002 p. 5 PN-EN 50189:2002 p. 7 PN-EN 50540:2010 p. 6.4.2 PN-EN 50183:2002 p. 11.2
60	Conductors	Lay ratio Range: (6 – 26) Direct measurement method Lay ratio Range: (6 – 26) Direct measurement method	PN-IEC 1089:1994 p. 6.6.6 PN-EN 50182:2002 p. 6.4.4 PN-EN 50540:2010 p. 6.4.4 PN-EN 62219:2003 p. 6.6.6 PN-EN 62420:2008 p. 6.3.5
61	Conductors	Lay direction Visual examination method	PN-IEC 1089:1994 p. 6.6.6 PN-EN 50182:2002 p. 6.4.4 PN-EN 50540:2010 p. 6.4.4 PN-EN 62219:2003 p. 6.6.6 PN-EN 62420:2008 p. 6.3.5
62	Conductors	Inertness Visual examination method	PN-EN 50182:2002 p. 6.4.3 PN-EN 50540:2010 p. 6.4.3
63	Conductors	Number and type of wires Visual examination method	PN-EN 50182:2002 p. 6.4.5 PN-EN 50540:2010 p. 6.4.5
64	Conductors	Surface quality Visual examination method	PN-IEC 1089:1994 p. 6.6.5 PN-EN 50182:2002 p. 6.4.1 PN-EN 50540:2010 p. 6.4.1 PN-EN 62219:2003 p. 6.6.5 PN-EN 62420:2008 p. 6.3.4
65	Conductors	Mass per unit length. Mass of grease Range: (0 – 50) kg/m Direct measurement method	PN-IEC 1089:1994 p. 6.6.3+Zał. C /annex C PN-EN 50182:2002 p. 6.4.6+Zał. B /annex B PN-EN 50540:2010 p. 6.4.7 PN-EN 62219:2003 p. 6.6.3+Zał. C /annex C PN-EN 62420:2008 p. 6.3.3+Zał. C /annex C
66	Conductors	Cross-sectional area Direct measurement method Cross-sectional area Direct measurement method	PN-IEC 1089:1994 p. 6.6.1 PN-EN 50540:2010 p. 6.4.6 PN-EN 62219:2003 p. 6.6.1 PN-EN 62420:2008 p. 6.3.1
67	Conductors	Slippage factor Slippage test Slippage factor Slippage test	PN-EN 50397-1:2007 Zał. D/annex D
68	Wires	Diameter Range: (0 – 300) mm Direct measurement method Diameter Range: (0 – 300) mm Direct measurement method	PN-IEC 1089:1994 Zał. NA/annex NA p. 5 PN-IEC 1089:1994 Zał. NB/annex NB p. 5 PN-IEC 1089:1994 Zał. NC/annex NC p. 5
69	Wires	Tensile force Range: (0 – 100) kN Tensile test Tensile force Range: (0 – 100) kN Tensile test	PN-IEC 1089:1994 p. 6.6.4 PN-IEC 1089:1994 Zał. NA/annex NA p. 10.1 PN-IEC 1089:1994 Zał. NB/annex NB p. 10.2 PN-IEC 1089:1994 Zał. NC/annex NC p. 10
70	Wires	Ability for wrapping Wrapping test Ability for wrapping Wrapping test	PN-EN 50182:2002 p. 6.5.2 PN-EN 50183:2002 p. 11.4 PN-EN 60889:2002 p. 10.2
71	Steel for prestressing of concrete	Breaking force Range: force (0 – 5000) kN Force method	PN-EN ISO 15630-3:2011 p. 5.3.1
72	Steel for prestressing of concrete	Elongation Range: (0 – 2000) mm Direct measurement method	PN-EN ISO 15630-3:2011 p. 5.3.1
73	Steel for prestressing of concrete	Modulus of elasticity (calculated) Range: force (0 – 5000) kN Range: elongation (0 – 5000) mm	PN-EN ISO 15630-3:2011 p. 5.3.2
74	Elements of technical constructions	Linear dimensions Direct measurement method Static bend test Range: - force up to 3000 kN - displacement up to 0,35 m Force method with displacement measurement	PN-G-15000-9:1998 PN-G-06021:1997 z wyłączeniem /excluding p. 5.3.3 PN-G-15541:1997 DIN 21530-4:2003 p. 4.1.1.2.2.5
75	Elements of technical constructions	Linear dimensions Direct measurement method Static torsion test Range: - torsion moment up to 170 kNm - rotation angle up to 180º Torque loading method with rotation angle measurement	PN-G-15000-12:1994
76	Friction props	Linear dimensions Direct measurement method Prop mass Weight method Average working load Range: - force up to 3000 kN - prop height up to 4,5 m Force method Dynamic resistance Range: - prop height up to 4,5 m - impact energy up to 49x104 J Free falling mass method	PN-G-15533:1997
77	Hydraulic props	Linear dimensions Direct measurement method Dynamic resistance Range: - impact energy up to 49104 J - prop height up to 6 m - impact mass up to 20000 kg Free falling mass method	PN-G-15536:2013 p. 6.4.2.4
78	Hydraulic props	Linear dimensions Direct measurement method Piston displacement speed Static axial overload Range: - overload up to 13 MN - prop height up to 4,7 m Pressure loading method with displacement measurement Static eccentric overload Range: - overload up to 13 MN - prop height up to 4,7 m Pressure loading method with displacement measurement Tightness Pressure loading method Support characteristics Pressure loading method with displacement measurement	PN-G-15536:2013 z wyłączeniem / /excluding p. 6.4.2.4 i/and 6.4.4 PN-EN 1804-2:2021-05 z wyłączeniem/excluding p. A.1.2.3.2
79	Props, legs, rams and auxiliary actuators	Susceptibility Pressure loading method Static overload Pressure loading method Dynamic overload Pressure loading method Durability Pressure loading method Functionality (correct operation) Pressure loading method Tightness Pressure loading method Deflection Range: - pressure up to 200 MPa - force up to 13 MN Pressure loading method	PN-EN 1804-2:2021-05 Załączniki/annexes A i/and B
80	Power hydraulics elements	Fatigue resistance Pressure loading method Tightness Pressure loading method Functionality (correct operation) Pressure loading method	PN-G-15536:2013 p. 6.4.4, 6.4.4.4, 6.5 i/and 6.4.2.5
81	Mining struts	Linear dimensions Direct measurement method Specific angle mounting possibility Strut stability: − transverse − perpendicular Force method Longitudinal tensile load capacity of the strut Force method Strut lengthening Displacement measurement method Longitudinal compressive strength of the strut Force method Strut shortening Range: - force up to 150 kN - working length (0,5 – 1,75) m Displacement measurement method	PN-G-15024:2017-10
82	Stirrups and joints of arch supports made of trough sections	Direct measurement method Operating characteristics Average sliding load capacity of the joint Range: - force up to 3000 kN - displacement up to 0,35 mm Force loading method with displacement measurement Direct measurement method Static bending test of the joint Range: - force up to 3000 kN - displacement up to 0,35 m Force loading method with displacement measurement Linear dimensions Direct measurement method Strength at proof and maximum load of stirrup yokes Range: Force up to 3000 kN Deflection 0,5 m Force loading method with displacement measurement Linear dimensions Direct measurement method Strength at proof load of full-size bolts, nuts and hook bolts Range: Force up to 1000 kN Deflection 0,5 m Force loading method with displacement measurement	PN-G-15026:2017-04 DIN 21530-4:2003 p. 4.1.2.2.2 i/and 4.1.2.2.3 PN-EN ISO 898-1 PN-EN ISO 898-2
83	Steel arch support clamps and joints	Direct measurement method Work characteristics Average sliding load capacity of the joint Range: - force up to 3000 kN - displacement up to 0,35 mm Force method with displacement measurement Direct measurement method Static bend test of the joint Range: - force up to 3000 kN - displacement up to 0,35 m Force method with displacement measurement Linear dimensions Direct measurement method Resistance to proof load and maximum load of the clamp joint Range: Force up to 3000 kN Deflection value 0,5 m Force method with displacement measurement Linear dimensions Direct measurement method Resistance to proof load of the full size bolts, nuts and hook bolts Range: Force up to 1000 kN Deflection value 0,5 m Force method with displacement measurement	PN-G-15026:2017-04 DIN 21530-4:2003 p. 4.1.2.2.2 i/and 4.1.2.2.3 PN-EN ISO 898-1 PN-EN ISO 898-2
84	Mining bolts/anchors, micropiles	Nośność żerdzi z elementam	Procedura BL-2/ZLGIG/PB-EK 01 edycja 3 z dnia 25.08.2023 r. Procedure BL-2/ZLGIG/PB-EK 01 3rd edition of 25 August 2023
85	Mining bolts/anchors, micropiles	fixing
86	Mining bolts/anchors, micropiles	Range: force up to 5000 kN
87	Roadway support frames	Linear dimensions Range: - height of the support set up to 4,7 m - width of the support set up to 7,0 m Direct measurement method Maximum load capacity of the support set Range: - force up to 7500 kN Force loading method Working load capacity of the support set Range: - force up to 7500 kN Force loading method Initial load capacity of the support set Final load capacity of the support set Minimum load capacity of the support set Range: - force up to 7500 kN Force loading method Total reduction of the support set height Range: - height of the support set up to 4,7 m Direct measurement method Angle measurement Range 0÷90 Direct measurement Mass of the support set components Range: - up to 5000 kg Direct measurement method Number of slips Direct measurement method Length of slips in individual joints up to 5 m Direct measurement method Index of the maximum load capacity of the support set per unit mass k 1 Index of the working load capacity of the support set per unit mass k2 Degree of utilisation of the maximum load capacity of the support set k 3	PN-G-15022:2018-11
88	Gallery working support	Linear dimensions Range: - support height up to 4,7 m - support width up to 7,0 m Direct measurement method Maximum load capacity of the support Range: - force up to 7500 kN Force method Working load capacity of the support Range: - force up to 7500 kN Force method Initial bearing capacity of the support Final bearing capacity of the support Minimal bearing capacity of the support Range: - force up to 7500 kN Force method Complete reduction of the support height Range: - height support up to 4,7 m Direct measurement method Angle measurement Range 0÷90 Direct measurement Mass of support elements Range: - up to 5000 kg Direct measurement method Number of slides Direct measurement method Length of slides in every joint up to 5 m Direct measurement method Index of the maximum load capacity of the support per unit mass k 1 Index of the working load capacity of the support per unit mass k 2 Degree of utilization of the maximum load capacity of the support k 3	PN-G-15022:2018-11
89	Flexible rubber hoses	Linear dimensions Direct measurement method Test pressure resistance Range: - pressure up to 200 MPa Pressure loading method Burst pressure resistance Range: - pressure up to 200 MPa Pressure loading method	PN-EN ISO 4671:2008 p. 10 PN-EN ISO1402:2010 p. 8.1
90	Delivery rubber hoses	Linear dimensions Direct measurement method Test pressure resistance Range: - pressure up to 200 MPa Pressure loading method Burst pressure resistance Range: - pressure up to 200 MPa Pressure loading method Length change under pressure Range: - pressure up to 200 MPa Pressure loading method	PN-EN ISO 4671:2008 p. 10 PN-EN ISO1402:2010 p. 8.1
91	Hydraulic controls	Tightness under pressure Range: - up to 200 MPa Pressure loading method Valve opening and closing pressure Range: - up to 200 MPa Pressure loading method Pressure resistance Range: - up to 200 MPa Pressure loading method Pressure impulse resistance Range: - up to 300 MPa Pressure loading method Fatigue strength Range: - up to 70 MPa Pressure loading method Capacity Range: - up to 80 l/min Flow measurement method	PN-EN 1804-3:2021-06 (załącznik normatywny A) / (normative annex A)
92	Support bases	Linear dimensions Direct measurement method Test load: Range – force up to 3000 kN Force method	PN-G-15023:2019-03
93	Welded cladding meshes	Linear dimensions Direct measurement method Mesh load capacity Range: - loading force up to 270 kN - mesh working load up to 2,0 m Force method with displacement measurement Tensile strength of the wire Range: - loading force up to 50 kN - rod diameter up to 10 mm Force method Shear strength of the weld Range: - loading force up to 50 kN Force method	PN-G-15050:2018-01
94	Belt conveyors rollers length up to 2100 mm and diameter up to 245 mm	Linear dimensions Direct measurement method Radial runout [mm] Shape and position complex tolerance measurement method Static rotation resistance Range: - up to 30 Nm Force method Dynamic rotation resistance Range: - up to 200 N Force method	BL-2/ZLGIG/PB-KR \| PN-M-46606:2010 Procedure BL-2/ZLGIG/PB-KR 01 3rd edition of 25 August 2023 PN-M-46606:2010
95	Thermoplastic pipes with inner diameter from 1200 up to 4000 mm	Determination of ring stiffness Force method	PN-EN 9969:2016
96	Elastomeric bearings with size up to 200x300 mm	Shear modulus test method Force method Shear bond test method Force method Compressive stiffness Force method	PN-EN 1337-3:2010 załączniki/ annexes F
97	Hydraulic plugs and connectors	Geometric dimensions Range: up to 150 mm Direct measurement method Burst pressure Range: up to 2500 bar Pressure loading method	PN-G-32000:2011
98	Rocks and stone materials	Energetic indicator of the natural tendency to rock bumps (0,2 – 20) Energy method	Procedura BL-2/ZLGIG/PB-GG-02 edycja 2 z dnia 25.08.2023 r. Procedure BL-2/ZLGIG/PB-GG-02 2nd edition of 25 August 2023
99	Rocks and stone materials	Total porosity	PN-EN 1936:2010
100	Rocks and stone materials	Sample moisture Weight method	PN-88/B-04481
101	Rocks and stone materials	Compressive strength in the force range (25 – 1000) kN Residual strength in the force range (25 – 1000) kN Index of the potential elastic energy in the force range (25 – 1000) kN Drop modulus in the force range (25 – 1000) kN Critical and residual deformation (0,1 – 100) mm	BL-2/ZLGIG/PB-GG-01 \| PN-G-04303:1997 PN-EN 1926:2007 Procedure BL-2/ZLGIG/PB-GG-01 2nd edition of 25 August 2023 PN-G-04303:1997 PN-EN 1926:2007
102	Rocks and stone materials	Tensile strength in the force range (25 – 1000) kN Brazilian method	PN-G-04302:1997
103	Rocks and stone materials	Shear strength in the force range (25 – 1000) kN Simple shear method	PN-G-04304:1997+Az1:1999
104	Rocks and stone materials	Bulk density Weight-volume method	PN-EN 1936:2010
105	Rocks and stone materials	Specific density Le Chatelier's flask method	PN-EN 1936:2010
106	Rocks and stone materials	Bending strength in the force range (25 – 1000) kN	PN-G-04305:1997 PN-EN 12372:2010
107	Rocks and stone materials	Young's modulus in the force range (25 – 1000) kN	Procedura BL-2/ZLGIG/PB-GG-03 edycja 3 z dnia 05.11.2025 r. Procedure BL-2/ZLGIG/PB-GG-03 3nd edition of 05 November 2025
108	Rocks and stone materials	Water absorption Weight method	PN-EN 13755:2008+AC:2004
109	Rocks concise	Conversibility Qualitative methods: Skutta and GIG	Procedura BL-2/ZLGIG/PB-GG-04 edycja 2 z dnia 25.08.2023 r. Procedure BL-2/ZLGIG/PB-GG-04 2nd edition of 25 August 2023
110	Concrete	Water absorption Weight method	PN-EN 13755:2008+AC:2004
111	Concrete	Compressive strength in the force range (25 – 1000) kN	PN-EN 12390-3:2011
112	Organic and organo-mineral resins	Compressive strength and the relative deformation in the force range (25 – 1000) kN	PN-C-89071:1993
113	Solid fuels: hard coal	Susceptibility of coal to spontaneous combustion Range: (1 – 250) ºC/min Olpinski method	PN-G-04558:1993
114	Solid fuels: hard coal	Transient moisture content Range: (0,1 – 20,0) % Weight method	PN-G-04511:1980
115	Solid fuels: hard coal	Moisture content in analytical sample Range: (0,1 – 20,0) % Weight method	PN-G-04511:1980 punkt 2.4.1
116	Solid fuels: hard coal	Ash content Range: (0,1 – 30,0) % Weight method	Procedura BD-3/ZLGIG/PB-PO.03 edycja 2 z dnia 25.08.2023 r. Procedure BD-3/ZLGIG/PB-PO.03 2nd edition of 25 August 2023
117	General environment Gas samples	Concentration of carbon monoxide Range: (1 – 10000) ppm Gas chromatography method with flame ionization detection (GC-FID)	Procedura BD-3/ZLGIG/PB-CO.04 edycja 3 z dnia 06.11.2023 r. Procedure BD-3/ZLGIG/PB-CO.04 3rd edition of 6 November 2023
118	General environment Gas samples	Concentration of carbon monoxide Range: (70 – 10000) ppm Gas chromatography method with thermal conductivity detector GC-TCD)	Procedura BD-3/ZLGIG/PB-CO.04 edycja 3 z dnia 06.11.2023 r. . Procedure BD-3/ZLGIG/PB-CO.04 3rd edition of 6 November 2023
119	General environment Gas samples	Concentration of oxygen, nitrogen, carbon dioxide, methane, carbon monoxide, ethane, ethylene Range: oxygen (0,05 – 22) % nitrogen (4 – 100) % carbon dioxide (0,05 – 50) % methane (0,05 – 100) % carbon monoxide (0,1 – 5) % hydrogen (1 – 4) % Gas chromatography method with thermal conductivity detector (GC-TCD)	Procedura BD-3/ZLGIG/PB-TL.05 edycja 4 z dnia 23.11.2023 r. Procedure BD-3/ZLGIG/PB-TL.05 4th edition of 23 November 2023
120	General environment Gas samples	Concentration of hydrogen Range: (0,5 – 10000) ppm Gas chromatography method with thermal conductivity detector (GC-TCD)	Procedura BD-3/ZLGIG/PB-WO.06 edycja 4 z dnia 06.11.2023 r. Procedure BD-3/ZLGIG/PB-WO.06 4th edition of 6 November 2023
121	General environment Gas samples	Concentration of unsaturated hydrocarbons: acetylene and ethylene Range: acetylene (0,001 – 3) ppm ethylene (0,01 – 3) ppm Gas chromatography method with flame ionization detection (GC-FID)	Procedura BD-3/ZLGIG/PB-AE.07 edycja 3 z dnia 06.11.2023 r. Procedure BD-3/ZLGIG/PB-AE.07 3rd edition of 6 November 2023
122	General environment Gas samples	Concentration of hydrocarbons: ethane, ethylene, propane, propylene, acetylene Range: ethane (0,01 – 10000) ppm ethylene (0,01 – 150) ppm propane (0,01 – 3000) ppm propylene (0,01 – 100) ppm acetylene (3 – 50) ppm Gas chromatography method with flame ionization detection (GC-FID)	Procedura BD-3/ZLGIG/PB-WN.08 edycja 4 z dnia 06.11.2023 r. Procedure BD-3/ZLGIG/PB-WN.08 4th edition of 6 November 2023
123	Solid fuels: Hard coal	Specific surface area Range: (0,01 – 1000) m2/g Gas sorption method	PN-ISO 9277:2000
124	General environment	A-weighted equivalent sound level,	Załącznik nr 3 do Rozporządzenia
125	− hałas pochodzący od dróg,	A-weighted sound exposure level;	Ministra Środowiska z dnia
126	of railway lines, tram lines	Range: (24 – 130) dB	16.06.2011 r. (Dz.U.nr 140, poz. 824
127	General environment	Direct measurement method	i nr 288, poz. 1697)
128	General environment	Calculation method	Annex No. 3 to the Regulation of the
129	– noise from roads, railways,	Equivalent sound level A,
130	tramlines	Exposure sound level A;	2011
131	tramlines	Range: (24 – 130) dB	(Journal of Laws No. 140, item 824
132	tramlines	Direct measurement method	and No. 288, item 1697)
133	tramlines	Calculation method
134	tramlines	Equivalent A-weighted sound level for the reference time T expressed by the indicators LAeqD and LAeqN
135	tramlines	(calculated)
136	tramlines	Equivalent A-weighted sound level for
137	tramlines	the reference time T expressed by the
138	tramlines	indicators L and L (from AeqD AeqN
139	tramlines	calculations)
140	General environment	A-weighted equivalent sound pressure level	PN-ISO 10847:2002
141	− noise barriers „in situ”	Range: (24 – 130) dB
142	General environment	Direct measurement method
143	General environment	Equivalent sound level A
144	– noise barriers ”in situ”	Range: (24 – 130) dB
145	– noise barriers ”in situ”	Direct measurement method
146	– noise barriers ”in situ”	Efficiency of screens
147	– noise barriers ”in situ”	(calculated)
148	– noise barriers ”in situ”	Screening effectiveness
149	– noise barriers ”in situ”	(calculated)
150	Machinery and equipment – noise	A-frequency-weighted sound pressure level	PN-EN ISO 3744:2011
151	Machinery and equipment – noise	A-weighted single event sound pressure level
152	Machinery and equipment – noise	Range: (24 – 130) dB
153	Machinery and equipment – noise	Direct measurement method
154	Machinery and equipment – noise	Technical method
155	Machinery and equipment – noise	Indicative method
156	Machinery and equipment – noise	Sound pressure level corrected by A- frequency weighting Single event sound pressure level corrected by A-frequency weighting Range: (24 – 130) dB Direct measurement method Technical method
157	Machinery and equipment – noise	Indicative method
158	Machinery and equipment – noise	Sound power level
159	Machinery and equipment – noise	Sound energy level
160	Machinery and equipment – noise	(calculated)
161	Machinery and equipment – noise	Sound power level
162	Machinery and equipment – noise	Sound energy level
163	Machinery and equipment – noise	(calculated)
164	Conveyor belts	Surface resistance Resistance value from 1x103 Ω to 1x1012 Ω	PN-EN ISO 284:2013
165	Conveyor belts	Voltage value up to 600 V
166	Conveyor belts	Surface resistance Resistance value from 1x103 Ω to 1x1012 Ω
167	Conveyor belts	Voltage value up to 600 V
168	Materials, products and equipment	Surface resistance Resistance value from 1x103 Ω to 1x1012 Ω Surface resistivity from calculation	PN-EN 61340-2-3:2016 IEC 61340-4-10:2012 PN-EN IEC 60079-0:2018-09 PN-E-05203:1992 PN-EN 60079-32-2:2015-08
169	and equipment	Cross resistance Resistance value from 1x103 Ω to 1x1012 Ω Cross resistivity from calculation (thickness range: 0,01-30 mm)	PN-EN 61340-2-3:2016 PN-E-05203:1992 PN-EN 60079-32-2:2015-08
170	and equipment	Resistance to earth grounding element Resistance value from 1·103 Ω to 1·1012 Ω	PN-EN 61340-2-3:2016 PN-E-05203:1992 PN-EN 60079-32-2:2015-08
171	and equipment	Point-to-point resistance Resistance value from 1x103 Ω to 1x1012 Ω	PN-EN 61340-2-3:2016 IEC 61340-4-10:2012 PN-E-05203:1992 PN-EN 60079-32-2:2015-08
172	and equipment	Electrification capability	PN-EN ISO 80079-36:2016-07
173	Układ obuwie i podłoga z udziałem	Resistance of the system	PN-EN IEC 61340-4-5:2018-09
174	human	Resistance value
175	Footwear and flooring system	from 1x103 Ω to 1x1012 Ω
176	Footwear and flooring system	Resistance of the circuit
177	involving a human being	Resistance value
178	involving a human being	from 1x103 Ω to 1x1012 Ω
179	Floor coverings and ready-made floors	Point-to-point resistance Vertical resistance (laboratory tests only) Resistance to earth Resistance value from 1x103 Ω to 1x1012 Ω	PN-EN 61340-4-1:2006
180	Hoses and cables of rubber and plastics	Electrical resistance Resistance value from 1x103 to 1x1012 Ω Electric resistance Resistance value from 1x103 Ω to 1x1012 Ω	PN-EN ISO 8031:2021-01
181	Protective clothing, gloves, footwear	Surface resistance Resistance value from 1x103 Ω to 1x1012 Ω Surface resistivity from calculation	PN-EN 1149-1:2008
182	Protective clothing, gloves, footwear	Cross resistance Resistance value from 1x103 Ω to 1x1012 Ω	PN-EN 1149-2:1999 PN-EN 16350:2014-08
183	Protective clothing, gloves, footwear	Electrical resistance Resistance value from 1x103 to 1x1012 Ω Electric resistance Resistance value from 1x103 Ω to 1x1012 Ω	PN-EN IEC 61340-4-3:2018-04
184	Protective clothing, gloves, footwear	Point-to-point resistance Resistance value from 1x103 Ω to 1x1012 Ω	PN-EN 61340-4-9:2016-11
185	Metal materials, products and equipment	Electric resistance Resistance value from 1x10-6 Ω to 1x101 Ω	PN-EN 50540:2010
186	Working environment - air	Air sampling for workplace exposure assessment to - industrial dust - inhalable fraction - respirable fraction Personal sampling method	PN-Z-04008-7:2002 PN-Z-04008-7/Az1:2004 PN-G-04035:2002+Az1:2005
187	Working environment - air	Occupational exposure factor (calculated)
188	Working environment - air	Dust concentration - inhalable fraction Dust concentration - respirable fraction Range: (0,1 – 300) mg/m3 Gravimetric method	Procedura KD-2.2/ZLGIG/PB-2207 edycja 4 z 25.08.2023 r. Procedura KD-2.2/ZLGIG/PB-2208 edycja 4 z 25.08.2023 r. Procedura KD-2.2/ZLGIG/PB-2209 edycja 3 z 25.08.2023 r. Procedura KD-2.2/ZLGIG/PB-2210 edycja 6 z 25.08.2023 r. Procedure KD-2.2/ZLGIG/PB-2207 4th edition of 25 August 2023 Procedure KD-2.2/ZLGIG/PB-2208 4th edition of 25 August 2023 Procedure KD-2.2/ZLGIG/PB-2209 3rd edition of 25 August 2023 Procedure KD-2.2/ZLGIG/PB-2210 6th edition of 25 August 2023
189	Working environment - air samples collected on membrane filter	Contents of respirable synthetic mineral fibres and ceramic fibres Range: (0,5 – 200) fibres per 100 of graticule ereas examined Phase Contrast Microscopy (PCM)	Procedura KD-2.2/ZLGIG/PB-2205-1 edycja 4 z 25.08.2023 r. Procedure KD-2.2/ZLGIG/PB-2205-1 4th edition of 25 August 2023
190	Working environment - air samples collected on membrane filter	Contents of respirable asbestos fibres Range: (0,5 – 200) fibres per 100 of graticule ereas examined Phase Contrast Microscopy (PCM) Polarized Light Microscopy (PLM)	Procedura KD-2.2/ZLGIG/PB-2205-2 edycja 3 z 25.08.2023 r. Procedure KD-2.2/ZLGIG/PB-2205-2 3rd edition of 25 August 2023
191	Solid fuels: hard coal	Ash content Range: (1,00 – 58,00)% Weight method	PN-ISO 1171:2002
192	Solid fuels: hard coal	Transient moisture content Range: (0,00 – 15,00)% Weight method	PN-G-04511:1980
193	Solid fuels: hard coal	Moisture content in air-dry state (hygroscopic moisture) Range: (0,10 – 20,00)% Weight method	PN-G-04511:1980 punkt 2.2.1
194	Optical ground wire	Tensile performance test of the optical medium during conductor stretching Force method Range: force (0 – 5000) kN	PN-EN 60794-1-21:2015-07 p. 3 metoda E1/method E1
195	Optical ground wire	Stress-strain test of the conductor under tensile load Force method Range: force (0 – 5000) kN elongation (0 – 2000) mm	PN-EN 50182:2002 p. 6.4.7 i/and Aneks C/Annex C PN-IEC 1089:1994/A1:2000 – Aneks B/Annex B
196	Optical ground wire	Breaking strength test Tensile test Range: force (0 – 5000) kN	EN 60794-4-10:2015-03 p. 8.3.4 PN-EN 50182:2002 p. 6.4.8
197	Optical ground wire	Water penetration test Hydrostatic test	PN-EN 60794-1-22:2018-04 p. 5 Metoda/method F5B
198	Stranded conductors	Conductor creep test Force loading method Range: creep force (0 – 100) kN conductor diameter (< 40 mm) Creep test Force method Range: creep force (0 – 100) kN conductor diameter (< 40 mm)	PN-EN 61395:2002
199	Stranded conductors	Drop point of grease Range: Temperature (0 – 288) °C	PN-EN 50326:2003 PN-ISO 2176:2011
200	Stranded conductors	Tensile force Range: (0 – 5000) kN Tensile test Tensile force Range: (0 – 5000) kN Tensile test	PN-IEC 1089:1994 p. 6.5.3 PN-EN 50182:2002 p. 6.4.8 + Zał. C/ annex C IEC 62420:2008 p. 6.2.5 + Zał. B/ annex B PN-IEC 1089:1994 p. 6.6.4 PN-IEC 1089:1994 Zał. NA/annex NA p. 10.1 PN-IEC 1089:1994 Zał. NB/annex NB p. 10.2 PN-IEC 1089:1994 Zał. NC/annex NC p. 10
201	Stranded conductors	Elongation Range: (0 – 2000) mm Direct measurement method	PN-EN 50182:2002 p. 6.4.7 + Zał. C/ annex C IEC 62420:2008 Zał. B/annex B
202	Stranded conductors	Diameter Range: (0 – 200) mm Direct measurement method Diameter Range: (0 – 200) mm Direct measurement method	PN-IEC 1089:1994 p. 6.6.2 PN-EN 50182:2002 p. 6.4.2 PN-EN 50540:2010 p. 6.4.2 PN-IEC 1089:1994 Zał. NA/annex NA p. 5 PN-IEC 1089:1994 Zał. NB/annex NB p. 5 PN-IEC 1089:1994 Zał. NC/annex NC p. 5
203	Stranded conductors	Lay ratio Range: (6 – 26) Direct measurement method Lay ratio Range: (6 – 26) Direct measurement method	PN-IEC 1089:1994 p. 6.6.6 PN-EN 50182:2002 p. 6.4.4 PN-EN 50540:2010 p. 6.4.4 PN-EN 62219:2003 p. 6.6.6 PN-EN 62420:2008 p. 6.3.5
204	Stranded conductors	Lay direction Visual examination method	PN-IEC 1089:1994 p. 6.6.6 PN-EN 50182:2002 p. 6.4.4 PN-EN 50540:2010 p. 6.4.4 PN-EN 62219:2003 p. 6.6.6 PN-EN 62420:2008 p. 6.3.5
205	Stranded conductors	Inertness Visual examination method	PN-EN 50182:2002 p. 6.4.3 PN-EN 50540:2010 p. 6.4.3
206	Stranded conductors	Number and type of wires Visual examination method	PN-EN 50182:2002 p. 6.4.5 PN-EN 50540:2010 p. 6.4.5
207	Stranded conductors	Surface condition Visual examination method	PN-IEC 1089:1994 p. 6.6.5 PN-EN 50182:2002 p. 6.4.1 PN-EN 50540:2010 p. 6.4.1 PN-EN 62219:2003 p. 6.6.5 PN-EN 62420:2008 p. 6.3.4
208	Stranded conductors	Mass per unit length Mass of grease Range: (0 – 50) kg/m Direct measurement method	PN-IEC 1089:1994 p. 6.6.3+Zał. C/ annex C PN-EN 50182:2002 p. 6.4.6+Zał. B/ annex B PN-EN 50540:2010 p. 6.4.7 PN-EN 62219:2003 p. 6.6.3+Zał. C/ annex C PN-EN 62420:2008 p. 6.3.3+Zał. C/ annex C
209	Stranded conductors	Cross-sectional area Direct measurement method Cross-sectional area Direct measurement method	PN-IEC 1089:1994 p. 6.6.1 PN-EN 50540:2010 p. 6.4.6 PN-EN 62219:2003 p. 6.6.1 PN-EN 62420:2008 p. 6.3.1
210	Stranded conductors	Slippage factor Slippage test Slippage factor Slippage test	PN-EN 50397-1:2021-04 Zał. C / annex C
211	Stranded conductors	Determination of conductor self- damping Vibration method Range: (0 – 2000) Hz	PN-EN 62567:2014-04 p. 8.2 PN-EN 62567:2014-04 p. 8.3
212	Spacers	Visual examination Visual examination method	PN-EN IEC 61854:2020-11 p 7.1
213	Spacers	Verification of dimensions, materials and mass Direct measurement method Range: dimensions (0 – 2000) mm mass (0 – 60) kg	PN-EN IEC 61854:2020-11 p. 7.2
214	Spacers	Zinc coating inspection Direct measurement method Range: coating thickness (0 – 500) µm	PN-EN IEC 61854:2020-11 p. 7.3.1 PN-EN ISO 1461:2011 tab./tables 3 i/and 4
215	Spacers	Clamp slip test Range: slip force (0 – 50) kN	PN-EN IEC 61854:2020-11 p. 7.5.1
216	Spacers	Clamp bolt tightening test Range: torque (0 – 340) Nm	PN-EN IEC 61854:2020-11 p. 7.5.2
217	Spacers	Compression and tension tests Force method Range: force (0 – 5000) kN	PN-EN IEC 61854:2020-11 p. 7.5.3
218	Spacers	Flexibility tests Direct measurement method Range: linear displacement (0 – 300) mm angular displacement (0 – 360) º	PN-EN IEC 61854:2020-11 p. 7.5.5
219	Spacers	Stiffness method Range: (0 – 10) kN Force loading method	PN-EN IEC 61854:2020-11 p. 7.5.4. b)
220	Spacers	Damping method Direct measurement method Calculation method	PN-EN IEC 61854:2020-11 p. 7.5.4. c)
221	Steel wires	Stress at 1% extension Force loading method Range: force (0 – 300) kN Stress at 1% extension Force method Range: force (0 – 300) kN	PN-EN IEC 63248:2022-12 p. 7.4.3
222	Steel wires	Weight of zinc coating Gaseous volumetric method	PN-EN 10244-2:2010 p. 5.2.3
223	Steel wires	Uniformity of zinc coating Visual examination Dipping test	PN-EN 10244-2:2010 p. 5.3
224	Wires	Diameter Range: (0 – 200) mm Direct measurement method Diameter Range: (0 – 200) mm Direct measurement method	PN-EN IEC 62641:2022-12 p. 6.4.2 PN-EN IEC 63248:2022-12 p. 7.4.2 PN-EN IEC 62641:2022-12 p. 6.4.1
225	Wires	Tensile force Range: (0 – 100) kN Tensile test Tensile force Range: (0 – 100) kN Tensile test	PN-EN IEC 62641:2022-12 p. 6.4.3 PN-EN IEC 63248:2022-12 p. 7.4.3 CEI IEC 62219:2002 p. 6.6.4
226	Wires	Elongation Range: (0 – 2000) mm Direct measurement method	PN-EN IEC 62641:2022-12 p. 6.4.4
227	Wires	Ability for wrapping Wrapping test Ability for wrapping Wrapping test	PN-EN 50182:2002 p. 6.5.2 PN-EN IEC 62641:2022-12 p. 6.4.5
228	Plastic piping systems and components	Determination of dimensions: - wall thickness: pipes (0 – 100) mm other components (0 – 400) mm - outer diameter up to 1200 mm - inner diameter up to 1000 mm - holes’ dimensions (3 – 400) mm - roundness deviation - length - components’ angles	PN-EN ISO 3126:2006
229	Plastic pipes, films and sheets	Longitudinal reversion Determination of dimensional change on heating	PN-EN ISO 2505:2024-04 PN-EN ISO 11501:2005
230	Plastic pipes, pipe fittings and other plastic products (pipe fittings of diameter smaller than Ø 400 mm, other products without restrictions)	Methods for visually assessing the effects of heating	PN-EN ISO 580:2006 PN-ISO 12091:2009
231	Plastics	Water absorption Gravimetric method Determination of water absorption Weight method	PN-EN ISO 62:2008
232	Unplasticized poly(vinyl chloride) (PVC-U) pipes	Dichloromethane resistance at specified temperature (DCMT)	PN-EN ISO 9852:2017-11
233	Thermoplastics	Vicat softening temperature (VST) Temperature range: (50 – 250) ºC	PN-EN 727:1998 PN-EN ISO 2507-1:2017-11 PN-EN ISO 2507-2:2017-12 PN-EN ISO 2507-3:2017-12 PN-EN ISO 306:2023-05
234	Thermoplastics and thermosets	Determination of temperature of deflection under load (HDT) Temperature range: (50 – 250) ºC Heating at a constant rate	PN-EN ISO 75-1:2020-09 PN-EN ISO 75-2:2013-06 PN-EN ISO 75-3:2005
235	Textile conveyor belts and other laminates (materials of thickness up to 40 mm)	Tensile strength Maximum load 300 kN Tensile test	PN-EN ISO 283:2023-10
236	Textile conveyor belts and other laminates (materials of thickness up to 40 mm)	Elongation at break Range: up to 500% Tensile test
237	Textile conveyor belts and other laminates (materials of thickness up to 40 mm)	Elongation at the reference force (load) equal to 10 % of the nominal strength Range up to 100% Tensile test
238	Textile conveyor belts and other laminates (materials of thickness up to 40 mm)	Adhesive strength Maximum load 300 kN Delamination test	PN-EN ISO 252:2023-09
239	Thermoplastics products	The bending angle of products with welded joints Range up to 160 º Bending test	PN-EN 12814-1:2002+AC:2004 PN-EN 12814-8:2021-07
240	Thermoplastics products	Tensile strength of products with fusion-welded or resistance-welded joints Maximum load 300 kN Tensile test	PN-EN 12814-2:2021-06 PN-EN 12814-8:2021-07
241	Plastics, polymer composites, rubber (vulcanized or thermoplastic), plastic pipes	Tensile strength and strain at break Maximum load 300 kN, elongation up to 800% Tensile test	PN-EN ISO 527-1:2020-01 PN-EN ISO 527-2:2012 PN-EN ISO 527-3:2019-01 PN-EN ISO 527-4:2023-10 PN-EN ISO 527-5:2022-06 PN-ISO 37:2007+AC1:2008 PN-EN ISO 6259-1:2015-05 PN-EN ISO 6259-3:2015-08
242	Plastics, polymer composites, rubber (vulcanized or thermoplastic), plastic pipes	Modulus of elasticity under tension Maximum load 300 kN Tensile test
243	Plastics, polymer composites	Flexural strength Maximum load 300 kN Bending test	PN-EN ISO 178:2019-06 PN-EN ISO 14125:2001+AC:2003+ A1:2011
244	Plastics, polymer composites	Modulus of elasticity in flexure Maximum load 300 kN Bending test
245	Plastics, polymer composites, rubber, caoutchouc	Compressive strength Maximum load 300 kN Compression test	PN-EN ISO 3386-1:2000+A1:2010 PN-EN ISO 3386-2:2001+A1:2010 PN-ISO 5893:2015-12 PN-EN 12390-3:2019-07 PN-93/C-89071 PN-EN ISO 604:2006
246	Plastic pipes (pipes of outer diameter up to Ø = 630 mm)	Resistance to external blows Falling weight method Weight of the weight up to 8 kg Drop height up to 3 m	PN-EN 744:1997 PN-EN ISO 3127:2017-12
247	Plastic pipes (pipes of outer diameter up to Ø = 630 mm)	Resistance to external blows Staircase method Weight of the weight up to 8 kg Drop height up to 3 m	PN-EN ISO 11173:2017-12
248	Plastic pipes and pipe fittings (pipes of outer diameter up to Ø 950 mm)	Ring stiffness Maximum load 300 kN Compression test	PN-EN ISO 9969:2016-02 PN-EN 1228:1999 PN-EN ISO 13967:2011
249	Plastic pipes and pipe fittings (pipes of outer diameter up to Ø 950 mm)	Ring flexibility Maximum load 300 kN Compression test	PN-EN ISO 13968:2009
250	Thermoplastics	Determination of the melt mass-flow rate (MFR) and melt volume-flow rate (MVR) of thermoplastics Range: (0,1 – 75) g/10 min Standard method	PN-EN ISO 1133-1:2022-12
251	Plastics, polymer composites	Determination of Charpy impact properties Range: impact energy up to 50 J Impact test	PN-EN ISO 179-1:2010 PN-EN ISO 179-1:2023-11
252	Plastics, polymer composites	Tensile-impact strength Range: impact energy up to 50 J Impact test	PN-EN ISO 8256:2024-06
253	Thermoplastics pipes, fittings and assemblies with closed sections	Resistance to internal pressure Range: - max pressure 6 MPa for diameters up to Ø 400 mm, - max pressure 0,5 MPa no restriction on diameter Pressure test	PN-EN ISO 1167-1:2007 PN-EN ISO 1167-2:2007 PN-EN ISO 1167-3:2008 PN-EN ISO 1167-4:2008
254	Plastic pipes (Ø 160 mm – 800mm)	Creep ratio Range: amount of deformation make 50 mm Creep test	PN-EN ISO 9967:2016-02 PN-EN 761:2001
255	Plastic pipes	Resistance to combined temperature cycling and external loading Diameter range: (90÷510) mm Cyclic temperature changes	PN-EN ISO 13260:2012+A1:2017-11
256	Plastic pipes (pipes of diameter Ø =160 mm, 200 mm and 315 mm)	Abrasion resistance Range: up to 10 mm Abrasion test	PN-EN 295-3:2012
257	Non-porous plastics	Density Range: (0,5 – 3) g/cm3 Weight method	PN-EN ISO 1183-1:2019-05
258	Plastics and rubber	Hardness Range: (0 – 98) ShA Shore hardness	PN-80/C-04238 PN-EN ISO 868:2005
259	Rubber	Hardness Range: (20 – 80) ShA Shore hardness	ISO 7619-1:2010
260	Plastic pipes and fittings System of multilayered pipes and fittings	Resistance to temperature cycling Temperature range up to 95 ºC	PN-EN 12293:2002 PN-EN ISO 19893:2018-10
261	Conveyor belts and glued joints of conveyor belts	Burning and glowing time Flame method	PN-93/C-05013 p. 2.1 PN-98/C-05019 p. 3.1 PN-EN ISO 340:2013-07 PN-EN ISO 340:2022-12
262	Non-metallic materials	Burning time Flame method Time of applying the flame 10 s (in accordance with PN-EN ISO/IEC 80079-38:2017-02 p. 6.2)	PN-EN ISO 340:2013-07 PN-EN ISO 340:2022-12
263	Solid and porous non-metallic materials with an apparent density of ≥ 250 kg/m3	Linear burning rate Method A: horizontal burning test, burning / glowing time after removing the flame (time of further burning / further glowing) Method B: vertical burning test	PN-EN 60695-11-10:2014-02
264	Thin pliable plastics with a thickness of ≤ 5,5 mm	Flame / residual glow time Vertical burning method	PN-EN ISO 9773:2003+A1:2005
265	Plastics for machine elements, paints, coatings, including paint coatings, adhesives, resins and organic binders, adhesive resin loads and finished products	Burning and glowing time Flame method	BL-6/ZLGIG/PB-3 edycja 3 z dnia 04.09.2023 r. BL-6/ZLGIG/PB-3 3rd edition of 4 September 2023
266	Non-metallic foamed materials with an apparent density of <250 kg/m3	Burning time Flame method	BL-6/ZLGIG/PB-5 edycja 2 z dnia 25.08.2023 r. BL-6/ZLGIG/PB-5 2nd edition of 25 August 2023
267	Plastics	Oxidation induction time and temperature (OIT) Differential Scanning Calorimetry method (DSC)	PN-EN ISO 11357-6:2018-04
268	Plastics	Oxygen index	PN-EN ISO 4589-2:2017-06
269	Conveyor belts	Length of the unburned section Model adit method	PN-93/C-05013 p. 2.4
270	Conveyor belts	Highest friction drum temperature and presence of flame and glow Friction method Highest friction drum temperature and presence of flame and heat Friction method	PN-EN ISO 20238:2019-05
271	Non-metallic materials (sample sizes up to 200 mg)	Loss of weight The rate of weight loss Temperatures of physico-chemical transformations Thermal effects of physico-chemical transformations (qualitative) Temperature range: (20 – 1200) ºC	BL-6/ZLGIG/PB-16 edycja 2 z dnia 25.08.2023 r. BL-6/ZLGIG/PB-16 2nd edition of 25 August 2023
272	Sewage	Sampling for Chemical and Physical Analysis Manual Method Automatic Method Sewage Temperature / Sample Temperature Range: (0 – 50) °C	PN-ISO 5667-10:2021-11 SC/ZLGIG/PB.01 edycja 1 z dnia 01.08.2025 PN-ISO 5667-10:2021-11 SC/ZLGIG/PB.01 1st edition of 01.08.2025
273	Water	Sample collection for chemical and physical testing Water sample temperature (measured upon collection) Measurement range: 0 – 50 °C	PN-ISO 5667-4:2017-10 PN-EN ISO 5667-6:2016-12 SC/ZLGIG/PB.01 edycja 1 z dnia 01.08.2025 PN-ISO 5667-4:2017-10 PN-EN ISO 5667-6:2016-12 SC/ZLGIG/PB.01 1st edition of 01.08.2025
274	Water	Sample Collection for Chemical and Physical Testing Collected Water Sample Temperature Permissible Range: 0–50 °C	PN-ISO 5667-11:2017-10 SC/ZLGIG/PB.01 edycja 1 z dnia 01.08.2025 PN-ISO 5667-11:2017-10 SC/ZLGIG/PB.01 1st edition of 01.08.2025
275	Water	Dissolved Oxygen Concentration Range: 0.5 – 20.0 mg/L Measurement Method: Electrochemical	PN-EN ISO 5814:2013-04 PN-EN ISO 5814:2013-04
276	Water intended for human consumption	Sampling for Chemical and Physical Analysis Temperature of the Collected Water Sample Range: (0 – 50) °C	PN-ISO 5667-5:2017-10 SC/ZLGIG/PB.01 edycja 1 z dnia 01.08.2025 PN-ISO 5667-5:2017-10 SC/ZLGIG/PB.01 1st edition of 01.08.2025
277	Water intended for human consumption	Sampling for Microbiological Analysis Temperature of the Collected Water Sample Range: (0 – 50) °C	PN-EN ISO 19458:2007 SC/ZLGIG/PB.01 edycja 1 z dnia 01.08.2025 PN-EN ISO 19458:2007 SC/ZLGIG/PB.01 1st edition of 01.08.2025
278	Sewage, water	pH Range: 2.0 – 12.0 Method: Potentiometric	PN-EN ISO 10523:2012 PN-EN ISO 10523:2012
279	Sewage, water	Specific Electrical Conductivity at Temperature (0 – 80) °C  Range: (10 – 110,000) μS/cm Method: Conductometric	PN-EN 27888:1999 PN-EN 27888:1999
280	Soils, Grounds	Sampling for chemical and physical testing Sampling for Chemical and Physical Analysis	PN-ISO 10381-5:2009 PN-ISO 10381-5:2009
281	Soils	Sampling for chemical and physical testing Sampling for Chemical and Physical Analysis	PN-R-04031:1997 PN-R-04031:1997
282	Grounds	Water Permeability – Filtration Coefficient Range: (1 × 10⁻¹ – 1 × 10⁻⁷) m/s (calculated values) Particle size range: 0.01 < d < 2.0 mm 20 Range (1x10-5 – 1x10-10) m/s Hydraulic Gradient Method	PN-EN ISO 17892-11:2019-05 z wyłączeniem pkt. 5.2.2.2 i pkt. 5.2.3 SC/ZLGIG/PB.02 1st edition of 01.08.2025 PN-EN ISO 17892-11:2019-05 (excluding clauses 5.2.2.2 and 5.2.3)
283	Waste O): code 01 01 01, 01 01 02, 01 01 80, 01 03 04, 01 03 05, 01 03 06, 01 03 07, 01 03 08, 01 03 09, 01 03 10, 01 03 80, 01 03 81, 01 03 99, 01 04 07, 01 04 08, 01 04 09, 01 04 10, 01 04 11, 01 04 12, 01 04 13, 01 04 80, 01 04 81, 01 04 82, 01 04 83, 01 04 84, 01 04 85, 01 04 99, 03 01 01, 03 01 04, 03 01 05, 03 01 80, 03 01 81, 03 01 82, 03 01 99, 03 03 01, 03 03 02, 03 03 05, 03 03 07, 03 03 08, 03 03 09, 03 03 10, 03 03 11, 03 03 80, 03 03 81, 03 03 99, 06 05 02, 06 05 03, 06 09 80, 06 09 81, 10 01 01, 10 01 02, 10 01 03, 10 01 04, 10 01 05, 10 01 07, 10 01 13, 10 01 14, 10 01 15, 10 01 16, 10 01 17, 10 01 18, 10 01 19, 10 01 20, 10 01 21, 10 01 22, 10 01 23, 10 01 24, 10 01 25, 10 01 26, 10 01 80, 10 01 81, 10 01 82, 10 01 99, 10 02 01, 10 02 02, 10 02 07, 10 02 08, 10 02 10, 10 02 11, 10 02 12, 10 02 13, 10 02 14, 10 02 15, 10 02 80, 10 02 81, 10 02 99, 10 04 01, 10 04 02, 10 04 03, 10 04 04, 10 04 05, 10 04 06, 10 04 07, 10 04 09, 10 04 10, 10 04 99, 10 05 01, 10 05 03, 10 05 04, 10 05 05, 10 05 06, 10 05 08, 10 05 09, 10 05 10, 10 05 11, 10 05 80, 10 05 99, 10 06 01, 10 06 02, 10 06 03, 10 06 04, 10 06 06, 10 06 07, 10 06 09*, 10 06 10, 10 06 80, 10 06 99,	Sampling for chemical and physical, radiochemical testing Sampling for Chemical, Physical, and Radiochemical Analysis	SC/ZLGIG/PB.03 edycja 1 z dnia 01.08.2025 SC/ZLGIG/PB.03 1st edition of 01.08.2025
284	10 08 04, 10 08 08, 10 08 09, 10 08 10, 10 08 11, 10 08 12* 10 08 13, 10 08 14, 10 08 15, 10 08 16, 10 08 17, 10 08 18, 10 08 19, 10 08 20, 10 08 99, 17 01 01, 17 01 02, 17 01 03, 17 01 06, 17 01 07, 17 01 80, 17 01 81, 17 01 82, 17 02 01, 17 02 03, 17 02 04, 17 03 01, 17 03 02, 17 03 03, 17 03 80, 17 05 03, 17 05 04, 17 05 05, 17 05 06, 17 05 07, 17 05 08, 17 08 01, 17 08 02, 17 09 01, 17 09 02, 17 09 03, 17 09 04, 19 01 02, 19 01 05, 19 01 06, 19 01 07, 19 01 10, 19 01 11, 19 01 12, 19 01 13, 19 01 14, 19 01 15, 19 01 16, 19 01 17, 19 01 18, 19 01 19, 19 01 99, 19 02 03, 19 02 04, 19 02 05, 19 02 06, 19 02 07, 19 02 08, 19 02 09, 19 02 10, 19 02 11, 19 02 99, 19 03 04, 19 03 05, 19 03 06, 19 03 07, 19 03 08, 19 05 01, 19 05 02, 19 05 03, 19 05 99, 19 08 01, 19 08 02, 19 08 05, 19 08 06, 19 08 07, 19 08 08, 19 08 09, 19 08 10, 19 08 11, 19 08 12, 19 08 13, 19 08 14, 19 08 99, 19 09 01, 19 09 02, 19 09 03, 19 09 04, 19 09 05, 19 09 06, 19 09 99, 19 12 01, 19 12 02, 19 12 03, 19 12 04, 19 12 06, 19 12 07, 19 12 08, 19 12 09, 19 12 10, 19 12 11, 19 12 12, 19 13 01, 19 13 02, 19 13 03, 19 13 04, 19 13 05, 19 13 06, 19 13 07*, 19 13 08, 20 03 03, 20 03 04, 20 03 06	Sampling for chemical and physical, radiochemical testing Sampling for Chemical, Physical, and Radiochemical Analysis	SC/ZLGIG/PB.03 edycja 1 z dnia 01.08.2025 SC/ZLGIG/PB.03 1st edition of 01.08.2025
285	Water	Element concentrations Range: Fe (0,0005 – 1000) mg/l (0,00002 – 35,8) mmolr/l Mn (0,0002 – 1000) mg/l (0,000008 – 36,4) mmolr/l Cd (0,0005 – 10,0) mg/l Be, Cr, Ti, V (0,0005 – 10,0) mg/l Co, Zr (0,0010 – 10,0) mg/l Cu, Mo, Ni (0,0020 – 10,0) mg/l Sb (0,0050 – 10,0) mg/l Ag, As, Pb, Se, Sn (0,0050 – 10,0) mg/l B, Zn (0,0050 – 200) mg/l Al (0,010 – 200) mg/l Ba (0,0002 – 2000) mg/l (0,000003 – 29,1) mmolr/l Sr (0,0002 – 1000) mg/l (0,000005 – 22,8) mmolr/l Li (0,0010 – 1000) mg/l (0,00015 – 144) mmol/l Ca (0,0010 – 1000) mmolr/l (0,020 – 20000) mg/l Mg (0,0010 – 1000) mmolr/l (0,012 – 12200) mg/l Na (0,0010 – 5000) mmol/l (0,023 – 115000) mg/l K (0,0010 – 1000) mmol/l (0,039 – 39100) mg/l Stot. (0,05 – 5000) mg/l SO42- (0,001 – 104) mmolr/l SO42- (0,017 – 1670) mg/l S Sitot. (0,050 – 100) mg/l SiO32- (0,0013 – 2,63) mmolr/l SiO32- (0,040 – 79,0) mg/l SiO2 (0,020 – 36,9) mg/l Si Ptot. (0,030 – 1000) mg/l PO43- (0,0010 – 31,6) mmolr/l PO43- (0,0098 – 326) mg/l P (0,022 – 747) mg/l P2O5 La, Tl (0,0050 - 10,0) mg/l Inductively coupled plasma optical emission spectrometry (ICP-OES)	PN-EN ISO 11885:2009 SO-4/ZLGIG/PB.07.92 ed. 1 z dn. 01.08.2025
286	Water	Elements concentration Range: Fe (0,0005 – 1000) mg/l (0,00002 – 35,8) mmolr/l Mn (0,0002 – 1000) mg/l (0,000008 – 36,4) mmolr/l Cd (0,0005 – 10,0) mg/l Be, Cr, Ti, V (0,0005 – 10,0) mg/l Co, Zr (0,0010 – 10,0) mg/l Cu, Mo, Ni (0,0020 – 10,0) mg/l Sb (0,0050 – 10,0) mg/l Ag, As, Pb, Se, Sn (0,0050 – 10,0) mg/l B, Zn (0,0050 – 200) mg/l Al (0,010 – 200) mg/l Ba (0,0002 – 2000) mg/l (0,000003 – 29,1) mmolr/l Sr (0,0002 – 1000) mg/l (0,000005 – 22,8) mmolr/l Li (0,0010 – 1000) mg/l (0,00015 – 144) mmol/l Ca (0,0010 – 1000) mmolr/l (0,020 – 20000) mg/l Mg (0,0010 – 1000) mmolr/l (0,012 – 12200) mg/l Na (0,0010 – 5000) mmol/l (0,023 – 115000) mg/l K (0,0010 – 1000) mmol/l (0,039 – 39100) mg/l Stot. (0,05 – 5000) mg/l SO42- (0,001 – 104) mmolr/l SO42- (0,017 – 1670) mg/l S Sitot. (0,050 – 100) mg/l SiO32- (0,0013 – 2,63) mmolr/l SiO32- (0,040 – 79,0) mg/l SiO2 (0,020 – 36,9) mg/l Si Ptot. (0,030 – 1000) mg/l PO43- (0,0010 – 31,6) mmolr/l PO43- (0,0098 – 326) mg/l P (0,022 – 747) mg/l P2O5 La, Tl (0,0050 – 10,0) mg/l Inductively coupled plasma optical emission spectrometry method (ICP-OES)	PN-EN ISO 11885:2009 SO-4/ZLGIG/PB.07.92 ed. 1st of 01/08/2025
287	Sewage	Element concentrations Range: Fe (0,0050 – 1000) mg/l (0,0002 – 35,8) mmolr/l Mn (0,0050 – 1000) mg/l (0,0002 – 36,4) mmolr/l Cd (0,0010 – 1000) mg/l Be (0,0010 – 1000) mg/l Cr, Ti, V (0,0050 – 1000) mg/l Co, Zr (0,0050 – 1000) mg/l Mo (0,0050 – 1000) mg/l Cu,Ni (0,010 – 1000) mg/l Sb (0,050 – 100) mg/l Ag (0,020 – 100) mg/l As (0,050 – 100) mg/l B (0,050 – 1000) mg/l Zn (0,050 – 1000) mg/l Pb (0,020 – 100) mg/l Se, Sn (0,050 – 100) mg/l Al (0,10 – 1000) mg/l Bi (0,10 – 100) mg/l Ba (0,020 – 2000) mg/l (0,0003 – 29,1) mmolr/l Sr (0,020 – 1000) mg/l (0,0005 – 22,8) mmolr/l Li (0,10 – 1000) mg/l (0,015 – 144) mmol/l Ca (0,050 – 1000) mmolr/l (1,00 – 20000) mg/l Mg (0,050 – 1000) mmolr/l (0,60 – 12200) mg/l Na (0,050 – 5000) mmol/l (1,15 – 115000) mg/l K (0,050 – 1000) mmol/l (1,95 – 39100) mg/l Stot. (5,00 – 3000) mg/l SO42- (0,10 – 62,5 ) mmolr/l SO42- (1,70 – 999) mg/l S Sitot. (0,50 – 100) mg/l SiO32- (0,013 – 2,63) mmolr/l SiO32- (0,40 – 79,0) mg/l SiO2 (0,19 – 36,9) mg/l Si Ptot. (0,20 – 2000) mg/l PO43- (0,0063 – 63,2) mmolr/lPO43- (0,065 – 652) mg/l P (0,15 – 1490) mg/l P2O5 La, Tl (0,020 – 100) mg/l Hg (0,050 – 10,0) mg/l Te (0,10 – 100) mg/l Inductively coupled plasma optical emission spectrometry (ICP-OES)	PN-EN ISO 11885:2009 SO-4/ZLGIG/PB.07.92 ed. 1 z dn. 01.08.2025
288	Sewage	Elements concentration Range: Fe (0,0050 – 1000) mg/l (0,0002 – 35,8) mmolr/l Mn (0,0050 – 1000) mg/l (0,0002 – 36,4) mmolr/l Cd (0,0010 – 1000) mg/l Be (0,0010 – 1000) mg/l Cr, Ti, V (0,0050 – 1000) mg/l Co, Zr (0,0050 – 1000) mg/l Mo (0,0050 – 1000) mg/l Cu,Ni (0,010 – 1000) mg/l Sb (0,050 – 100) mg/l Ag (0,020 – 100) mg/l As (0,050 – 100) mg/l B (0,050 – 1000) mg/l Zn (0,050 – 1000) mg/l Pb (0,020 – 100) mg/l Se, Sn (0,050 – 100) mg/l Al (0,10 – 1000) mg/l Bi (0,10 – 100) mg/l Ba (0,020 – 2000) mg/l (0,0003 – 29,1) mmolr/l Sr (0,020 – 1000) mg/l (0,0005 – 22,8) mmolr/l Li (0,10 – 1000) mg/l (0,015 – 144) mmol/l Ca (0,050 – 1000) mmolr/l (1,00 – 20000) mg/l Mg (0,050 – 1000) mmolr/l (0,60 – 12200) mg/l Na (0,050 – 5000) mmol/l (1,15 – 115000) mg/l K (0,050 – 1000) mmol/l (1,95 – 39100) mg/l Stot. (5,00 – 3000) mg/l SO42- (0,10 – 62,5 ) mmolr/l SO42- (1,70 – 999) mg/l S Sitot. (0,50 – 100) mg/l SiO32- (0,013 – 2,63) mmolr/l SiO32- (0,40 – 79,0) mg/l SiO2 (0,19 – 36,9) mg/l Si Ptot. (0,20 – 2000) mg/l PO43- (0,0063 – 63,2) mmolr/lPO43- (0,065 – 652) mg/l P (0,15 – 1490) mg/l P2O5 La, Tl (0,020 – 100) mg/l Hg (0,050 – 10,0) mg/l Te (0,10 – 100) mg/l Inductively coupled plasma optical emission spectrometry method (ICP-OES)	PN-EN ISO 11885:2009 SO-4/ZLGIG/PB.07.92 ed. 1st of 01/08/2025
289	Water, sewage	pH value Range: 2,0 – 13,0 Potentiometric method	PN-EN ISO 10523:2012
290	Water, sewage	Electrical conductivity Range: (10 – 250000) S/cm Conductometric method Electrical conductivity Range: (10 – 250000) S/cm Conductometric method	PN-EN 27888:1999
291	Water, sewage	Chloride concentration Range: (0,14 – 5000) mmol/I (5,0 – 177300) mg/l Titrimetric method	PN-ISO 9297:1994
292	Water, sewage	Sulfate concentration Range: (10 – 10000) mg/l (0,21 – 208) mmol/l r Gravimetric method	PN-ISO 9280:2002
293	Water, sewage	Total dissolved solids (TDS) Range: (10 – 250000) mg/I Gravimetric method	PN-EN 15216:2022-03
294	Water, sewage	Dissolved solids, mineral (non-volatile) and volatile Range: (10 – 250000) mg/I Solids – total mineral (non-volatile) and volatile Range: (10 – 100000) mg/l Gravimetric method	PN-78/C-04541
295	Water, sewage	Alkalinity - mineral and total Range: (0,40 – 200) mmol/l Titrimetric method Range: (0,10 – 200) mmol/l Potentiometric titration method Carbonates concentration Hydrocarbonates concentration Hydroxides concentration Total hardness (sum of calcium and magnesium) Carbonate hardness Non-carbonate hardness (from calculations)	PN-EN ISO 9963-1:2001+Ap1:2004 SO-4/ZLGIG/PB.07.95 ed. 1 z dnia 01.08.2025 PN-EN ISO 9963-1:2001+Ap1:2004 SO-4/ZLGIG/PB.07.95 ed. 1st of 01/08/2025
296	Water, sewage	Dissolved oxygen Range: (0,1 – 15,0) mg/l O2 Electrochemical method	PN-EN ISO 5814:2013-04
297	Water, sewage	Chemical oxygen demand (COD ) Cr Range: (10 – 10000) mg/l O2 Spectrophotometric method	PN-ISO 15705:2005
298	Water, sewage	Nitrite concentration Range: (0,0060 – 100) mg/l (0,00013 – 2,17) mmol/l Nitrite nitrogen concentration (0,0018 – 30,4) mg/l Spectrophotometric method	PN-EN 26777:1999
299	Water, sewage	Iodide concentration Range: (0,40 – 250) mg/l (0,0032 – 1,97) mmol/l Bromide concentration Range: (0,40 – 500) mg/l (0,0050 – 6,26) mmol/l Titrimetric method	SO-4/ZLGIG/PB.07.29 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.07.29 ed. 1st of 01/08/2025
300	Water, sewage	Biochemical oxygen demand- BOD5 BOD 2+5 Range: (0,50 – 6,0) mg/l O2 (3 – 6000) mg/l O2 Electrochemical method	PN-EN ISO 5815-1:2019-12 PN-EN 1899-2:2002
301	Water, sewage	Anionic surfactants (detergents) concentration Range: (0,10 – 100) mg/l Spectrophotometric method	PN-EN 903:2002 z wył. pkt 7.1 PN-EN 903:2002 exc. pt 7.1
302	Water, sewage	Anionic surfactants (detergents) concentration Range: (0,010 – 100) mg/l Continuous flow analysis metod (CFA) with spectrophotometric detection	PN-EN ISO 16265:2012
303	Water, sewage	Cr(VI) concentration Range: (0,010 – 50) mg/l Spectrophotometric method Cr(III) concentration (calculated) Cr(VI) concentration Range: (0,010 – 50) mg/l Spectrophotometric method Cr(III) concentration (from calculations)	PN-77/C-04604.08 SO-4/ZLGIG/PB.07.93 ed. 1 z dn. 01.08.2025 PN-77/C-04604.08 SO-4/ZLGIG/PB.07.93 ed. 1st of 01/08/2025
304	Water, sewage	Permanganate index Range: (0,50 – 100) mg/l O2 Titrimetric method	PN-EN ISO 8467:2001
305	Water, sewage	Concentration: - total organic carbon (TOC) - dissolved organic carbon (DOC) Range: (0,50 – 2500) mg/l C High temp. combustion method with IR detection	PN-EN 1484:1999
306	Water, sewage	Total nitrogen concentration Range: (0,50 – 2500) mg/l N High temp. combustion method with chemiluminescent detection Kjeldahl nitrogen concentration and organic nitrogen (from calculations)	PN-EN ISO 20236:2025-05 SO-4/ZLGIG/PB.07.94 ed. 1 z dn. 01.08.2025 PN-EN ISO 20236:2025-05 SO-4/ZLGIG/PB.07.94 ed. 1st of 01/08/2025
307	Water, sewage	Free cyanide and total cyanide concentration Range: (0,0020 – 1000) mg/l Continuous flow analysis method (CFA) with spectrophotometric detection Bound cyanide concentration (from calculations)	PN-EN ISO 14403-2:2012 SO-4/ZLGIG/PB.07.90 ed. 1 z dn. 01.08.2025 PN-EN ISO 14403-2:2012 SO-4/ZLGIG/PB.07.90 ed. 1st of 01/08/2025
308	Water, sewage	Phenol index Range: (0,0010 – 1000) mg/l Continuous flow analysis method (CFA) with spectrophotometric detection	PN-EN ISO 14402:2004 pkt 4 PN-EN ISO 14402:2004 pt 4
309	Water, sewage	Anion concentrations Range: chlorides (0,0080 – 5000) mmol/l (0,28 – 177300) mg/l sulfates (0,0020 – 208) mmol/l r (0,10 – 10000) mg/l bromides (0,00025 – 6,26) mmol/l (0,020 – 500) mg/l fluorides (0,00052 – 26,3) mmol/l (0,010 – 500) mg/l nitrates (0,00030 – 8,10) mmol/l (0,020 – 500) mg/l nitrate nitrogen(0,0045 – 113) mg/l nitrites (0,0011 – 2,17) mmol/l (0,050 – 100) mg/l nitrite nitrogen(0,015 – 30,4) mg/l phosphates (0,0032 – 3,79) mmol/l r (0,10 – 120) mg/l iodides (0,0024 – 1,97) mmol/l (0,30 – 250) mg/l thiocyanates (0,50 – 100) mg/l Ion chromatography with conductometric detection (IC-CD)	PN-EN ISO 10304-1:2009+AC:2012 PN-EN ISO 10304-3:2001
310	Water, sewage	Anions concentration Range: chloride (0,0080 – 5000) mmol/l (0,28 – 177300) mg/l sulfate (0,0020 – 208) mmol/l r (0,10 – 10000) mg/l bromide (0,00025 – 6,26) mmol/l (0,020 – 500) mg/l fluoride (0,00052 – 26,3) mmol/l (0,010 – 500) mg/l nitrate (0,00030 – 8,10) mmol/l (0,020 – 500) mg/l nitrate nitrogen (0,0045 – 113) mg/l nitrite (0,0011 – 2,17) mmol/l (0,050 – 100) mg/l nitrite nitrogen (0,015 – 30,4) mg/l phosphate (0,0032 – 3,79) mmol/l r (0,10 – 120) mg/l iodide (0,0024 – 1,97) mmol/l (0,30 – 250) mg/l thiocyanate (0,50 – 100) mg/l Ion chromatography method with conductometric detection (IC-CD)	PN-EN ISO 10304-1:2009+AC:2012 PN-EN ISO 10304-3:2001
311	Water, sewage	Adsorbable organically bound halogens (AOX) Range: (0,10 – 5,0) mg/l Cl (100 – 5000) µg/l Cl Microcoulometric titration method Adsorbable organically bound halogens (AOX) Range: (0,10 – 5,0) mg/l Cl (100 – 5000) µg/l Cl Microcoulometric titration method	PN-EN ISO 9562:2007
312	Water, sewage	Total suspended solids (TSS) Range: (2,0 - 10000) mg/l Gravimetric method	PN-EN 872:2007+Ap1:2007
313	Water, sewage	Turbidity Range: (0,20 – 400) NTU Nephelometric method	PN-EN ISO 7027-1:2016-09
314	Water, sewage	Color Range: (2 – 1500) mg/l Pt Spectrophotometric method	PN-EN ISO 7887:2012+Ap1:2015-06 metoda C PN-EN ISO 7887:2012+Ap1:2015-06 method C
315	Water, sewage	Ether extract Range: (2,5 – 1000) mg/l Gravimetric method	SO-4/ZLGIG/PB.07.50 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.07.50 ed. 1st of 01/08/2025
316	Water, sewage	Ammonium ion concentration Range: (0,020 – 1000) mg/l (0,0011 – 56) mmol/l Ammonium nitrogen concentration Range: (0,016 – 777) mg/l Flow injection analysis method (FIA) with spectrophotometric detection	PN-EN ISO 11732:2007
317	Water, sewage	Sulfide concentration Range: (0,020 – 500) mg/l Flow injection analysis method (FIA) with spectrophotometric detection	SO-4/ZLGIG/PB.07.51 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.07.51 ed. 1st of 01/08/2025
318	Water, sewage	Sulfide concentration Range: (0,010 – 500) mg/l Spectrophotometric method	SO-4/ZLGIG/PB.07.39 ed. 1 z dn. 01.08.2025 na podstawie testu kuwetowego MERCK SPECTROQUANT 14779 SO-4/ZLGIG/PB.07.39 ed. 1st of 01/08/2025 based on cuvette test MERCK SPECTROQUANT 14779
319	Water, sewage	Unionized hydrogen sulfide concentration (from calculations)	SO-4/ZLGIG/PB.07.97 \| PN-74/C-04566.04 SO-4/ZLGIG/PB.07.97 ed. 1 z dn. 01.08.2025 PN-74/C-04566.04
320	Water, sewage	Kjeldahl nitrogen concentration Range: (5,0 – 1200) mg/l N Potentiometric titration method	PN-EN 25663:2001
321	Water, sewage	Kjeldahl nitrogen concentration Range: (0,50 – 1200) mg/l N Flow injection analysis method (FIA) with spectrophotometric detection	PN-EN 25663:2001
322	Water, sewage	Mercury concentration Range: (0,00050 – 0,10) mg/l (0,50 – 100) µg/l Atomic fluorescence spectrometry method (AFS)	PN-EN ISO 17852:2009
323	Water, sewage	Dissolved iron(II) concentration Range: (0,020 – 50) mg/l Spectrophotometric method	PN-ISO 6332:2001+Ap1:2016-06
324	Water, sewage	Phosphate concentration Range: (0,010 – 200) mg/l PO43- Spectrophotometric method	PN-EN ISO 6878:2006 rozdz. 4 + Ap1:2010 + Ap2:2010 PN-EN ISO 6878:2006 cl 4 + Ap1:2010 + Ap2:2010
325	Water	Bromate concentration Range: (0,0030 – 1,0) mg/l (3,0 – 1000) µg/l Ion chromatography method with conductometric detection (IC-CD)	PN-EN ISO 15061:2003
326	Water	Anions concentration Range: chlorate (0,0030 – 10) mg/l (3,0 – 10000) µg/l chlorite (0,0040 – 10) mg/l (4,0 – 10000) µg/l Ion chromatography method with conductometric detection (IC-CD) Total chlorate and chlorites (from calculations)	PN-EN ISO 10304-4:2022-08
327	Water	Free carbon dioxide concentration Range: (2,2 – 2000) mg/l Titrimetric method	PN-74/C-04547.01 pkt 2.1 PN-74/C-04547.01 pt 2.1
328	Water	Agressive carbon dioxide concentration- Range: (2,2 – 180) mg/l Titrimetric method	PN-EN 13577:2008
329	Water	Cr(VI) concentration Range: (0,010 – 50) mg/l Spectrophotometric method Cr(III) concentration (calculated) Cr(VI) concentration Range: (0,010 – 50) mg/l Spectrophotometric method Cr(III) concentration (from calculations)	PN-EN ISO 18412:2007 SO-4/ZLGIG/PB.07.93 ed. 1 z dn. 01.08.2025 PN-EN ISO 18412:2007 SO-4/ZLGIG/PB.07.93 ed. 1st of 01/08/2025
330	Underground water	Adsorbable organically bound halogens (AOX) Range: (0,010 – 5,0) mg/l Cl (10 – 5000) µg/l Cl Microcoulometric titration method Adsorbable organically bound halogens (AOX) Range: (0,010 – 5,0) mg/l Cl (10 – 5000) µg/l Cl Microcoulometric titration method	PN-EN ISO 9562:2007
331	Surface water	Mercury concentration Range: (0,000050 – 0,10) mg/l (0,050 – 100) µg/l Atomic fluorescence spectrometry method (AFS)	PN-EN ISO 17852:2009
332	Surface water	Elements concentration Range: Cd (0,0002 – 1,00) mg/l Sb (0,0020 – 1,00) mg/l Ptot. (0,010 – 100) mg/l PO43- (0,0003 – 3,16) mmolr/l PO43- (0,0033 – 32,6) mg/l P (0,0074 – 74,7) mg/l P2O5 Tl (0,002 – 1,00) mg/l Inductively coupled plasma optical emission spectrometry method (ICP-OES)	PN-EN ISO 11885:2009 SO-4/ZLGIG/PB.07.92 ed. 1 z dn. 01.08.2025 PN-EN ISO 11885:2009 SO-4/ZLGIG/PB.07.92 ed. 1st of 01/08/2025
333	WasteO): code 01 01 02, 01 03 06, 01 04 12, 01 04 81, 10 01 01, 10 01 02, 10 01 03, 10 01 05, 10 01 07, 10 01 17, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 09 08, 17 01 01, 17 01 02, 17 01 81, 17 05 04, 17 05 08, 17 09 04, 19 01 12, 19 08 01, 19 08 02, 19 08 05, 19 08 14, 19 09 01, 19 09 02, 19 12 09, 19 13 06	pH value Range: 2,0 – 12,0 Potentiometric method	PN-EN 12457-2:2006 PN-EN 12457-4:2006 PN-EN ISO 10523:2012
334	WasteO): code 01 01 02, 01 03 06, 01 04 12, 01 04 81, 10 01 01, 10 01 02, 10 01 03, 10 01 05, 10 01 07, 10 01 17, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 09 08, 17 01 01, 17 01 02, 17 01 81, 17 05 04, 17 05 08, 17 09 04, 19 01 12, 19 08 01, 19 08 02, 19 08 05, 19 08 14, 19 09 01, 19 09 02, 19 12 09, 19 13 06	Electrical conductivity Range: (10 – 250000) S/cm Conductometric method Electrical conductivity Range: (10 – 250000) S/cm Conductometric method	PN-EN 12457-2:2006 PN-EN 12457-4:2006 PN-EN 27888:1999
335	Solid wastesO): code 01 01 02, 01 03 06, 01 04 12, 01 04 81, 10 01 01, 10 01 02, 10 01 03, 10 01 05, 10 01 07, 10 01 17, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 09 08, 17 01 01, 17 01 02, 17 01 81, 17 05 04, 17 05 08, 17 09 04, 19 01 12, 19 08 01, 19 08 02, 19 08 05, 19 08 14, 19 09 01, 19 09 02, 19 12 09, 19 13 06 Slag, bottom ash, and boiler dust, coal fly ash, solid waste from lime-based flue gas desulfurization methods, sands from fluidized beds, mixtures of fly ash and solid waste from lime-based flue gas desulfurization methods, ash-slag mixtures from wet discharge of combustion waste Ground Building materials: mineral aggregates	Concentration of chloride Range: (5,0 – 177300) mg/l Titrimetric method	PN-EN 12457-2:2006 PN-EN 12457-4:2006 PN-ISO 9297:1994
336	Solid wastesO): code 01 01 02, 01 03 06, 01 04 12, 01 04 81, 10 01 01, 10 01 02, 10 01 03, 10 01 05, 10 01 07, 10 01 17, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 09 08, 17 01 01, 17 01 02, 17 01 81, 17 05 04, 17 05 08, 17 09 04, 19 01 12, 19 08 01, 19 08 02, 19 08 05, 19 08 14, 19 09 01, 19 09 02, 19 12 09, 19 13 06 Slag, bottom ash, and boiler dust, coal fly ash, solid waste from lime-based flue gas desulfurization methods, sands from fluidized beds, mixtures of fly ash and solid waste from lime-based flue gas desulfurization methods, ash-slag mixtures from wet discharge of combustion waste Ground Building materials: mineral aggregates	Concentration of chloride Range: (5,0 – 177300) mg/l Ion chromatography method with conductometric detection (IC-CD)	PN-EN 12457-2:2006 PN-EN 12457-4:2006 PN-EN ISO 10304-1:2009+AC:2012
337	Solid wastesO): code 01 01 02, 01 03 06, 01 04 12, 01 04 81, 10 01 01, 10 01 02, 10 01 03, 10 01 05, 10 01 07, 10 01 17, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 09 08, 17 01 01, 17 01 02, 17 01 81, 17 05 04, 17 05 08, 17 09 04, 19 01 12, 19 08 01, 19 08 02, 19 08 05, 19 08 14, 19 09 01, 19 09 02, 19 12 09, 19 13 06 Slag, bottom ash, and boiler dust, coal fly ash, solid waste from lime-based flue gas desulfurization methods, sands from fluidized beds, mixtures of fly ash and solid waste from lime-based flue gas desulfurization methods, ash-slag mixtures from wet discharge of combustion waste Ground Building materials: mineral aggregates	Concentration of sulphate Range: (10 – 10000) mg/l Gravimetric method	PN-EN 12457-2:2006 PN-EN 12457-4:2006 PN-ISO 9280:2002
338	Solid wastesO): code 01 01 02, 01 03 06, 01 04 12, 01 04 81, 10 01 01, 10 01 02, 10 01 03, 10 01 05, 10 01 07, 10 01 17, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 09 08, 17 01 01, 17 01 02, 17 01 81, 17 05 04, 17 05 08, 17 09 04, 19 01 12, 19 08 01, 19 08 02, 19 08 05, 19 08 14, 19 09 01, 19 09 02, 19 12 09, 19 13 06 Slag, bottom ash, and boiler dust, coal fly ash, solid waste from lime-based flue gas desulfurization methods, sands from fluidized beds, mixtures of fly ash and solid waste from lime-based flue gas desulfurization methods, ash-slag mixtures from wet discharge of combustion waste Ground Building materials: mineral aggregates	Concentration of sulphate Range: (1,0 – 10000) mg/l Ion chromatography method with conductometric detection (IC-CD)	PN-EN 12457-2:2006 PN-EN 12457-4:2006 PN-EN ISO 10304-1:2009+AC:2012
339	Solid wastesO): code 01 01 02, 01 03 06, 01 04 12, 01 04 81, 10 01 01, 10 01 02, 10 01 03, 10 01 05, 10 01 07, 10 01 17, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 09 08, 17 01 01, 17 01 02, 17 01 81, 17 05 04, 17 05 08, 17 09 04, 19 01 12, 19 08 01, 19 08 02, 19 08 05, 19 08 14, 19 09 01, 19 09 02, 19 12 09, 19 13 06 Slag, bottom ash, and boiler dust, coal fly ash, solid waste from lime-based flue gas desulfurization methods, sands from fluidized beds, mixtures of fly ash and solid waste from lime-based flue gas desulfurization methods, ash-slag mixtures from wet discharge of combustion waste Ground Building materials: mineral aggregates	Total dissolved solids (TDS) Range: (10 – 50000) mg/I Gravimetric method	PN-EN 12457-2:2006 PN-EN 12457-4:2006 PN-EN 15216:2022-03
340	Solid wastesO): code 01 01 02, 01 03 06, 01 04 12, 01 04 81, 10 01 01, 10 01 02, 10 01 03, 10 01 05, 10 01 07, 10 01 17, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 09 08, 17 01 01, 17 01 02, 17 01 81, 17 05 04, 17 05 08, 17 09 04, 19 01 12, 19 08 01, 19 08 02, 19 08 05, 19 08 14, 19 09 01, 19 09 02, 19 12 09, 19 13 06 Slag, bottom ash, and boiler dust, coal fly ash, solid waste from lime- based flue gas desulfurization methods, sands from fluidized beds, mixtures of fly ash and solid waste from lime-based flue gas desulfurization methods, ash-slag mixtures from wet discharge of combustion waste Ground Building materials: mineral aggregates	Concentration of elements Range: Fe (0,0050 – 1000) mg/l Cd (0,0005 – 100) mg/l Mn (0,0050 – 200) mg/l Co, Cr, Ti, V (0,0030 – 100) mg/l As, Cu, Mo, Ni, Pb, Sb, Se, Sn, Zn (0,0050 – 100) mg/l Al (0,050 – 100) mg/l Ba (0,0050 – 2000) mg/l Sr (0,0050 – 1000) mg/l Ca (0,20 – 20000) mg/l Mg (0,12 – 12200) mg/l Na (0,23 – 115000) mg/l K (0,39 – 39100) mg/l Inductively coupled plasma optical emission spectrometry method (ICP-OES)	PN-EN 12457-2:2006 PN-EN 12457-4:2006 PN-EN ISO 11885:2009
341	Solid wastesO): code 01 01 02, 01 03 06, 01 04 12, 01 04 81, 10 01 01, 10 01 02, 10 01 03, 10 01 05, 10 01 07, 10 01 17, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 09 08, 17 01 01, 17 01 02, 17 01 81, 17 05 04, 17 05 08, 17 09 04, 19 01 12, 19 08 01, 19 08 02, 19 08 05, 19 08 14, 19 09 01, 19 09 02, 19 12 09, 19 13 06 Slag, bottom ash, and boiler dust, coal fly ash, solid waste from lime- based flue gas desulfurization methods, sands from fluidized beds, mixtures of fly ash and solid waste from lime-based flue gas desulfurization methods, ash-slag mixtures from wet discharge of combustion waste Ground Building materials: mineral aggregates	Concentration of Cr(VI) Range: (0,010 – 50) mg/l Spectrofotometric method Concentration of Cr(III) (from calculations)	PN-EN 12457-2:2006 PN-EN 12457-4:2006 PN-EN ISO 18412:2007 PN-77/C-04604.08 SO-4/ZLGIG/PB.07.93 ed. 1 z dn. 01.08.2025 PN-EN 12457-2:2006 PN-EN 12457-4:2006 PN-EN ISO 18412:2007 PN-77/C-04604.08 SO-4/ZLGIG/PB.07.93 ed. 1st of 01/08/2025
342	Solid wastesO): code 01 01 02, 01 03 06, 01 04 12, 01 04 81, 10 01 01, 10 01 02, 10 01 03, 10 01 05, 10 01 07, 10 01 17, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 09 08, 17 01 01, 17 01 02, 17 01 81, 17 05 04, 17 05 08, 17 09 04, 19 01 12, 19 08 01, 19 08 02, 19 08 05, 19 08 14, 19 09 01, 19 09 02, 19 12 09, 19 13 06 Slag, bottom ash, and boiler dust, coal fly ash, solid waste from lime- based flue gas desulfurization methods, sands from fluidized beds, mixtures of fly ash and solid waste from lime-based flue gas desulfurization methods, ash-slag mixtures from wet discharge of combustion waste Ground Building materials: mineral aggregates	Permanganate index Range: (0,50 – 100) mg/l O2 Titrimetric method	PN-EN 12457-2:2006 PN-EN 12457-4:2006 PN-EN ISO 8467:2001
343	Solid wastesO): code 01 01 02, 01 03 06, 01 04 12, 01 04 81, 10 01 01, 10 01 02, 10 01 03, 10 01 05, 10 01 07, 10 01 17, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 09 08, 17 01 01, 17 01 02, 17 01 81, 17 05 04, 17 05 08, 17 09 04, 19 01 12, 19 08 01, 19 08 02, 19 08 05, 19 08 14, 19 09 01, 19 09 02, 19 12 09, 19 13 06 Slag, bottom ash, and boiler dust, coal fly ash, solid waste from lime- based flue gas desulfurization methods, sands from fluidized beds, mixtures of fly ash and solid waste from lime-based flue gas desulfurization methods, ash-slag mixtures from wet discharge of combustion waste Ground Building materials: mineral aggregates	Concentration of organic carbon Range: (0,50 – 2500) mg/l C High temp. combustion method with IR detection	PN-EN 12457-2:2006 PN-EN 12457-4:2006 PN-EN 1484:1999
344	Solid wastesO): code 01 01 02, 01 03 06, 01 04 12, 01 04 81, 10 01 01, 10 01 02, 10 01 03, 10 01 05, 10 01 07, 10 01 17, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 09 08, 17 01 01, 17 01 02, 17 01 81, 17 05 04, 17 05 08, 17 09 04, 19 01 12, 19 08 01, 19 08 02, 19 08 05, 19 08 14, 19 09 01, 19 09 02, 19 12 09, 19 13 06 Slag, bottom ash, and boiler dust, coal fly ash, solid waste from lime- based flue gas desulfurization methods, sands from fluidized beds, mixtures of fly ash and solid waste from lime-based flue gas desulfurization methods, ash-slag mixtures from wet discharge of combustion waste Ground Building materials: mineral aggregates	Sulphide concentration Range: (0,050 – 500) mg/l Spectrophotometric method Flow injection analysis method (FIA) with spectrophotometric detection Concentration of undissociated hydrogen sulphide (calculated)	PN-EN 12457-2:2006 PN-EN 12457-4:2006 SO-4/ZLGIG/PB.07.39 ed. 1 z dn. 01.08.2025 na podstawie testu kuwetowego MERCK SPECTROQUANT 14779 SO-4/ZLGIG/PB.07.51 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.07.97 ed.1 z dn. 01.08.2025 PN-74/C-04566.04
345	Solid wastesO): code 01 01 02, 01 03 06, 01 04 12, 01 04 81, 10 01 01, 10 01 02, 10 01 03, 10 01 05, 10 01 07, 10 01 17, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 09 08, 17 01 01, 17 01 02, 17 01 81, 17 05 04, 17 05 08, 17 09 04, 19 01 12, 19 08 01, 19 08 02, 19 08 05, 19 08 14, 19 09 01, 19 09 02, 19 12 09, 19 13 06 Slag, bottom ash, and boiler dust, coal fly ash, solid waste from lime-based flue gas desulfurization methods, sands from fluidized beds, mixtures of fly ash and solid waste from lime-based flue gas desulfurization methods, ash-slag mixtures from wet discharge of combustion waste Ground Building materials: mineral aggregates	Concentration of sulfides Range: (0,050 – 500) mg/l Spectrophotometric method Flow injection analysis method (FIA) with spectrophotometric detection Unionized hydrogen sulfide (from calculations)	PN-EN 12457-2:2006 PN-EN 12457-4:2006 SO-4/ZLGIG/PB.07.39 ed. 1st of 01/08/2025 based on cuvette test MERCK SPECTROQUANT 14779 SO-4/ZLGIG/PB.07.51 ed. 1st of 01/08/2025 SO-4/ZLGIG/PB.07.97 ed. 1st of 01/08/2025 PN-74/C-04566.04
346	Solid wastesO): code 01 01 02, 01 03 06, 01 04 12, 01 04 81, 10 01 01, 10 01 02, 10 01 03, 10 01 05, 10 01 07, 10 01 17, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 09 08, 17 01 01, 17 01 02, 17 01 81, 17 05 04, 17 05 08, 17 09 04, 19 01 12, 19 08 01, 19 08 02, 19 08 05, 19 08 14, 19 09 01, 19 09 02, 19 12 09, 19 13 06 Slag, bottom ash, and boiler dust, coal fly ash, solid waste from lime-based flue gas desulfurization methods, sands from fluidized beds, mixtures of fly ash and solid waste from lime-based flue gas desulfurization methods, ash-slag mixtures from wet discharge of combustion waste Ground Building materials: mineral aggregates	Concentration of free cyanide and total cyanide Range: (0,0050 – 1000) mg/l Continuous flow analysis method (CFA) with spectrophotometric detection Concentration of cyanide – bound (from calculations)	PN-EN 12457-2:2006 PN-EN 12457-4:2006 PN-EN ISO 14403-2:2012 SO-4/ZLGIG/PB.07.90 ed. 1 z dn. 01.08.2025 PN-EN 12457-2:2006 PN-EN 12457-4:2006 PN-EN ISO 14403-2:2012 SO-4/ZLGIG/PB.07.90 ed. 1st of 01/08/2025
347	Solid wastesO): code 01 01 02, 01 03 06, 01 04 12, 01 04 81, 10 01 01, 10 01 02, 10 01 03, 10 01 05, 10 01 07, 10 01 17, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 09 08, 17 01 01, 17 01 02, 17 01 81, 17 05 04, 17 05 08, 17 09 04, 19 01 12, 19 08 01, 19 08 02, 19 08 05, 19 08 14, 19 09 01, 19 09 02, 19 12 09, 19 13 06 Slag, bottom ash, and boiler dust, coal fly ash, solid waste from lime-based flue gas desulfurization methods, sands from fluidized beds, mixtures of fly ash and solid waste from lime-based flue gas desulfurization methods, ash-slag mixtures from wet discharge of combustion waste Ground Building materials: mineral aggregates	Phenol index Range: (0,0050 – 1000) mg/l Continuous flow analysis method (CFA) with spectrophotometric detection	PN-EN 12457-2:2006 PN-EN 12457-4:2006 PN-EN ISO 14402:2004 pkt 4 PN-EN 12457-2:2006 PN-EN 12457-4:2006 PN-EN ISO 14402:2004 pt 4
348	Solid wastesO): code 01 01 02, 01 03 06, 01 04 12, 01 04 81, 10 01 01, 10 01 02, 10 01 03, 10 01 05, 10 01 07, 10 01 17, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 09 08, 17 01 01, 17 01 02, 17 01 81, 17 05 04, 17 05 08, 17 09 04, 19 01 12, 19 08 01, 19 08 02, 19 08 05, 19 08 14, 19 09 01, 19 09 02, 19 12 09, 19 13 06 Slag, bottom ash, and boiler dust, coal fly ash, solid waste from lime-based flue gas desulfurization methods, sands from fluidized beds, mixtures of fly ash and solid waste from lime-based flue gas desulfurization methods, ash-slag mixtures from wet discharge of combustion waste Ground Building materials: mineral aggregates	Ammonium ion concentration Range: (0,020 – 1000) mg/l Ammonium nitrogen concentration Range: (0,016 – 777) mg/l Flow injection analysis method (FIA) with spectrophotometric detection	PN-EN 12457-2:2006 PN-EN 12457-4:2006 PN-EN ISO 11732:2007
349	Solid wastesO): code 01 01 02, 01 03 06, 01 04 12, 01 04 81, 10 01 01, 10 01 02, 10 01 03, 10 01 05, 10 01 07, 10 01 17, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 09 08, 17 01 01, 17 01 02, 17 01 81, 17 05 04, 17 05 08, 17 09 04, 19 01 12, 19 08 01, 19 08 02, 19 08 05, 19 08 14, 19 09 01, 19 09 02, 19 12 09, 19 13 06 Slag, bottom ash, and boiler dust, coal fly ash, solid waste from lime-based flue gas desulfurization methods, sands from fluidized beds, mixtures of fly ash and solid waste from lime-based flue gas desulfurization methods, ash-slag mixtures from wet discharge of combustion waste Ground Building materials: mineral aggregates	Fluoride concentration Range: (0,10 – 500) mg/l Ion chromatography method with conductometric detection (IC-CD)	PN-EN 12457-2:2006 PN-EN 12457-4:2006 PN-EN ISO 10304-1:2009+AC:2012
350	Solid wastesO): code 01 01 02, 01 03 06, 01 04 12, 01 04 81, 10 01 01, 10 01 02, 10 01 03, 10 01 05, 10 01 07, 10 01 17, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 09 08, 17 01 01, 17 01 02, 17 01 81, 17 05 04, 17 05 08, 17 09 04, 19 01 12, 19 08 01, 19 08 02, 19 08 05, 19 08 14, 19 09 01, 19 09 02, 19 12 09, 19 13 06 Slag, bottom ash, and boiler dust, coal fly ash, solid waste from lime-based flue gas desulfurization methods, sands from fluidized beds, mixtures of fly ash and solid waste from lime-based flue gas desulfurization methods, ash-slag mixtures from wet discharge of combustion waste Ground Building materials: mineral aggregates	Concentration of mercury Range: (0,00050 – 0,10) mg/l (0,50 – 100) µg/l Atomic fluorescence spectrometry method (AFS)	PN-EN 12457-2:2006 PN-EN 12457-4:2006 PN-EN ISO 17852:2009
351	Building materials: mineral aggregates	Analytical moisture content Range: (0,10 – 10,0) %m/m Gravimetric method Analytical moisture content Range: (0,10 – 10,0) %m/m Gravimetric method	SO-4/ZLGIG/PB.02 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.02 ed. 1st of 01/08/2025
352	Building materials: mineral aggregates	Ash content Range: (35,00 – 99,00) %m/m Gravimetric method Loss on ignition (from calculations)	SO-4/ZLGIG/PB.03 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.03 ed. 1st of 01/08/2025
353	Building materials: mineral aggregates	Elements content Range: As (1,0 – 100000) mg/kg Ba (1,0 – 100000) mg/kg Cd (1,0 – 100000) mg/kg Co (1,0 – 100000) mg/kg Cr (1,0 – 100000) mg/kg Cu (1,0 – 100000) mg/kg Mn (1,0 – 100000) mg/kg Mo (1,0 – 100000) mg/kg Ni (1,0 – 100000) mg/kg Pb (1,0 – 100000) mg/kg Sb (1,0 – 100000) mg/kg Se (2,0 – 100000) mg/kg Sn (1,0 – 100000) mg/kg Zn (1,0 – 100000) mg/kg Inductively coupled plasma optical emission spectrometry method method (ICP-OES)	SO-4/ZLGIG/PB.11 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.11 ed. 1st of 01/08/2025
354	Building materials: mineral aggregates	Mercury content Range: (0,01 – 20) mg/kg Atomic absorption spectrometry with the amalgamation technique Mercury content Range: (0,01 – 20) mg/kg Atomic absorption spectrometry method with amalgamation	SO-4/ZLGIG/PB.23 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.23 ed. 1st of 01/08/2025
355	Building materials: mineral aggregates	Oxide content Range: SiO2 (1,20 – 89,16) %m/m Al2O3 (0,12 – 43,72) %m/m Fe2O3 (0,29 – 70,72) %m/m CaO (0,18 – 70,81) %m/m MgO (0,15 – 23,51) %m/m Na2O (0,01 – 10,52) %m/m K2O (0,05 – 3,78) %m/m SO3 (0,30 – 72,02) %m/m TiO2 (0,01 – 3,25) %m/m P2O5 (0,04 – 14,66) %m/m Wavelength dispersive X-ray fluorescence spectrometry method (WD-XRF) Oxides content Range: SiO2 (1,20 – 89,16) %m/m Al2O3 (0,12 – 43,72) %m/m Fe2O3 (0,29 – 70,72) %m/m CaO (0,18 – 70,81) %m/m MgO (0,15 – 23,51) %m/m Na2O (0,01 – 10,52) %m/m K2O (0,05 – 3,78) %m/m SO3 (0,30 – 72,02) %m/m TiO2 (0,01 – 3,25) %m/m P2O5 (0,04 – 14,66) %m/m Wavelength dispersive X-ray fluorescence spectrometry method (WD-XRF)	SO-4/ZLGIG/PB.05 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.05 ed. 1st of 01/08/2025
356	Building materials: mineral aggregates	Oxides content Range: SiO2 (0,01 – 97,35) %m/m Al2O3 (0,01 – 95,50) %m/m Fe2O3 (0,01 – 95,75) %m/m CaO (0,01 – 99,24) %m/m MgO (0,01 – 82,25) %m/m Na2O (0,01 – 39,28) %m/m K2O (0,01 – 48,93) %m/m SO3 (0,02 – 51,40) %m/m TiO2 (0,01 – 39,79) %m/m P2O5 (0,01 – 44,84) %m/m Wavelength dispersive X-ray fluorescence spectrometry method (WD- XRF)	SO-4/ZLGIG/PB.24 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.24 ed. 1st of 01/08/2025
357	Ground	Analytical moisture content Range: (0,10 – 10,0) %m/m Gravimetric method Analytical moisture content Range: (0,10 – 10,0) %m/m Gravimetric method	SO-4/ZLGIG/PB.02 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.02 ed. 1st of 01/08/2025
358	Ground	Ash content Range: (35,00 – 99,00) %m/m Gravimetric method Loss on ignition (from calculations)	SO-4/ZLGIG/PB.03 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.03 ed. 1st of 01/08/2025
359	Ground	Oxide content Range: SiO2 (1,20 – 89,16) %m/m Al2O3 (0,12 – 43,72) %m/m Fe2O3 (0,29 – 70,72) %m/m CaO (0,18 – 70,81) %m/m MgO (0,15 – 23,51) %m/m Na2O (0,01 – 10,52) %m/m K2O (0,05 – 3,78) %m/m SO3 (0,30 – 72,02) %m/m TiO2 (0,01 – 3,25) %m/m P2O5 (0,04 – 14,66) %m/m Wavelength dispersive X-ray fluorescence spectrometry method (WD-XRF) Oxides content Range: SiO2 (1,20 – 89,16) %m/m Al2O3 (0,12 – 43,72) %m/m Fe2O3 (0,29 – 70,72) %m/m CaO (0,18 – 70,81) %m/m MgO (0,15 – 23,51) %m/m Na2O (0,01 – 10,52) %m/m K2O (0,05 – 3,78) %m/m SO3 (0,30 – 72,02) %m/m TiO2 (0,01 – 3,25) %m/m P2O5 (0,04 – 14,66) %m/m Wavelength dispersive X-ray fluorescence spectrometry method (WD-XRF)	SO-4/ZLGIG/PB.05 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.05 ed. 1st of 01/08/2025
360	Ground	Oxides content Range: SiO2 (0,01 – 97,35) %m/m Al2O3 (0,01 – 95,50) %m/m Fe2O3 (0,01 – 95,75) %m/m CaO (0,01 – 99,24) %m/m MgO (0,01 – 82,25) %m/m Na2O (0,01 – 39,28) %m/m K2O (0,01 – 48,93) %m/m SO3 (0,02 – 51,40) %m/m TiO2 (0,01 – 39,79) %m/m P2O5 (0,01 – 44,84) %m/m Wavelength dispersive X-ray fluorescence spectrometry method (WD-XRF) Oxides content Range: SiO2 (0,01 – 97,35) %m/m Al2O3 (0,01 – 95,50) %m/m Fe2O3 (0,01 – 95,75) %m/m CaO (0,01 – 99,24) %m/m MgO (0,01 – 82,25) %m/m Na2O (0,01 – 39,28) %m/m K2O (0,01 – 48,93) %m/m SO3 (0,02 – 51,40) %m/m TiO2 (0,01 – 39,79) %m/m P2O5 (0,01 – 44,84) %m/m Wavelength dispersive X-ray fluorescence spectrometry method (WD-XRF)	SO-4/ZLGIG/PB.24 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.24 ed. 1st of 01/08/2025
361	Ground	Content of elements Range: As (1,0 – 100000) mg/kg Ba (1,0 – 100000) mg/kg Cd (1,0 – 100000) mg/kg Co (1,0 – 100000) mg/kg Cr (1,0 – 100000) mg/kg Cu (1,0 – 100000) mg/kg Mn (1,0 – 100000) mg/kg Mo (1,0 – 100000) mg/kg Ni (1,0 – 100000) mg/kg Pb (1,0 – 100000) mg/kg Sb (1,0 – 100000) mg/kg Se (2,0 – 100000) mg/kg Sn (1,0 – 100000) mg/kg Zn (1,0 – 100000) mg/kg Inductively coupled plasma optical emission spectrometry method (ICP-OES)	SO-4/ZLGIG/PB.11 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.11 ed. 1st of 01/08/2025
362	Ground	Mercury content Range: (0,01 – 20) mg/kg Atomic absorption spectrometry with the amalgamation technique Mercury content Range: (0,01 – 20) mg/kg Atomic absorption spectrometry method with amalgamation	SO-4/ZLGIG/PB.23 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.23 ed. 1st of 01/08/2025
363	Ground	Total Inorganic Carbon content (TIC) Range: (0,10 – 12,00) %m/m IR spectrometry method	PN-EN 15936:2022-07 PN-EN 15936:2022-07
364	Ground	Total carbon (TC) content Range: (0,10 – 48,00) %m/m High temp. combustion method with IR detection Organic carbon (TOC) content (from calculations)	PN-ISO 10694:2002
365	Ground	Total sulphur (TS) content Range: (0,03 – 0,50) %m/m High temp. combustion method with IR detection	PN-ISO 15178:2004
366	Ground	Particle size distribution in the particle range: (2 – 2000) μm Range: (1 – 99) % Laser diffraction method Particle size distribution in the range (2 – 2000) μm Range: (1 – 99) % Laser diffraction method	ISO 13320:2020
367	Ground	Particle size distribution in the particle range: (2,0 – 8,0) mm Range: (1 – 90) % Sieve-gravimetric method Particle size distribution in the range (2,0 – 8,0) mm Range: (1 – 90) % Sieve-gravimetric method	PN-ISO 11277:2005
368	Ground	pH - in KCl, pH - in H2O Range: 2,0 – 12,0 Potentiometric method pH value - in KCl, pH value - in H2O Range: 2,0 – 12,0 Potentiometric method	PN-ISO 10390:2022-09
369	Soil	Content of elements Range: As (1,0 – 2000) mg/kg Ba (2,0 – 6000) mg/kg Cd (1,0 – 2000) mg/kg Co (1,0 – 2000) mg/kg Cr (1,0 – 2000) mg/kg Cu (1,0 – 2000) mg/kg Mo (1,0 – 2000) mg/kg Ni (1,0 – 2000) mg/kg Pb (1,0 – 2000) mg/kg Sn (1,0 – 2000) mg/kg Zn (1,0 – 6000) mg/kg Inductively coupled plasma optical emission spectrometry method (ICP-OES)	PN-EN 16174:2012 PN-EN ISO 11885:2009
370	Soil	Mercury content Range: (0,005 – 2,0) mg/kg Atomic absorption spectrometry method with amalgamation	SO-4/ZLGIG/PB.23 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.23 ed. 1st of 01/08/2025
371	Soil	Total carbon (TC) content Range: (0,10 – 48,00) %m/m High temp. combustion method with IR detection Total Organic carbon (TOC) content (from calculations)	PN-ISO 10694:2002
372	Soil	Total Inorganic Carbon (TIC) content Range: (0,10 – 12,00) %m/m IR spectrometry method	PN-EN 15936:2022-07 metoda A PN-EN 15936:2022-07 method A
373	Soil	Total Sulfur (TS) content Range: (0,03 – 0,50) %m/m High temp. combustion method with IR detection	PN-ISO 15178:2004
374	Soil	Particle size distribution in the particle range: (2 – 2000) μm Range: (1 – 99) % Laser diffraction method Particle size distribution in the range (2 – 2000) μm Range: (1 – 99) % Laser diffraction method	ISO 13320:2020
375	Soil	Particle size distribution in the particle range: (2,0 – 8,0) mm Range: (1 – 90) % Sieve-gravimetric method Particle size distribution in the range (2,0 – 8,0) mm Range: (1 – 90) % Sieve-gravimetric method	PN-ISO 11277:2005
376	Soil	pH - in KCl, pH - in H2O Range: 2,0 – 12,0 Potentiometric method pH value - in KCl, pH value - in H2O Range: 2,0 – 12,0 Potentiometric method	PN-ISO 10390:2022-09
377	Solid wastesO): code 19 08 05, 19 12 01, 19 12 04, 19 12 06, 19 12 07, 19 12 08, 19 12 10, solid fuel: solid recovered fuels - refuse derived fuel	Analytical moisture Range: (0,10 – 10,0) %m/m Gravimetric method	PN-EN ISO 21660-3:2021-08
378	Solid wastesO): code 19 08 05, 19 12 01, 19 12 04, 19 12 06, 19 12 07, 19 12 08, 19 12 10, solid fuel: solid recovered fuels - refuse derived fuel	Total moisture content Range: (0,10 – 54,0) %m/m Gravimetric method	EN/TS 15414-1:2010 CEN/TS 15414-2:2010
379	Solid wastesO): code 19 08 05, 19 12 01, 19 12 04, 19 12 06, 19 12 07, 19 12 08, 19 12 10, solid fuel: solid recovered fuels - refuse derived fuel	Ash content Range: (0,10 – 50,0) %m/m Gravimetric method Loss on ignition (from calculations)	SO-4/ZLGIG/PB.03 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.03 ed. 1st of 01/08/2025
380	Solid wastesO): code 19 08 05, 19 12 01, 19 12 04, 19 12 06, 19 12 07, 19 12 08, 19 12 10, solid fuel: solid recovered fuels - refuse derived fuel	Ash content Range: (0,50 – 50,0) %m/m Gravimetric method	PN-EN ISO 21656:2021-08
381	Solid wastesO): code 19 08 05, 19 12 01, 19 12 04, 19 12 06, 19 12 07, 19 12 08, 19 12 10, solid fuel: solid recovered fuels - refuse derived fuel	Oxide content Range: SiO2 (1,20 – 89,16) %m/m Al2O3 (0,12 – 43,72) %m/m Fe2O3 (0,29 – 70,72) %m/m CaO (0,18 – 70,81) %m/m MgO (0,15 – 23,51) %m/m Na2O (0,01 – 10,52) %m/m K2O (0,05 – 3,78) %m/m SO3 (0,30 – 72,02) %m/m TiO2 (0,01 – 3,25) %m/m P2O5 (0,04 – 14,66) %m/m Wavelength dispersive X-ray fluorescence spectrometry method (WD-XRF) Oxides content Range: SiO2 (1,20 – 89,16) %m/m Al2O3 (0,12 – 43,72) %m/m Fe2O3 (0,29 – 70,72) %m/m CaO (0,18 – 70,81) %m/m MgO (0,15 – 23,51) %m/m Na2O (0,01 – 10,52) %m/m K2O (0,05 – 3,78) %m/m SO3 (0,30 – 72,02) %m/m TiO2 (0,01 – 3,25) %m/m P2O5 (0,04 – 14,66) %m/m Wavelength dispersive X-ray fluorescence spectrometry method (WD-XRF)	SO-4/ZLGIG/PB.05 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.24 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.05 ed. 1st of 01/08/2025 SO-4/ZLGIG/PB.24 ed. 1st of 01/08/2025
382	Solid wastesO): code 19 08 05, 19 12 01, 19 12 04, 19 12 06, 19 12 07, 19 12 08, 19 12 10, solid fuel: solid recovered fuels - refuse derived fuel	Mercury content Range: (0,01 – 20) mg/kg Atomic absorption spectrometry with the amalgamation technique Mercury content Range: (0,01 – 20) mg/kg Atomic absorption spectrometry method with amalgamation	SO-4/ZLGIG/PB.23 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.23 ed. 1st of 01/08/2025
383	Solid wastesO): code 19 08 05, 19 12 01, 19 12 04, 19 12 06, 19 12 07, 19 12 08, 19 12 10, solid fuel: solid recovered fuels - refuse derived fuel	Elements content Range: As (1,0 – 1 000) mg/kg Ba (1,0 – 100 000) mg/kg Cd (1,0 – 1 000) mg/kg Co (1,0 – 10 000) mg/kg Cr (1,0 – 10 000) mg/kg Cu (1,0 – 10 000) mg/kg Mn (1,0 – 100 000) mg/kg Mo (1,0 – 10 000) mg/kg Ni (1,0 – 10 000) mg/kg Pb (1,0 – 50 000) mg/kg Sb (1,0 – 1 000) mg/kg Se (2,0 – 1 000) mg/kg Sn (1,0 – 1 000) mg/kg Zn (1,0 – 100 000) mg/kg Inductively coupled plasma optical emission spectrometry method (ICP-OES)	SO-4/ZLGIG/PB.11 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.11 ed. 1st of 01/08/2025
384	Solid wastesO): code 19 08 05, 19 12 01, 19 12 04, 19 12 06, 19 12 07, 19 12 08, 19 12 10, solid fuel: solid recovered fuels - refuse derived fuel	Total sulfur (TS) content Range: (0,03 – 5,00) %m/m High temp. combustion method with IR detection	PN-EN 15408:2011
385	Solid wastesO): code 19 08 05, 19 12 01, 19 12 04, 19 12 06, 19 12 07, 19 12 08, 19 12 10, solid fuel: solid recovered fuels - refuse derived fuel	Total carbon (TC), Total hydrogen (TH) content Range: C (20,0 – 95,0) %m/m H (0,11 – 20,00) %m/m High temp. combustion method with IR detection	PN-EN ISO 21663:2021-06
386	Solid wastesO): code 19 08 05, 19 12 01, 19 12 04, 19 12 06, 19 12 07, 19 12 08, 19 12 10, solid fuel: solid recovered fuels - refuse derived fuel	Gross calorific value Range: (6 000 – 46 390) kJ/kg Calorimetric method Net calorific value (from calculations)	PN-EN ISO 21654:2021-12
387	Solid wastesO): code 19 08 05, 19 12 01, 19 12 04, 19 12 06, 19 12 07, 19 12 08, 19 12 10, solid fuel: solid recovered fuels - refuse derived fuel	Chlorine content Range: (0,07 – 7,00) %m/m Titrimetric method	SO-4/ZLGIG/PB.17 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.17 ed. 1st of 01/08/2025
388	Solid fuels: hard coal	First-stage moisture (transient moisture) content Range: (0,20 – 54,0) %m/m Gravimetric method	PN-ISO 589:2006
389	Solid fuels: hard coal	Second-stage moisture (analytical moisture) Range: (0,10 – 10,0) %m/m Gravimetric method	PN-ISO 589:2006
390	Solid fuels: Hard coal	Total moisture content (from calculations)	PN-ISO 589:2006
391	Solid fuels: Hard coal	Ash content Range: (0,10 – 50,0) %m/m Gravimetric method Ash content Range: (0,10 – 50,0) %m/m Gravimetric method	PN-ISO 1171:2002
392	Solid fuels: Hard coal	Loss on ignition (from calculations)	SO-4/ZLGIG/PB.03 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.03 ed. 1st of 01/08/2025
393	Solid fuels: Hard coal	Total carbon (TC), Total hydrogen (TH) content Range: C (20,0 – 99,0) %m/m H (0,11 – 8,00) %m/m High temp. combustion method with IR detection	PN-G-04571:1998
394	Solid fuels: Hard coal	Total sulfur (TS) content Range: (0,03 – 5,00) %m/m m High temp. combustion method with IR detection	PN-G-04584:2001
395	Solid fuels: Hard coal	Kjeldahl’s nitrogen content Range: (0,15 – 4,50) %m/m Titrimetric - potentiometric method	SO-4/ZLGIG/PB.14 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.14 ed. 1st of 01/08/2025
396	Solid fuels: Hard coal	Gross calorific value Range: (8800 – 40000) kJ/kg Calorimetric method Net calorific value (from calculations)	PN-ISO 1928:2020-05
397	Solid fuels: hard coal	Chlorine content Range: (0,07 – 2,00) %m/m Titrimetric method	PN-ISO 587:2000
398	Solid fuels: hard coal	Mercury content Range: (0,01 – 20) mg/kg Atomic absorption spectrometry with the amalgamation technique Mercury content Range: (0,01 – 20) mg/kg Atomic absorption spectrometry method with amalgamation	SO-4/ZLGIG/PB.23 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.23 ed. 1st of 01/08/2025
399	Solid fuels: hard coal	Elements content Range: As (1,0 – 500) mg/kg Ba (1,0 – 50000) mg/kg Cd (1,0 – 500) mg/kg Co (1,0 – 1000) mg/kg Cr (1,0 – 1000) mg/kg Cu (1,0 – 1000) mg/kg Mn (1,0 – 30000) mg/kg Mo (1,0 – 1000) mg/kg Ni (1,0 – 1000) mg/kg Pb (1,0 – 5000) mg/kg Sb (1,0 – 500) mg/kg Se (2,0 – 500) mg/kg Sn (1,0 – 500) mg/kg Zn (1,0 – 50000) mg/kg Inductively coupled plasma optical emission spectrometry method (ICP-OES)	SO-4/ZLGIG/PB.11 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.11 ed. 1st of 01/08/2025
400	Solid fuels: hard coal	Oxides content Range: SiO2 (3,36 – 69,06) %m/m Al2O3 (2,18 – 43,23) %m/m Fe2O3 (1,16 – 50,20) %m/m CaO (0,40 – 34,58) %m/m MgO (0,80 – 17,84) %m/m Na2O (0,07 – 5,75) %m/m K2O (0,16 – 3,88) %m/m SO3 (0,27 – 33,50) %m/m TiO2 (0,10 – 3,25) %m/m P2O5 (0,02 – 8,84) %m/m Wavelength dispersive X-ray fluorescence spectrometry method (WD- XRF)	ISO 13605:2018 (E)
401	Solid fuels: hard coal	Fluorine content Range: (0.002 – 0.15) % m/m Potentiometric method	PN-82/G-04543
402	Solid fuels: hard coal	Content of volatile matter Range: (1,00 – 40,00) % m/m Gravimetric method	PN-G-04516:1998
403	Solid fuels: hard coal	Bromine content Range: (1 – 40) mg/kg Wavelength dispersive X-ray fluorescence spectrometry method (WD-XRF)	SO-4/ZLGIG/PB.25 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.25 ed. 1st 01/08/2025
404	Solid wastesO): code 01 01 02, 01 03 06, 01 04 12, 01 04 81, 10 01 01, 10 01 02, 10 01 03, 10 01 05, 10 01 07, 10 01 17, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 09 08, 17 01 01, 17 01 02, 17 01 81, 17 05 04, 17 05 08, 17 09 04, 19 01 12, 19 08 01, 19 08 02, 19 08 05, 19 08 14, 19 09 01, 19 09 02, 19 12 09, 19 13 06 Slag, bottom ash, and boiler dust, coal fly ash, solid waste from lime-based flue gas desulfurization methods, sands from fluidized beds, mixtures of fly ash and solid waste from lime-based flue gas desulfurization methods, ash-slag mixtures from wet discharge of combustion waste	Oxide content Range: SiO2 (1,20 – 89,16) %m/m Al2O3 (0,12 – 43,72) %m/m Fe2O3 (0,29 – 70,72) %m/m CaO (0,18 – 70,81) %m/m MgO (0,15 – 23,51) %m/m Na2O (0,01 – 10,52) %m/m K2O (0,05 – 3,78) %m/m SO3 (0,30 – 72,02) %m/m TiO2 (0,01 – 3,25) %m/m P2O5 (0,04 – 14,66) %m/m Wavelength dispersive X-ray fluorescence spectrometry method (WD-XRF) Oxides content Range: SiO2 (1,20 – 89,16) %m/m Al2O3 (0,12 – 43,72) %m/m Fe2O3 (0,29 – 70,72) %m/m CaO (0,18 – 70,81) %m/m MgO (0,15 – 23,51) %m/m Na2O (0,01 – 10,52) %m/m K2O (0,05 – 3,78) %m/m SO3 (0,30 – 72,02) %m/m TiO2 (0,01 – 3,25) %m/m P2O5 (0,04 – 14,66) %m/m Wavelength dispersive X-ray fluorescence spectrometry method (WD-XRF)	PN-EN 15309:2010
405	Solid wastesO): code 01 01 02, 01 03 06, 01 04 12, 01 04 81, 10 01 01, 10 01 02, 10 01 03, 10 01 05, 10 01 07, 10 01 17, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 09 08, 17 01 01, 17 01 02, 17 01 81, 17 05 04, 17 05 08, 17 09 04, 19 01 12, 19 08 01, 19 08 02, 19 08 05, 19 08 14, 19 09 01, 19 09 02, 19 12 09, 19 13 06 Slag, bottom ash, and boiler dust, coal fly ash, solid waste from lime-based flue gas desulfurization methods, sands from fluidized beds, mixtures of fly ash and solid waste from lime-based flue gas desulfurization methods, ash-slag mixtures from wet discharge of combustion waste	Oxides content Range: SiO2 (0,01 – 97,35) %m/m Al2O3 (0,01 – 95,50) %m/m Fe2O3 (0,01 – 95,75) %m/m CaO (0,01 – 99,24) %m/m MgO (0,01 – 82,25) %m/m Na2O (0,01 – 39,28) %m/m K2O (0,01 – 48,93) %m/m SO3 (0,02 – 51,40) %m/m TiO2 (0,01 – 39,79) %m/m P2O5 (0,01 – 44,84) %m/m Wavelength dispersive X-ray fluorescence spectrometry method (WD-XRF) Oxides content Range: SiO2 (0,01 – 97,35) %m/m Al2O3 (0,01 – 95,50) %m/m Fe2O3 (0,01 – 95,75) %m/m CaO (0,01 – 99,24) %m/m MgO (0,01 – 82,25) %m/m Na2O (0,01 – 39,28) %m/m K2O (0,01 – 48,93) %m/m SO3 (0,02 – 51,40) %m/m TiO2 (0,01 – 39,79) %m/m P2O5 (0,01 – 44,84) %m/m Wavelength dispersive X-ray fluorescence spectrometry method (WD-XRF)	PN-EN 15309:2010
406	Solid wastesO): code 01 03 80, 01 03 81	Elements content Range: As (2,0 – 2800) mg/kg Ba (2,0 – 2200) mg/kg Cd (1,0 – 10000) mg/kg Co (1,0 – 10000) mg/kg Cr (1,0 – 10000) mg/kg Cu (1,0 – 10000) mg/kg Mn (1,0 – 11000) mg/kg Mo (1,0 – 2000) mg/kg Ni (1,0 – 10000) mg/kg Pb (10,0 – 17000) mg/kg Sb (2,0 – 2000) mg/kg Se (2,0 – 2000) mg/kg Sn (1,0 – 2000) mg/kg Zn (1,0 – 21200) mg/kg Inductively coupled plasma optical emission spectrometry method (ICP- OES)	PN-EN 13657:2006 PN-EN ISO 11885:2009
407	Solid wastesO): code 19 08 05 Sewage sludge	Loss on ignition content – organic matter content Range: (25,00 – 90,00) % m/m Gravimetric method	PN-EN 15935:2022-01
408	Solid wastesO): code 01 01 02, 01 03 06, 01 04 12, 01 04 81, 10 01 01, 10 01 02, 10 01 03, 10 01 05, 10 01 07, 10 01 17, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 09 08, 17 01 01, 17 01 02, 17 01 81, 17 05 04, 17 05 08, 17 09 04, 19 01 12, 19 08 01, 19 08 02, 19 08 05, 19 08 14, 19 09 01, 19 09 02, 19 12 09, 19 13 06 Slag, bottom ash, and boiler dust, coal fly ash, solid waste from lime- based flue gas desulfurization methods, sands from fluidized beds, mixtures of fly ash and solid waste from lime-based flue gas desulfurization methods, ash-slag mixtures from wet discharge of combustion waste	Water and dry matter contents Range: (0,20 – 60,0) %m/m Gravimetric method	PN-EN 15934:2013-02
409	Solid wastesO): code 01 01 02, 01 03 06, 01 04 12, 01 04 81, 10 01 01, 10 01 02, 10 01 03, 10 01 05, 10 01 07, 10 01 17, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 09 08, 17 01 01, 17 01 02, 17 01 81, 17 05 04, 17 05 08, 17 09 04, 19 01 12, 19 08 01, 19 08 02, 19 08 05, 19 08 14, 19 09 01, 19 09 02, 19 12 09, 19 13 06 Slag, bottom ash, and boiler dust, coal fly ash, solid waste from lime- based flue gas desulfurization methods, sands from fluidized beds, mixtures of fly ash and solid waste from lime-based flue gas desulfurization methods, ash-slag mixtures from wet discharge of combustion waste	Ash content Range: (0,10 – 99,0) %m/m Gravimetric method Loss on ignition content (from calculations)	SO-4/ZLGIG/PB.03 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.03 ed. 1st of 01/08/2025
410	Solid wastesO): code 01 01 02, 01 03 06, 01 04 12, 01 04 81, 10 01 01, 10 01 02, 10 01 03, 10 01 05, 10 01 07, 10 01 17, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 09 08, 17 01 01, 17 01 02, 17 01 81, 17 05 04, 17 05 08, 17 09 04, 19 01 12, 19 08 01, 19 08 02, 19 08 05, 19 08 14, 19 09 01, 19 09 02, 19 12 09, 19 13 06 Slag, bottom ash, and boiler dust, coal fly ash, solid waste from lime- based flue gas desulfurization methods, sands from fluidized beds, mixtures of fly ash and solid waste from lime-based flue gas desulfurization methods, ash-slag mixtures from wet discharge of combustion waste	Content of Total Inorganic carbon (TIC) Range: (0,03 – 14,00) %m/m Infrared spectrometry method (IR) Content of Organic carbon (TOC) (from calculations)	PN-EN 15936:2022-07
411	Solid wastesO): code 01 01 02, 01 03 06, 01 04 12, 01 04 81, 10 01 01, 10 01 02, 10 01 03, 10 01 05, 10 01 07, 10 01 17, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 09 08, 17 01 01, 17 01 02, 17 01 81, 17 05 04, 17 05 08, 17 09 04, 19 01 12, 19 08 01, 19 08 02, 19 08 05, 19 08 14, 19 09 01, 19 09 02, 19 12 09, 19 13 06 Slag, bottom ash, and boiler dust, coal fly ash, solid waste from lime- based flue gas desulfurization methods, sands from fluidized beds, mixtures of fly ash and solid waste from lime-based flue gas desulfurization methods, ash-slag mixtures from wet discharge of combustion waste	Mercury content Range: (0,01 – 20) mg/kg Atomic absorption spectrometry with amalgamation	SO-4/ZLGIG/PB.23 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.23 ed. 1 of 01/08/2025
412	Solid wastesO): code 01 01 02, 01 03 06, 01 04 12, 01 04 81, 10 01 01, 10 01 02, 10 01 03, 10 01 05, 10 01 07, 10 01 17, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 09 08, 17 01 01, 17 01 02, 17 01 81, 17 05 04, 17 05 08, 17 09 04, 19 01 12, 19 08 01, 19 08 02, 19 08 05, 19 08 14, 19 09 01, 19 09 02, 19 12 09, 19 13 06 Slag, bottom ash, and boiler dust, coal fly ash, solid waste from lime-based flue gas desulfurization methods, sands from fluidized beds, mixtures of fly ash and solid waste from lime-based flue gas desulfurization methods, ash-slag mixtures from wet discharge of combustion waste	Elements content Range: As (1,0 – 100000) mg/kg Ba (1,0 – 100000) mg/kg Cd (1,0 – 100000) mg/kg Co (1,0 – 100000) mg/kg Cr (1,0 – 100000) mg/kg Cu (1,0 – 100000) mg/kg Mn (1,0 – 100000) mg/kg Mo (1,0 – 100000) mg/kg Ni (1,0 – 100000) mg/kg Pb (1,0 – 100000) mg/kg Sb (1,0 – 100000) mg/kg Se (2,0 – 100000) mg/kg Sn (1,0 – 100000) mg/kg Zn (1,0 – 100000) mg/kg Inductively coupled plasma optical emission spectrometry metod (ICP-OES)	PN-EN 13657:2006 PN-EN ISO 11885:2009
413	Solid wastesO): code 01 01 02, 01 03 06, 01 04 12, 01 04 81, 10 01 01, 10 01 02, 10 01 03, 10 01 05, 10 01 07, 10 01 17, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 09 08, 17 01 01, 17 01 02, 17 01 81, 17 05 04, 17 05 08, 17 09 04, 19 01 12, 19 08 01, 19 08 02, 19 08 05, 19 08 14, 19 09 01, 19 09 02, 19 12 09, 19 13 06 Slag, bottom ash, and boiler dust, coal fly ash, solid waste from lime-based flue gas desulfurization methods, sands from fluidized beds, mixtures of fly ash and solid waste from lime-based flue gas desulfurization methods, ash-slag mixtures from wet discharge of combustion waste	Total carbon, total sulfur and total hydrogen content, and calculation of non- moisture hydrogen content Range: C (0,12 – 50,00) %m/m H (0,11 – 20,00) %m/m S (0,03 – 13,70) %m/m High temp. combustion method with IR detection	SO-4/ZLGIG/PB.04 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.04 ed. 1st 01/08/2025
414	Solid wastesO): code 01 01 02, 01 03 06, 01 04 12, 01 04 81, 10 01 01, 10 01 02, 10 01 03, 10 01 05, 10 01 07, 10 01 17, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 09 08, 17 01 01, 17 01 02, 17 01 81, 17 05 04, 17 05 08, 17 09 04, 19 01 12, 19 08 01, 19 08 02, 19 08 05, 19 08 14, 19 09 01, 19 09 02, 19 12 09, 19 13 06 Slag, bottom ash, and boiler dust, coal fly ash, solid waste from lime-based flue gas desulfurization methods, sands from fluidized beds, mixtures of fly ash and solid waste from lime-based flue gas desulfurization methods, ash-slag mixtures from wet discharge of combustion waste	Gross calorific value Range:(4030 – 40000) kJ/kg Calorimetric method Net calorific value (from calculations)	SO-4/ZLGIG/PB.22 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.22 ed. 1st of 01/08/2025
415	Solid wastesO): code 01 01 02, 01 03 06, 01 04 12, 01 04 81, 10 01 01, 10 01 02, 10 01 03, 10 01 05, 10 01 07, 10 01 17, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 09 08, 17 01 01, 17 01 02, 17 01 81, 17 05 04, 17 05 08, 17 09 04, 19 01 12, 19 08 01, 19 08 02, 19 08 05, 19 08 14, 19 09 01, 19 09 02, 19 12 09, 19 13 06 Slag, bottom ash, and boiler dust, coal fly ash, solid waste from lime-based flue gas desulfurization methods, sands from fluidized beds, mixtures of fly ash and solid waste from lime-based flue gas desulfurization methods, ash-slag mixtures from wet discharge of combustion waste	Kjeldahl’s nitrogen content Range: (0.15 – 5.60) %m/m Titrimetric method	SO-4/ZLGIG/PB.14 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.14 ed. 1st of 01/08/2025
416	Solid wastesO): code 01 01 02, 01 03 06, 01 04 12, 01 04 81, 10 01 01, 10 01 02, 10 01 03, 10 01 05, 10 01 07, 10 01 17, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 09 08, 17 01 01, 17 01 02, 17 01 81, 17 05 04, 17 05 08, 17 09 04, 19 01 12, 19 08 01, 19 08 02, 19 08 05, 19 08 14, 19 09 01, 19 09 02, 19 12 09, 19 13 06 Slag, bottom ash, and boiler dust, coal fly ash, solid waste from lime-based flue gas desulfurization methods, sands from fluidized beds, mixtures of fly ash and solid waste from lime-based flue gas desulfurization methods, ash-slag mixtures from wet discharge of combustion waste	Chlorine content Range:(0,07 – 60,7) %m/m Titrimetric method	SO-4/ZLGIG/PB.17 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.17 ed. 1st 01/08/2025
417	Solid wastesO): code 01 01 02, 01 03 06, 01 04 12, 01 04 81, 10 01 01, 10 01 02, 10 01 03, 10 01 05, 10 01 07, 10 01 17, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 09 08, 17 01 01, 17 01 02, 17 01 81, 17 05 04, 17 05 08, 17 09 04, 19 01 12, 19 08 01, 19 08 02, 19 08 05, 19 08 14, 19 09 01, 19 09 02, 19 12 09, 19 13 06 Slag, bottom ash, and boiler dust, coal fly ash, solid waste from lime-based flue gas desulfurization methods, sands from fluidized beds, mixtures of fly ash and solid waste from lime-based flue gas desulfurization methods, ash-slag mixtures from wet discharge of combustion waste	Chlorides content Range: (0,08 – 68,00) %m/m Titrimetric method	SO-4/ZLGIG/PB.18 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.18 ed. 1st 01/08/2025
418	Solid fuels: solid biomass - solid biofuel	Analytical moisture content Range: (0,10 – 20,0) %m/m Gravimetric method	PN-EN ISO 18134-3:2023-12
419	Solid fuels: solid biomass - solid biofuel	Total moisture content Range: (0,50 – 55,0) %m/m Gravimetric method	PN-EN ISO 18134-2:2017-03
420	Solid fuels: solid biomass - solid biofuel	Ash content Range: (0,10 – 50,0) %m/m Gravimetric method Ash content Range: (0,10 – 50,0) %m/m Gravimetric method	PN-EN ISO 18122:2023-05
421	Solid fuels: solid biomass - solid biofuel	Oxides content Range: SiO2 (5,42 – 66,04) %m/m Al2O3 (0,36 – 7,90) %m/m Fe2O3 (0,48 – 23,00) %m/m CaO (2,91 – 41,94) %m/m MgO (0,80 – 8,91) %m/m Na2O (0,16 – 3,89) %m/m K2O (0,64 – 25,17) %m/m SO3 (0,32 – 7,17) %m/m TiO2 (0,02 – 0,90) %m/m P2O5 (0,75 – 27,96) %m/m Wavelength dispersive X-ray fluorescence spectrometry method (WD-XRF)	SO-4/ZLGIG/PB.24 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.24 ed. 1st of 01/08/2025
422	Solid fuels: solid biomass - solid biofuel	Total carbon, Total hydrogen content Range: C (20,0 – 60,0) %m/m H (0,11 – 11,00) %m/m High temp. combustion method with IR detection	PN-EN ISO 16948:2015-07
423	Solid fuels: solid biomass - solid biofuel	Gross calorific value Range: (6 000 – 25 000) kJ/kg Calorimetric method Net calorific value (from calculations)	PN-EN ISO 18125:2017-07
424	Solid fuels: solid biomass - solid biofuel	Total sulfur content Range: (0,03 – 5,00) %m/m High temp. combustion method with IR detection	PN-EN ISO 16994:2016-10
425	Building materials: - mineral aggregates Grounds Soil Solid fuels: - secondary fuel – alternative fuel - hard coal - solid biomass - solid biofuel WasteO): code 01 01 02, 01 03 06, 01 04 12, 01 04 81, 10 01 01, 10 01 02, 10 01 03, 10 01 05, 10 01 07, 10 01 17, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 09 08, 17 01 01, 17 01 02, 17 01 81, 17 05 04, 17 05 08, 17 09 04, 19 01 12, 19 08 01, 19 08 02, 19 08 05, 19 08 14, 19 09 01, 19 09 02, 19 12 01, 19 12 04, 19 12 06, 19 12 07, 19 12 08, 19 12 09, 19 12 10, 19 13 06 Slag, bottom ash and boiler dust, coal fly ash, solid waste from lime-based flue gas desulfurization methods, sands from fluidized beds, mixtures of fly ash and solid waste from lime-based flue gas desulfurization methods, ash-slag mixtures from wet discharge of combustion waste	Oxides content Range: SiO2 (0,505 – 90,36) %m/m Al2O3 (0,042 – 54,50) %m/m Fe2O3 (0,015 – 14,67) %m/m CaO (0,018 – 61,87) %m/m MgO (0,012 – 18,00) %m/m Na2O (0,007 – 3,86) %m/m K2O (0,009 – 3,07) %m/m SO3 (0,010 – 5,80) %m/m TiO2 (0,002 – 2,64) %m/m P2O5 (0,008 – 2,69) %m/m Wavelength dispersive X-ray fluorescence spectrometry (WD-XRF) method	ISO/TS 16996:2015(E) ISO 18227:2014(E) PN-EN 15309:2010
426	Building materials: mineral aggregates Soils Grounds Solid fuels: solid recovered fuels - refuse derived fuel, - coal - solid biomass - solid biofuel Solid waste O): code 01 01 02, 01 03 06, 01 04 12, 01 04 81, 10 01 01, 10 01 02, 10 01 03, 10 01 05, 10 01 07, 10 01 17, 10 01 24, 10 01 25, 10 01 80, 10 01 82, 10 09 08, 17 01 01, 17 01 02, 17 01 81, 17 05 04, 17 05 08, 17 09 04, 19 01 12, 19 08 01, 19 08 02, 19 08 05, 19 08 14, 19 09 01, 19 09 02, 19 12 01, 19 12 04, 19 12 06, 19 12 07, 19 12 08, 19 12 09, 19 12 10, 19 13 06 Slag, bottom ash, and boiler dust, coal fly ash, solid waste from lime-based flue gas desulfurization methods, sands from fluidized beds, mixtures of fly ash and solid waste from lime-based flue gas desulfurization methods, ash-slag mixtures from wet discharge of combustion waste	Oxides content Range: SiO2 (0,505 – 90,36) %m/m Al2O3 (0,042 – 54,50) %m/m Fe2O3 (0,015 – 14,67) %m/m CaO (0,018 – 61,87) %m/m MgO (0,012 – 18,00) %m/m Na2O (0,007 – 3,86) %m/m K2O (0,009 – 3,07) %m/m SO3 (0,010 – 5,80) %m/m TiO2 (0,002 – 2,64) %m/m P2O5 (0,008 – 2,69) %m/m Wavelength dispersive X-ray fluorescence spectrometry method (WD-XRF)	ISO/TS 16996:2015(E) ISO 18227:2014(E) PN-EN 15309:2010
427	Water, Sewage	Polychlorinated biphenyls concentration (PCB) Range: PCB 28 (0,10 – 2,0) µg/l PCB 52 (0,10 – 2,0) µg/l PCB 101 (0,10 – 2,0) µg/l PCB 118 (0,10 – 2,0) µg/l PCB 138 (0,10 – 2,0) µg/l PCB 153 (0,10 – 2,0) µg/l PCB 180 (0,10 – 2,0) µg/l Gas chromatography method with electron capture detection (GC-ECD)	PN-EN ISO 6468:2002
428	Water, Sewage	Sum of polychlorinated biphenyls (PCBs) (from calculations)
429	Water, Sewage	Mineral oil index Range: (0,10 – 50) mg/l Gas chromatography method with flame ionization detection (GC-FID)	PN-EN ISO 9377-2:2003
430	Water, Sewage	Concentration of volatile halogenated hydrocarbon derivatives Range: trichloromethane (chloroform) (0,40 – 100) μg/l bromodichloromethane (0,40 – 100) μg/l chlorodibromomethane (0,40 – 100) μg/l tribromomethane (bromoform) (0,40 – 100) μg/l	PN-EN ISO 10301:2002
431	Water, Sewage	Volatile halogenated hydrocarbons concentration Range: trichloromethane (chloroform), (0,40 – 100) μg/l bromodichloromethane, (0,40 – 100) μg/l chlorodibromomethane, (0,40 – 100) μg/l tribromomethane (bromoform), (0,40 – 100) μg/l tetrachloromethane (carbon tetrachhloride), (0,40 – 100) μg/l trichloroethene (trichloroethylene, TRI), (0,40 – 100) μg/l tetrachloroethene (tetrachloroethylene, nadchloroetylen,PER) (0,40 – 100) μg/l Gas chromatography method with electron capture detection (GC-ECD)	PN-EN ISO 10301:2002
432	Water, Sewage	Sum of volatile halogenated hydrocarbons (from calculations)
433	Water, Sewage	Polycyclic aromatic hydrocarbons concentration (PAHs) Range: naphthalene (0,050 – 10) μg/l acenaphtene (0,050 – 10) μg/l fluorene (0,050 – 10) μg/l phenanthrene (0,050 – 10) μg/l anthracene (0,050 – 10) μg/l fluoranthene (0,050 – 10) μg/l pyrene (0,050 – 10) μg/l benzo(a)anthracene (0,050 – 10) μg/l chrysene (0,050 – 10) μg/l benzo(b)fluoranthene (0,050 – 10) μg/l benzo(k)fluoranthene (0,050 – 10) μg/l benzo(a)pyrene (0,050 – 10) μg/l benzo(g,h,i)perylene (0,050 – 10) μg/l indeno(1,2,3-cd)pyrene (0,050 – 10) μg/l dibenzo(a,h)anthracene (0,050 – 10) μg/l High-performance liquid chromatography methopd with fluorescence detection (HPLC-FLD)	PN-EN ISO 17993:2005 z wyłączeniem pkt 8.1-8.4 SO-4/ZLGIG/WYK-07 ed. 1 z dn. 01.08.2025 PN-EN ISO 17993:2005 excluding pt 8.1-8.4 SO-4/ZLGIG/WYK-07 ed. 1st of 01/08/2025
434	Water, Sewage	Sum of polycyclic aromatic hydrocarbons (PAH) (calculated) Sum of polycyclic aromatic hydrocarbons (PAH) (from calculations)
435	Water, Sewage	Volatile aromatic hydrocarbon concentration Range: benzene (0,20 – 50) μg/l toluene (0,20 – 50) μg/l ethylobenzene (0,20 – 50) μg/l o-xylene (0,20 – 50) μg/l m,p-xylene (0,40 – 100) μg/l Gas chromatography method with headspace analysis and mass spectrometric detection (HS-GC-MS)	PN-ISO 11423-1:2002
436	Water, Sewage	Sum of volatile aromatic hydrocarbon (from calculations)
437	Water, Sewage	Phenols concentration : Range: Pentachlorophenol (PCP) (0,010 – 2,0) μg/l 2,4,6-trichlorophenol (0,050 – 2,0) μg/l Gas chromatography method with electron capture detection (GC-ECD)	PN-EN 12673:2004
438	Water, Sewage	Chlorobenzenes concentration : Range: hexachlorobenzene (HCB) (0,010 – 2,0) μg/l pentachlorobenzene (0,010 – 2,0) μg/l Gas chromatography method with electron capture detection (GC-ECD)	PN-EN ISO 6468:2002
439	Water, Sewage	Organochlorine pesticide concentration Range: aldrin (0,020 – 10,0) μg/l endrin (0,020 – 10,0) μg/l dieldrin (0,020 – 10,0) μg/l heptachlor (0,020 – 10,0) μg/l heptachlor epoxide A (0,020 – 10,0) μg/l methoxychlor (0,020 – 10,0) μg/l α-hexachlorocyclohexane (α-HCH) (0,020 – 10,0) μg/l β-hexachlorocyclohexane (β-HCH) (0,020 – 10,0) μg/l γ-hexachlorocyclohexane (lindane, γ- HCH) (0,020 – 10,0) μg/l p,p’–dichlorodiphenyltrichloroethane (p,p’-DDT) (0,020 – 10,0) μg/l p,p’–dichlorodiphenyldichloroethane (p,p’-DDD) (0,020 – 10,0) μg/l p,p’–dichlorodiphenyldichloroethylene (p,p’-DDE) (0,020 – 10,0) μg/l isodrin (0,020 – 10,0) μg/l tetradifon (0,020 – 10,0) μg/l alachlor (0,050 – 10,0) μg/l Gas chromatography with electron capture detection (GC-ECD)	PN-EN ISO 6468:2002 z wyłączeniem pkt 7.2 SO-4/ZLGIG/WYK-08 ed. 1 z dn. 01.08.2025
440	Water, Sewage	Organochlorines pesticides concentration aldrin (0,020 – 10,0) μg/l endrin (0,020 – 10,0) μg/l dieldrin (0,020 – 10,0) μg/l heptachlor (0,020 – 10,0) μg/l heptachlor A epoxide (0,020 - 10,0) μg/l methoxychlor (0,020 – 10,0) μg/l α-hexachlorocyclohexane (α-HCH) (0,020 – 10,0) μg/l β-hexachlorocyclohexane (β-HCH) (0,020 – 10,0) μg/l γ-hexachlorocyclohexane (lindane, γ-HCH) (0,020 – 10,0) μg/l p,p'-dichlorodiphenyltrichloroethane (p,p'-DDT) (0,020 – 10,0) μg/l p,p'-dichlorodiphenyldichloroethane (p,p'-DDD) (0,020 – 10,0) μg/l p,p'-dichlorodiphenyldichloroethylene (p,p'-DDE) (0,020 – 10,0) μg/l isodrine (0,020 – 10,0) μg/l tetradifon (0,020 – 10,0) μg/l alachlor (0,050 – 10,0) μg/l Gas chromatography method with electron capture detection (GC-ECD)	PN-EN ISO 6468:2002 excluding pt 7.2 SO-4/ZLGIG/WYK-08 edition 1st of 01/08/2025 PN-EN ISO 6468:2002 z wyłączeniem pkt 7.2 SO-4/ZLGIG/WYK-08 ed. 1 z dn. 01.08.2025 PN-EN ISO 6468:2002 excluding pt 7.2 SO-4/ZLGIG/WYK-08 edition 1st of 01/08/2025
441	Water, Sewage	Organonitrogen pesticides concentration Range: trifluralin (0,020 – 10,0) μg/l Gas chromatography method with electron capture detection (GC-ECD)
442	Water, Sewage	Organophosphate pesticide concentration Range: chlorpyrifos (0,020 – 10,0) μg/l fenitrothion (0,050 – 10,0) μg/l Gas chromatography method with electron capture detection (GC-ECD)	PN-EN ISO 6468:2002 z wyłączeniem pkt 7.2 SO-4/ZLGIG/WYK-08 ed. 1 z dn. 01.08.2025 PN-EN ISO 6468:2002 excluding pt 7.2 SO-4/ZLGIG/WYK-08 edition 1st of 01/08/2025
443	Water, Sewage	Organochlorine pesticides concentration Range: o,p'-dichlorodiphenyltrichloroethane (o,p'-DDT) (0,010 – 2,0) μg/l hexachlorobutadiene (HCBD) (0,010 – 2,0) μg/l α-Endosulfan (Endosulfan I) (0,010 – 2,0) μg/l Gas chromatography method with electron capture detection (GC-ECD)	PN-EN ISO 6468:2002
444	Water, Sewage	Organo-nitrogen (triazine) pesticides concentration : atrazine, simazine water - range: (0,050 – 2,0) μg/l sewage- range: (0,10 – 2,0) μg/l Liquid chromatography method with spectrophotometric detection (HPLC-UV)	PN-EN ISO 11369:2002
445	Water, Sewage	Organophosphate pesticide concentration: chlorfenvinphos water - range: (0,050 – 2,0) μg/l sewage - range: (0,10 – 2,0) μg/l Liquid chromatography method with spectrophotometric detection (HPLC-UV)	PN-EN ISO 11369:2002
446	Water, Sewage	Sum of pesticides (from calculations)
447	Water, Sewage	1,2-Dichloroethane concentration (EDC) Range: (1,0 – 100) μg/l Gas chromatography method with electron capture detection (GC-ECD)	PN-EN ISO 10301:2002
448	Water	Polycyclic aromatic hydrocarbons concentration (PAH): benzo(b)fluoranthene (2,0 – 30) ng/l (0,0020 – 0,030) µg/l benzo(k)fluoranthene (2,0 – 30) ng/l (0,0020 – 0,030) µg/l benzo(a)pyrene (2,0 – 30) ng/l (0,0020 - 0,030) µg/l benzo(g,h,i)perylene (2,0 – 30) ng/l (0,0020 – 0,030) µg/l indeno(1,2,3-cd)pyrene (2,0 – 30) ng/l (0,0020 – 0,030) µg/l dibenzo(a,h)anthracene (2,0 – 30) ng/l (0,0020 – 0,030) µg/l High-performance liquid chromatography method with fluorescence detection (HPLC-FLD)	PN-EN ISO 17993:2005 z wyłączeniem pkt 8.1-8.4 SO-4/ZLGIG/WYK-04 ed. 1 z dn. 01.08.2025 PN-EN ISO 17993:2005 excluding pt 8.1-8.4 SO-4/ZLGIG/WYK-04 edition 1st of 01/08/2025
449	Water	Sum of polycyclic aromatic hydrocarbons (PAHs) (from calculations)
450	Soil, grounds	Mineral oil content (C - C hydrocarbons) 10 40 Range: (10,0 –8000) mg/kg Gas chromatography method with flame ionization detection(GC-FID)	PN-EN ISO 16703:2011
451	Soil, grounds	Polycyclic aromatic hydrocarbons content(PAH) Range: naphthalene (0,10 – 50) mg/kg acenaphtene (0,10 – 50) mg/kg fluorene (0,10 – 50) mg/kg phenanthrene (0,10 – 50) mg/kg anthracene (0,10 – 50) mg/kg fluoranthene (0,10 – 50) mg/kg pyrene (0,10 – 50) mg/kg benzo(a)anthracene (0,10 – 50) mg/kg chrysene (0,10 – 50) mg/kg benzo(b)fluoranthene (0,10 – 50) mg/kg benzo(k)fluoranthene (0,10 – 50) mg/kg benzo(a)pyrene (0,10 – 50) mg/kg benzo(g,h,i)perylene (0,10 – 50) mg/kg indeno(1,2,3-cd)pyrene (0,10 – 50) mg/kg dibenzo(a,h)anthracene (0,10 – 50) mg/kg High-performance liquid chromatography method with fluorescence detection (HPLC-FLD)	PN-ISO 13877:2004
452	Soil, grounds	Sum of polycyclic aromatic hydrocarbons (PAH) (calculated) Sum of polycyclic aromatic hydrocarbons (PAH) (from calculations)	PN-ISO 13877:2004
453	Soil, grounds	Volatile aromatic hydrocarbons content Range: benzene (0,040 – 20) mg/kg toluene (0,040 – 20) mg/kg ethylbenzene (0,040 – 20) mg/kg o-xylene (0,040 – 20) mg/kg styrene (0,040 – 20) mg/kg m,p-xylene (0,080 – 40) mg/kg Gas chromatography method with headspace analysis and mass spectrometry detection (HS-GC-MS)	PN-EN ISO 22155:2016-07
454	Soil, grounds	Sum of volatile aromatic hydrocarbons (from calculations)
455	Glass and ceramic products intended to come into contact with water for human consumption Products made from plastic and rubber intended to come into contact with water for human consumption	Total organic carbon (TOC) concentration after migration Range: (0,20 – 20,0) mg/l High temp. combustion method with IR detection	PN-EN 12873-1:2014-09 PN-EN 1484:1999
456	Glass and ceramic products intended to come into contact with water for human consumption Products made from plastic and rubber intended to come into contact with water for human consumption	Migration (calculated)
457	Glass and ceramic products intended to come into contact with water for human consumption Products made from plastic and rubber intended to come into contact with water for human consumption	Elements concentration after migration Range: As (0,0010 – 2,0) mg/l Cd (0,00005 – 2,0) mg/l Cr (0,0010 – 2,0) mg/l Ni (0,0020 – 2,0) mg/l Pb (0,0010 – 2,0) mg/l Inductively coupled plasma mass spectrometry method (ICP-MS)	PN-EN 12873-1:2014-09 PN-EN ISO 17294-2:2024-04
458	Glass and ceramic products intended to come into contact with water for human consumption Products made from plastic and rubber intended to come into contact with water for human consumption	Polycyclic aromatic hydrocarbons concentration (PAH) Range: benzo(b)fluoranthene (2,0 – 30) ng/l (0,0020 – 0,030) µg/l benzo(k)fluoranthene (2,0 – 30) ng/l (0,0020 – 0,030) µg/l benzo(a)pyrene (2,0 – 30) ng/l (0,0020 – 0,030) µg/l benzo(g,h,i)perylene (2,0 – 30) ng/l (0,0020 - 0,030) µg/l indeno(1,2,3-cd)pyrene (2,0 – 30) ng/l (0,0020 – 0,030) µg/l dibenzo(a,h)anthracene (2,0 – 30) ng/l (0,0020 – 0,030) µg/l High-performance liquid chromatography method with fluorescence detection (HPLC-FLD)	PN-EN 12873-1:2014-09 PN-EN ISO 17993:2005 z wyłączeniem pkt 8.1-8.4 SO-4/ZLGIG/WYK-04 ed. 1 z dn. 01.08.2025 PN-EN 12873-1:2014-09 PN-EN ISO 17993:2005 excluding pt 8.1-8.4 SO-4/ZLGIG/WYK-04 ed 1st of 01/08/2025
459	Glass and ceramic products intended to come into contact with water for human consumption Products made from plastic and rubber intended to come into contact with water for human consumption	Sum of polycyclic aromatic hydrocarbons (PAH) (from calculations)	PN-EN 12873-1:2014-09 PN-EN ISO 17993:2005 excluding pt. 8.1-8.4 SO-4/ZLGIG/WYK-04 ed 1st of 01/08/2025
460	Water E	Elements concentration Inductively coupled plasma mass spectrometry method (ICP-MS)	PN-EN ISO 17294-2
461	Solid fuels: hard coal, brown coal	Pyritic sulphat content Range: (0,01 – 5,40) % Weight method	PN-G-04582:1997
462	Solid fuels: hard coal, brown coal	Sulphate sulphur content Range: (0,01 – 1,60) % Weight method	PN-G-04582:1997
463	Solid fuels: hard coal, brown coal	The true relative density content Range: (1,275 – 2,675) g/cm3 Pycnometric method	PN-G-04537:1998
464	Solid fuels: hard coal, brown coal	Chlorine content Range: (0,043 – 0,640) % Titration method	SW/ZLGIG/PB-13 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-13, 2nd edition of 18 August 2025
465	Solid fuels: hard coal, brown coal	Chlorine content Range: (0,005 - 1,100) % High-temperature combustion method with coulometric detection	SW/ZLGIG/PB-12 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-12, 2nd edition of 18 August 2025
466	Solid fuels: brown coal	Moisture content in the analytical sample (moisture in the sample for analysis) Range: (5,50 – 10,20) % Weight method	PN-ISO 5068:2004
467	Solid fuels: hard coal	Sampling for chemical and physical analysis	PN-G-04502:2014-11 pkt 5.3.1.2
468	Solid fuels: hard coal	Caking power Range: 0 – 90 Roga method	PN-G-04508:2020-05
469	Solid fuels: hard coal	Crucible swelling number Range: 0 – 9 Optical method	PN-ISO 501:2007
470	Solid fuels: hard coal	Dilatometric indices Range: a (10 – 35) % b (-20 – 300) % Temperature (330 – 550) oC Audibert-Arnu dilatometer method	PN-81/G-04517
471	Solid fuels: hard coal	Plastic properties indices Range: (3 – 29 400) ddpm Gieseler method	PN-G-04565:1994
472	Solid fuels: hard coal	Plastometric indices Range: x 8 mm – 42 mm Y 5 mm – 21 mm Sapoznikow method	PN-88/G-04545
473	Solid fuels: hard coal	Expension pressure in constant volume Range: P (0,04 – 0,42) kG/cm2 max Manometric method	PN-73/G-04522
474	Solid fuels: hard coal	Hardgrove grindability index Range: 25 – 100 Hardgrove method	PN-ISO 5074:2002
475	Solid fuels: hard coal	Reflectance of vitrinite Range: (0,40 – 2,85) % Microcope method	PN-ISO 7404-5:2002
476	Solid fuels: hard coal	Maceral group composition Range: (1 – 85) % Microcope method	PN-ISO 7404-3:2001
477	Solid fuels: hard coal	Fixed carbon indices (from calculations)	PN-G-04516:1998
478	Solid fuels: hard coal	First degree moisture content (transient moisture) Range: (0,50 – 23,50) % Weight method	PN-ISO 589:2006 Metoda A2 PN-ISO 589:2006 A2 method
479	Solid fuels: hard coal	Second degree moisture content (moisture remaining in the sample) Range: (0,20 – 17,00) % Weight method	PN-ISO 589:2006 Metoda A2 PN-ISO 589:2006 A2 method
480	Solid fuels: hard coal	Second degree moisture content (moisture remaining in the sample) Range: (1,10 – 9,70) % Weight method	PN-ISO 589:2006 A1 metoda PN-ISO 589:2006 A1 method
481	Solid fuels: hard coal	Size analysis by sieving Class (0,2 – 200,0) mm Range: (0,0 – 100,0) % Sieve method Size analysis by sieving Class (0,2 – 200,0) mm Range: (0,0 – 100,0) % Sieve method	PN-ISO 1953:1999
482	Solid fuels: hard coal	Autioinflammability index Range: Sza’ (1 – 62) °C/min Sza (10 – 172) °C/min Olpiński method	PN-G-04558:1993
483	Solid fuels: hard coal	Transportability index using by the GIG method Range: (68 – 10 844) Pa Tensiometric method	PN-82/G-04544
484	Solid fuels: hard coal, brown coal, coke from hard coal	Transient moisture Range: (0,50 – 45,00) % Weight method	PN-80/G-04511
485	Solid fuels: hard coal, brown coal, coke from hard coal	Analytical moisture content Range: (0,20 - 17,20) % Thermogravimetric method (TGA)	PN-G-04560:1998
486	Solid fuels: hard coal, brown coal, coke from hard coal	Analytical moisture content Range: (0,05 – 17,00) % Weight method	PN-80/G-04511
487	Solid fuels: hard coal, brown coal, coke from hard coal	Total moisture content Range: (0,10 – 22,10) % Gravimetric method Total moisture content Range: (0,10 – 22,10) % Weight method	PN-80/G-04511 pkt 2.3.4
488	Solid fuels: hard coal, brown coal, coke from hard coal	Total moisture content (from calculations)	SW/ZLGIG/PB-16 edycja 2 z dnia 18.08.2025 r. PN-ISO 589:2006 SW/ZLGIG/PB-16, 2nd edition of 18 August 2025
489	Solid fuels: hard coal, brown coal, coke from hard coal	Ash content Range: (1,10 – 95,85) % Thermogravimetric method (TGA)	PN-G-04560:1998
490	Solid fuels: hard coal, brown coal, coke from hard coal	Ash content Range: (1,05 – 96,30) % Weight method	PN-ISO 1171:2002
491	Solid fuels: hard coal, brown coal, coke from hard coal	Volatile matter content Range: (0,40 – 48,10) % Weight method	PN-G-04516:1998
492	Solid fuels: hard coal, brown coal, coke from hard coal	Volatile matter content Range: (0,40 – 48,90) % Weight method	PN-ISO 562:2000
493	Solid fuels: hard coal, brown coal, coke from hard coal	Gross calorific value Range: (1460 – 35900) kJ/kg Calorimetric method	PN-81/G-04513 PN-ISO 1928:2020-05
494	Solid fuels: hard coal, brown coal, coke from hard coal	Net calorific value (calculated) Net calorific value (from calculations)	PN-81/G-04513 PN-ISO 1928:2020-05
495	Solid fuels: hard coal, brown coal, coke from hard coal	Total sulphur content Range: (0,20 – 7,00) % High-temperature combustion method with IR detection	PN-G-04584:2001
496	Solid fuels: hard coal, brown coal, coke from hard coal	Total sulphur content Range: (0,20 – 7,00) % Weight method	PN-ISO 334:1997
497	Solid fuels: hard coal, brown coal, coke from hard coal	Sulphur content in ash and ash sulphur content Range: (0,06 – 0,60) % High-temperature combustion method with IR detection	PN-G-04584:2001
498	Solid fuels: hard coal, brown coal, coke from hard coal	Combustible sulphur content (from calculations)	PN-G-04584:2001
499	Solid fuels: hard coal, brown coal, coke from hard coal	Organic sulphur content (from calculations)	SW/ZLGIG/PB-16 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-16, 2nd edition of 18 August 2025
500	Solid fuels: hard coal, brown coal, coke from hard coal	Carbon content Range: (1,00 – 100,00) % High-temperature combustion method with IR detection	PN-G-04571:1998
501	Solid fuels: hard coal, brown coal, coke from hard coal	Nitrogen content Range: (0,30 – 2,50) % High-temperature combustion method with TC detection	PN-G-04571:1998
502	Solid fuels: hard coal, brown coal, coke from hard coal	Oxygen content (from calculations)	SW/ZLGIG/PB-16 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-16, 2nd edition of 18 August 2025
503	Solid fuels: hard coal, brown coal, coke from hard coal	Characteristic temperatures of fusibility of ash Range: (860 – 1550) °C High-temperature microscopy method	PN-82/G-04535 PN-ISO 540:2001
504	Solid fuels: coke from hard coal	Total moisture content Range: (0,10 – 22,10) % Gravimetric method Total moisture content Range: (0,10 – 22,10) % Weight method	PN-G-04611:2020-06
505	Solid fuels: coke from hard coal	Hydrogen content Range: (0,04 – 1,80) % High-temperature combustion method with IR detection	PN-G-04571:1998
506	Solid fuels: hard coal	Hydrogen content Range: (1,30 - 6,40) % High-temperature combustion method with IR detection	PN-G-04571:1998
507	Solid fuels: brown coal	Hydrogen content Range: (3,60 – 6,20) % High-temperature combustion method with IR detection	PN-G-04571:1998
508	Solid fuels: mixture of solid biofuel with solid fuel, mixture of solid recovered fuel with solid fuel	Transient moisture Range: (1,30 – 19,70) % Weight method	SW/ZLGIG/PB-03 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-03, 2nd edition of 18 August 2025
509	Solid fuels: mixture of solid biofuel with solid fuel, mixture of solid recovered fuel with solid fuel	Moisture content in analytical sample Range: (0,40 – 16,30) % Thermogravimetric method (TGA)	SW/ZLGIG/PB-04 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-04, 2nd edition of 18 August 2025
510	Solid fuels: mixture of solid biofuel with solid fuel, mixture of solid recovered fuel with solid fuel	Moisture content in analytical sample Range: (0,35 – 16,60) % Weight method	SW/ZLGIG/PB-05 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-05, 2nd edition of 18 August 2025
511	Solid fuels: mixture of solid biofuel with solid fuel, mixture of solid recovered fuel with solid fuel	Total moisture content (from calculations)	SW/ZLGIG/PB-16 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-16, 2nd edition of 18 August 2025
512	Solid fuels: mixture of solid biofuel with solid fuel, mixture of solid recovered fuel with solid fuel	Ash content Range: (3,60 – 81,00) % Thermogravimetric method (TGA)	SW/ZLGIG/PB-07 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-07, 2nd edition of 18 August 2025
513	Solid fuels: mixture of solid biofuel with solid fuel, mixture of solid recovered fuel with solid fuel	Ash content Range: (3,60 – 81,00) % Weight method (slow burning)	SW/ZLGIG/PB-06 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-06, 2nd edition of 18 August 2025
514	Solid fuels: mixture of solid biofuel with solid fuel, mixture of solid recovered fuel with solid fuel	Carbon content Range: (34,00 – 85,50) % High-temperature combustion method with IR detection	SW/ZLGIG/PB-11 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-11, 2nd edition of 18 August 2025
515	Solid fuels: mixture of solid biofuel with solid fuel, mixture of solid recovered fuel with solid fuel	Hydrogen content Range: (3,20 – 8,00) % High-temperature combustion method with IR detection	SW/ZLGIG/PB-11 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-11, 2nd edition of 18 August 2025
516	Solid fuels: mixture of solid biofuel with solid fuel, mixture of solid recovered fuel with solid fuel	Nitrogen content Range: (0,70 – 2,30) % High-temperature combustion method with TC detection	SW/ZLGIG/PB-11 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-11, 2nd edition of 18 August 2025
517	Solid fuels: mixture of solid biofuel with solid fuel, mixture of solid recovered fuel with solid fuel	Total sulfur content Range: (0,50 – 2,20) % High-temperature combustion method with IR detection	SW/ZLGIG/PB-10 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-10, 2nd edition of 18 August 2025
518	Solid fuels: mixture of solid biofuel with solid fuel, mixture of solid recovered fuel with solid fuel	Volatile matter content Range: (10,40 – 81,50) % Weight method	SW/ZLGIG/PB-08 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-08, 2nd edition of 18 August 2025
519	Solid fuels: mixture of solid biofuel with solid fuel, mixture of solid recovered fuel with solid fuel	Gross calorific value Range: (1200 – 31500) kJ/kg Calorimetric method	SW/ZLGIG/PB-09 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-09, 2nd edition of 18 August 2025
520	Solid fuels: mixture of solid biofuel with solid fuel, mixture of solid recovered fuel with solid fuel	Net calorific value (calculated) Net calorific value (from calculations)	SW/ZLGIG/PB-09 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-09, 2nd edition of 18 August 2025
521	Solid fuels: hard coal, coke from hard coal char from hard coal	Transient moisture Range: (0,03 – 18,90) % Weight method	PN-G-04611:2020-06
522	Solid fuels: hard coal, coke from hard coal char from hard coal	Analytical moisture content Range: (0,10 – 8,80) % Weight method	PN-G-04611:2020-06
523	Solid fuels: hard coal, coke from hard coal char from hard coal	Total moisture content (from calculations)	PN-G-04611:2020-06
524	Solid fuels: solid recovered fuels	Transient moisture Range: (2,40 – 25,60) % Weight method	SW/ZLGIG/PB-03 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-03, 2nd edition of 18 August 2025
525	Solid fuels: solid recovered fuels	Moisture content in analytical sample Range: (0,50 – 9,20) % Thermogravimetric method (TGA)	PN-EN ISO 21660-3:2021-08
526	Solid fuels: solid recovered fuels	Moisture content in analytical sample Range: (0,50 – 9,00) % Weight method	PN-EN ISO 21660-3:2021-08
527	Solid fuels: solid recovered fuels	Total moisture content (from calculations)	SW/ZLGIG/PB-16 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-16, 2nd edition of 18 August 2025
528	Solid fuels: solid recovered fuels	Ash content Range: (13,50 – 63,50) % Thermogravimetric method (TGA)	PN-EN ISO 21656:2021-08
529	Solid fuels: solid recovered fuels	Ash content Range: (12,60 – 64,00) % Weight method (slow burning)	PN-EN ISO 21656:2021-08
530	Solid fuels: solid recovered fuels	Carbon content Range: (33,00 – 72,00)% High-temperature combustion method with IR detection	PN-EN ISO 21663:2021-06
531	Solid fuels: solid recovered fuels	Hydrogen content Range: (0,40 – 9,50) % High-temperature combustion method with IR detection	PN-EN ISO 21663:2021-06
532	Solid fuels: solid recovered fuels	Nitrogen content Range: (0,10 – 1,50) % High-temperature combustion method with TC detection	PN-EN ISO 21663:2021-06
533	Solid fuels: solid recovered fuels	Oxygen content (from calculations)	SW/ZLGIG/PB-16 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-16, 2nd edition of 18 August 2025
534	Solid fuels: solid recovered fuels	Total sulfur content Range: (0,05 – 0,80)% High-temperature combustion method with IR detection	PN-EN ISO 21663:2021-06
535	Solid fuels: solid recovered fuels	Combustible sulphur and ash sulpfur content (calculated)	SW/ZLGIG/PB-10 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-10, 2nd edition of 18 August 2025
536	Solid fuels: solid recovered fuels	Volatile matter content Range: (55,35 – 65,40) % Weight method	PN-EN ISO 22167:2021-08
537	Solid fuels: solid recovered fuels	Gross calorific value Range: (14735–31800) kJ/kg Calorimetric method	PN-EN ISO 21654:2021-12
538	Solid fuels: solid recovered fuels	Net calorific value (calculated) Net calorific value (from calculations)	PN-EN ISO 21654:2021-12
539	Solid fuels: solid recovered fuels	Biodegradable fraction content – mass fraction of biomass Non-biodegradable fraction content – mass fraction of non-biomass Range: (1,80 – 89,50) % Weight method	PN-EN 21644:2021-07
540	Solid fuels: solid recovered fuels	Chlorine content Range: (0,112 – 3,221) % Titration method	SW/ZLGIG/PB-13 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-13, 2nd edition of 18 August 2025
541	Solid fuels: solid recovered fuels	Chlorine content Range: (0,070 – 4,300) % High-temperature combustion method with coulometric detection	SW/ZLGIG/PB-12 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-12, 2nd edition of 18 August 2025
542	Solid fuels: solid biofuel	Transient moisture Range: (3,60 – 36,60) % Weight method	SW/ZLGIG/PB-03 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-03, 2nd edition of 18 August 2025
543	Solid fuels: solid biofuel	Moisture content in analytical sample Range: (0,60 – 10,61) % Thermogravimetric method (TGA)	PN-EN ISO 18134-3:2023-12
544	Solid fuels: solid biofuel	Moisture content in analytical sample Range: (0,50 – 10,30) % Weight method	PN-EN ISO 18134-3:2023-12
545	Solid fuels: solid biofuel	Total moisture content Range: (0,50 – 72,80) % Weight method	PN-EN ISO 18134-2:2017-03
546	Solid fuels: solid biofuel	Total moisture content (from calculations)	SW/ZLGIG/PB-16 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-16, 2nd edition of 18 August 2025
547	Solid fuels: solid biofuel	Ash content Range: (0,15 – 34,50) % Thermogravimetric method (TGA)	PN-EN ISO 18122:2023-05
548	Solid fuels: solid biofuel	Ash content Range: (0,10 – 34,50) % Weight method (slow burning)	PN-EN ISO 18122:2023-05
549	Solid fuels: solid biofuel	Carbon content Range: (10,00 – 72,00) % High-temperature combustion method with IR detection	PN-EN ISO 16948:2015-07
550	Solid fuels: solid biofuel	Hydrogen content Range: (2,50 – 11,50) % High-temperature combustion method with IR detection	PN-EN ISO 16948:2015-07
551	Solid fuels: solid biofuel	Nitrogen content Range: (0,01 – 5,60) % High-temperature combustion method with TC detection	PN-EN ISO 16948:2015-07
552	Solid fuels: solid biofuel	Oxygen content (from calculations)	SW/ZLGIG/PB-16 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-16, 2nd edition of 18 August 2025
553	Solid fuels: solid biofuel	Total sulfur content Range: (0,01 – 0,40)% High-temperature combustion method with IR detection	SW/ZLGIG/PB-10 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-10, 2nd edition of 18 August 2025
554	Solid fuels: solid biofuel	Ash sulphur and combustible sulfur content (from calculated)	SW/ZLGIG/PB-10 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-10, 2nd edition of 18 August 2025
555	Solid fuels: solid biofuel	Volatile matter content Range: (59,30 – 87,30) % Weight method	PN-EN ISO 18123:2023-05
556	Solid fuels: solid biofuel	Gross calorific value Range: (8055 – 37581) kJ/kg Calorimetric method	PN-EN ISO 18125:2017-07
557	Solid fuels: solid biofuel	Net calorific value (calculated) Net calorific value (from calculations)	PN-EN ISO 18125:2017-07
558	Solid fuels: solid biofuel	Biodegradable fraction content – mass fraction of biomass Non-biodegradable fraction content – mass fraction of non-biomass Range: (61.50 – 99.50) % Weight method	SW/ZLGIG/PB-14 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-14, 2nd edition of 18 August 2025
559	Solid fuels: solid biofuel	Chlorine content Range: (0,023 – 0,322) % Titration method	SW/ZLGIG/PB-13 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-13, 2nd edition of 18 August 2025
560	Solid fuels: solid biofuel	Chlorine content Range: (0,005 – 0,370) % High-temperature combustion method with coulometric detection	SW/ZLGIG/PB-12 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-12, 2nd edition of 18 August 2025
561	Wastes O): code 10 01 01, 10 01 02, 10 01 15, 10 01 17, 10 01 80, 10 01 82 slag, ash, ash-slag mixture	Transient moisture Range: (0,01 – 44,00) % Weight method	SW/ZLGIG/PB-03 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-03, 2nd edition of 18 August 2025
562	Wastes O): code 10 01 01, 10 01 02, 10 01 15, 10 01 17, 10 01 80, 10 01 82 slag, ash, ash-slag mixture	Moisture content in analytical sample Range: (0,05 – 5,60) % Thermogravimetric method (TGA)	SW/ZLGIG/PB-04 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-04, 2nd edition of 18 August 2025
563	Wastes O): code 10 01 01, 10 01 02, 10 01 15, 10 01 17, 10 01 80, 10 01 82 slag, ash, ash-slag mixture	Moisture content in analytical sample Range: (0,05 – 5,80) % Weight method	SW/ZLGIG/PB-05 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-05, 2nd edition of 18 August 2025
564	Wastes O): code 10 01 01, 10 01 02, 10 01 15, 10 01 17, 10 01 80, 10 01 82 slag, ash, ash-slag mixture	Total moisture content (from calculations)	SW/ZLGIG/PB-16 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-16, 2nd edition of 18 August 2025
565	Wastes O): code 10 01 01, 10 01 02, 10 01 15, 10 01 17, 10 01 80, 10 01 82 slag, ash, ash-slag mixture	Ash content Range: (31,60 – 100,00) % Thermogravimetric method (TGA)	SW/ZLGIG/PB-07 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-07, 2nd edition of 18 August 2025
566	Wastes O): code 10 01 01, 10 01 02, 10 01 15, 10 01 17, 10 01 80, 10 01 82 slag, ash, ash-slag mixture	Ash content Range: (31,50 – 100,00) % Weight method	SW/ZLGIG/PB-06 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-06, 2nd edition of 18 August 2025
567	Wastes O): code 10 01 01, 10 01 02, 10 01 15, 10 01 17, 10 01 80, 10 01 82 slag, ash, ash-slag mixture	Combustible parts content (from calculations)	SW/ZLGIG/PB-16 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-16, 2nd edition of 18 August 2025
568	Wastes O): code 10 01 01, 10 01 02, 10 01 15, 10 01 17, 10 01 80, 10 01 82 slag, ash, ash-slag mixture	Carbon content Range: (2,00 – 44,00) % High-temperature combustion method with IR detection	SW/ZLGIG/PB-11 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-11, 2nd edition of 18 August 2025
569	Mechanical and automatical sampling systems for hard coal	Accuracy and precision of sampling, preparation and analysis samples	PN-G-04502:2014-11 pkt. 10
570	Solid fuels E	Mercury content Atomic absorption spectrometry method with amalgamation technique	SW/ZLGIG/PB-15

Reference standards (372)

(Journal of Laws No. 140, item 824

16.06.2011 r. (Dz.U.nr 140, poz. 824

2011

Annex No. 3 to the Regulation of the

BL-2/ZLGIG/PB-GG-01

BL-2/ZLGIG/PB-KR

BL-6/ZLGIG/PB-16 edycja 2 z dnia 25.08.2023 r. BL-6/ZLGIG/PB-16 2nd edition of 25 August 2023

BL-6/ZLGIG/PB-3 edycja 3 z dnia 04.09.2023 r. BL-6/ZLGIG/PB-3 3rd edition of 4 September 2023

BL-6/ZLGIG/PB-5 edycja 2 z dnia 25.08.2023 r. BL-6/ZLGIG/PB-5 2nd edition of 25 August 2023

EN 60794-4-10:2015-03 p. 8.3.4 PN-EN 50182:2002 p. 6.4.8

EN/TS 15414-1:2010 CEN/TS 15414-2:2010

ISO 13320:2020

ISO 13605:2018 (E)

ISO 7619-1:2010

ISO/TS 16996:2015(E) ISO 18227:2014(E) PN-EN 15309:2010

Ministra Środowiska z dnia

PN-73/G-04522

PN-74/C-04547.01 pkt 2.1 PN-74/C-04547.01 pt 2.1

PN-74/C-04566.04 SO-4/ZLGIG/PB.07.97 ed. 1 z dn. 01.08.2025 PN-74/C-04566.04

PN-77/C-04604.08 SO-4/ZLGIG/PB.07.93 ed. 1 z dn. 01.08.2025 PN-77/C-04604.08 SO-4/ZLGIG/PB.07.93 ed. 1st of 01/08/2025

PN-78/C-04541

PN-80/C-04238 PN-EN ISO 868:2005

PN-80/G-04511

PN-80/G-04511 pkt 2.3.4

PN-81/G-04513 PN-ISO 1928:2020-05

PN-81/G-04517

PN-82/G-04535 PN-ISO 540:2001

PN-82/G-04543

PN-82/G-04544

PN-88/B-04481

PN-88/G-04545

PN-92/G-46603 PN-EN 12927:2019-07

PN-93/C-05013 p. 2.1 PN-98/C-05019 p. 3.1 PN-EN ISO 340:2013-07 PN-EN ISO 340:2022-12

PN-93/C-05013 p. 2.4

PN-C-89071:1993

PN-EN 10244-2:2010 p. 5.2.3

PN-EN 10244-2:2010 p. 5.3

PN-EN 1149-1:2008

PN-EN 1149-2:1999 PN-EN 16350:2014-08

PN-EN 12293:2002 PN-EN ISO 19893:2018-10

PN-EN 12390-3:2011

PN-EN 12457-2:2006 PN-EN 12457-4:2006 PN-EN 1484:1999

PN-EN 12457-2:2006 PN-EN 12457-4:2006 PN-EN 15216:2022-03

PN-EN 12457-2:2006 PN-EN 12457-4:2006 PN-EN 27888:1999

PN-EN 12457-2:2006 PN-EN 12457-4:2006 PN-EN ISO 10304-1:2009+AC:2012

PN-EN 12457-2:2006 PN-EN 12457-4:2006 PN-EN ISO 10523:2012

PN-EN 12457-2:2006 PN-EN 12457-4:2006 PN-EN ISO 11732:2007

PN-EN 12457-2:2006 PN-EN 12457-4:2006 PN-EN ISO 11885:2009

PN-EN 12457-2:2006 PN-EN 12457-4:2006 PN-EN ISO 14402:2004 pkt 4 PN-EN 12457-2:2006 PN-EN 12457-4:2006 PN-EN ISO 14402:2004 pt 4

PN-EN 12457-2:2006 PN-EN 12457-4:2006 PN-EN ISO 14403-2:2012 SO-4/ZLGIG/PB.07.90 ed. 1 z dn. 01.08.2025 PN-EN 12457-2:2006 PN-EN 12457-4:2006 PN-EN ISO 14403-2:2012 SO-4/ZLGIG/PB.07.90 ed. 1st of 01/08/2025

PN-EN 12457-2:2006 PN-EN 12457-4:2006 PN-EN ISO 17852:2009

PN-EN 12457-2:2006 PN-EN 12457-4:2006 PN-EN ISO 18412:2007 PN-77/C-04604.08 SO-4/ZLGIG/PB.07.93 ed. 1 z dn. 01.08.2025 PN-EN 12457-2:2006 PN-EN 12457-4:2006 PN-EN ISO 18412:2007 PN-77/C-04604.08 SO-4/ZLGIG/PB.07.93 ed. 1st of 01/08/2025

PN-EN 12457-2:2006 PN-EN 12457-4:2006 PN-EN ISO 8467:2001

PN-EN 12457-2:2006 PN-EN 12457-4:2006 PN-ISO 9280:2002

PN-EN 12457-2:2006 PN-EN 12457-4:2006 PN-ISO 9297:1994

PN-EN 12457-2:2006 PN-EN 12457-4:2006 SO-4/ZLGIG/PB.07.39 ed. 1 z dn. 01.08.2025 na podstawie testu kuwetowego MERCK SPECTROQUANT 14779 SO-4/ZLGIG/PB.07.51 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.07.97 ed.1 z dn. 01.08.2025 PN-74/C-04566.04

PN-EN 12457-2:2006 PN-EN 12457-4:2006 SO-4/ZLGIG/PB.07.39 ed. 1st of 01/08/2025 based on cuvette test MERCK SPECTROQUANT 14779 SO-4/ZLGIG/PB.07.51 ed. 1st of 01/08/2025 SO-4/ZLGIG/PB.07.97 ed. 1st of 01/08/2025 PN-74/C-04566.04

PN-EN 12673:2004

PN-EN 12814-1:2002+AC:2004 PN-EN 12814-8:2021-07

PN-EN 12814-2:2021-06 PN-EN 12814-8:2021-07

PN-EN 12873-1:2014-09 PN-EN 1484:1999

PN-EN 12873-1:2014-09 PN-EN ISO 17294-2:2024-04

PN-EN 12873-1:2014-09 PN-EN ISO 17993:2005 excluding pt. 8.1-8.4 SO-4/ZLGIG/WYK-04 ed 1st of 01/08/2025

PN-EN 12873-1:2014-09 PN-EN ISO 17993:2005 z wyłączeniem pkt 8.1-8.4 SO-4/ZLGIG/WYK-04 ed. 1 z dn. 01.08.2025 PN-EN 12873-1:2014-09 PN-EN ISO 17993:2005 excluding pt 8.1-8.4 SO-4/ZLGIG/WYK-04 ed 1st of 01/08/2025

PN-EN 1337-3:2010 załączniki/ annexes F

PN-EN 13577:2008

PN-EN 13657:2006 PN-EN ISO 11885:2009

PN-EN 13755:2008+AC:2004

PN-EN 1484:1999

PN-EN 15216:2022-03

PN-EN 15309:2010

PN-EN 15408:2011

PN-EN 15934:2013-02

PN-EN 15935:2022-01

PN-EN 15936:2022-07

PN-EN 15936:2022-07 PN-EN 15936:2022-07

PN-EN 15936:2022-07 metoda A PN-EN 15936:2022-07 method A

PN-EN 16174:2012 PN-EN ISO 11885:2009

PN-EN 1804-2:2021-05 Załączniki/annexes A i/and B

PN-EN 1804-3:2021-06 (załącznik normatywny A) / (normative annex A)

PN-EN 1936:2010

PN-EN 21644:2021-07

PN-EN 25663:2001

PN-EN 26777:1999

PN-EN 27888:1999

PN-EN 27888:1999 PN-EN 27888:1999

PN-EN 295-3:2012

PN-EN 50182:2002 p. 6.4.3 PN-EN 50540:2010 p. 6.4.3

PN-EN 50182:2002 p. 6.4.5 PN-EN 50540:2010 p. 6.4.5

PN-EN 50182:2002 p. 6.4.7 + Zał. C/ annex C IEC 62420:2008 Zał. B/annex B

PN-EN 50182:2002 p. 6.4.7 IEC 62420:2008 + Zał. B/annex B PN-EN 50183:2002 p. 11.3

PN-EN 50182:2002 p. 6.4.7 i/and Aneks C/Annex C PN-IEC 1089:1994/A1:2000 – Aneks B/Annex B

PN-EN 50182:2002 p. 6.5.2 PN-EN 50183:2002 p. 11.4 PN-EN 60889:2002 p. 10.2

PN-EN 50182:2002 p. 6.5.2 PN-EN IEC 62641:2022-12 p. 6.4.5

PN-EN 50326:2003 PN-ISO 2176:2011

PN-EN 50397-1:2007 Zał. D/annex D

PN-EN 50397-1:2021-04 Zał. C / annex C

PN-EN 50540:2010

PN-EN 60695-11-10:2014-02

PN-EN 60794-1-21:2015-07 p. 3 metoda E1/method E1

PN-EN 60794-1-22:2018-04 p. 5 Metoda/method F5B

PN-EN 61284:2002 p. 11.3.1

PN-EN 61284:2002 p. 11.4.2

PN-EN 61284:2002 p. 11.5.1, 11.6.1, 11.6.2.1, 11.6.2.2, 11.7

PN-EN 61284:2002 p. 13

PN-EN 61284:2002 p. 8

PN-EN 61340-2-3:2016 IEC 61340-4-10:2012 PN-E-05203:1992 PN-EN 60079-32-2:2015-08

PN-EN 61340-2-3:2016 IEC 61340-4-10:2012 PN-EN IEC 60079-0:2018-09 PN-E-05203:1992 PN-EN 60079-32-2:2015-08

PN-EN 61340-2-3:2016 PN-E-05203:1992 PN-EN 60079-32-2:2015-08

PN-EN 61340-4-1:2006

PN-EN 61340-4-9:2016-11

PN-EN 61395:2002

PN-EN 62567:2014-04 p. 8.2 PN-EN 62567:2014-04 p. 8.3

PN-EN 727:1998 PN-EN ISO 2507-1:2017-11 PN-EN ISO 2507-2:2017-12 PN-EN ISO 2507-3:2017-12 PN-EN ISO 306:2023-05

PN-EN 744:1997 PN-EN ISO 3127:2017-12

PN-EN 872:2007+Ap1:2007

PN-EN 903:2002 z wył. pkt 7.1 PN-EN 903:2002 exc. pt 7.1

PN-EN 9969:2016

PN-EN IEC 61340-4-3:2018-04

PN-EN IEC 61340-4-5:2018-09

PN-EN IEC 61854:2020-11 p 7.1

PN-EN IEC 61854:2020-11 p. 7.2

PN-EN IEC 61854:2020-11 p. 7.3.1 PN-EN ISO 1461:2011 tab./tables 3 i/and 4

PN-EN IEC 61854:2020-11 p. 7.5.1

PN-EN IEC 61854:2020-11 p. 7.5.2

PN-EN IEC 61854:2020-11 p. 7.5.3

PN-EN IEC 61854:2020-11 p. 7.5.4. b)

PN-EN IEC 61854:2020-11 p. 7.5.4. c)

PN-EN IEC 61854:2020-11 p. 7.5.5

PN-EN IEC 62641:2022-12 p. 6.4.2 PN-EN IEC 63248:2022-12 p. 7.4.2 PN-EN IEC 62641:2022-12 p. 6.4.1

PN-EN IEC 62641:2022-12 p. 6.4.3 PN-EN IEC 63248:2022-12 p. 7.4.3 CEI IEC 62219:2002 p. 6.6.4

PN-EN IEC 62641:2022-12 p. 6.4.4

PN-EN IEC 63248:2022-12 p. 7.4.3

PN-EN ISO 10301:2002

PN-EN ISO 10304-1:2009+AC:2012 PN-EN ISO 10304-3:2001

PN-EN ISO 10304-4:2022-08

PN-EN ISO 10523:2012

PN-EN ISO 10523:2012 PN-EN ISO 10523:2012

PN-EN ISO 11173:2017-12

PN-EN ISO 1133-1:2022-12

PN-EN ISO 11357-6:2018-04

PN-EN ISO 11369:2002

PN-EN ISO 1167-1:2007 PN-EN ISO 1167-2:2007 PN-EN ISO 1167-3:2008 PN-EN ISO 1167-4:2008

PN-EN ISO 11732:2007

PN-EN ISO 1183-1:2019-05

PN-EN ISO 11885:2009 SO-4/ZLGIG/PB.07.92 ed. 1 z dn. 01.08.2025

PN-EN ISO 11885:2009 SO-4/ZLGIG/PB.07.92 ed. 1 z dn. 01.08.2025 PN-EN ISO 11885:2009 SO-4/ZLGIG/PB.07.92 ed. 1st of 01/08/2025

PN-EN ISO 11885:2009 SO-4/ZLGIG/PB.07.92 ed. 1st of 01/08/2025

PN-EN ISO 13260:2012+A1:2017-11

PN-EN ISO 13968:2009

PN-EN ISO 14402:2004 pkt 4 PN-EN ISO 14402:2004 pt 4

PN-EN ISO 14403-2:2012 SO-4/ZLGIG/PB.07.90 ed. 1 z dn. 01.08.2025 PN-EN ISO 14403-2:2012 SO-4/ZLGIG/PB.07.90 ed. 1st of 01/08/2025

PN-EN ISO 15061:2003

PN-EN ISO 15630-3:2011 p. 5.3.1

PN-EN ISO 15630-3:2011 p. 5.3.2

PN-EN ISO 16265:2012

PN-EN ISO 16703:2011

PN-EN ISO 16948:2015-07

PN-EN ISO 16994:2016-10

PN-EN ISO 17294-2

PN-EN ISO 17852:2009

PN-EN ISO 17892-11:2019-05 z wyłączeniem pkt. 5.2.2.2 i pkt. 5.2.3 SC/ZLGIG/PB.02 1st edition of 01.08.2025 PN-EN ISO 17892-11:2019-05 (excluding clauses 5.2.2.2 and 5.2.3)

PN-EN ISO 178:2019-06 PN-EN ISO 14125:2001+AC:2003+ A1:2011

PN-EN ISO 179-1:2010 PN-EN ISO 179-1:2023-11

PN-EN ISO 17993:2005 z wyłączeniem pkt 8.1-8.4 SO-4/ZLGIG/WYK-04 ed. 1 z dn. 01.08.2025 PN-EN ISO 17993:2005 excluding pt 8.1-8.4 SO-4/ZLGIG/WYK-04 edition 1st of 01/08/2025

PN-EN ISO 17993:2005 z wyłączeniem pkt 8.1-8.4 SO-4/ZLGIG/WYK-07 ed. 1 z dn. 01.08.2025 PN-EN ISO 17993:2005 excluding pt 8.1-8.4 SO-4/ZLGIG/WYK-07 ed. 1st of 01/08/2025

PN-EN ISO 18122:2023-05

PN-EN ISO 18123:2023-05

PN-EN ISO 18125:2017-07

PN-EN ISO 18134-2:2017-03

PN-EN ISO 18134-3:2023-12

PN-EN ISO 18412:2007 SO-4/ZLGIG/PB.07.93 ed. 1 z dn. 01.08.2025 PN-EN ISO 18412:2007 SO-4/ZLGIG/PB.07.93 ed. 1st of 01/08/2025

PN-EN ISO 19458:2007 SC/ZLGIG/PB.01 edycja 1 z dnia 01.08.2025 PN-EN ISO 19458:2007 SC/ZLGIG/PB.01 1st edition of 01.08.2025

PN-EN ISO 20236:2025-05 SO-4/ZLGIG/PB.07.94 ed. 1 z dn. 01.08.2025 PN-EN ISO 20236:2025-05 SO-4/ZLGIG/PB.07.94 ed. 1st of 01/08/2025

PN-EN ISO 20238:2019-05

PN-EN ISO 21654:2021-12

PN-EN ISO 21656:2021-08

PN-EN ISO 21660-3:2021-08

PN-EN ISO 21663:2021-06

PN-EN ISO 22155:2016-07

PN-EN ISO 22167:2021-08

PN-EN ISO 2505:2024-04 PN-EN ISO 11501:2005

PN-EN ISO 252:2023-09

PN-EN ISO 283:2023-10

PN-EN ISO 284:2013

PN-EN ISO 3126:2006

PN-EN ISO 3386-1:2000+A1:2010 PN-EN ISO 3386-2:2001+A1:2010 PN-ISO 5893:2015-12 PN-EN 12390-3:2019-07 PN-93/C-89071 PN-EN ISO 604:2006

PN-EN ISO 340:2013-07 PN-EN ISO 340:2022-12

PN-EN ISO 3744:2011

PN-EN ISO 4589-2:2017-06

PN-EN ISO 4671:2008 p. 10 PN-EN ISO1402:2010 p. 8.1

PN-EN ISO 527-1:2020-01 PN-EN ISO 527-2:2012 PN-EN ISO 527-3:2019-01 PN-EN ISO 527-4:2023-10 PN-EN ISO 527-5:2022-06 PN-ISO 37:2007+AC1:2008 PN-EN ISO 6259-1:2015-05 PN-EN ISO 6259-3:2015-08

PN-EN ISO 580:2006 PN-ISO 12091:2009

PN-EN ISO 5814:2013-04

PN-EN ISO 5814:2013-04 PN-EN ISO 5814:2013-04

PN-EN ISO 5815-1:2019-12 PN-EN 1899-2:2002

PN-EN ISO 62:2008

PN-EN ISO 6468:2002

PN-EN ISO 6468:2002 excluding pt 7.2 SO-4/ZLGIG/WYK-08 edition 1st of 01/08/2025 PN-EN ISO 6468:2002 z wyłączeniem pkt 7.2 SO-4/ZLGIG/WYK-08 ed. 1 z dn. 01.08.2025 PN-EN ISO 6468:2002 excluding pt 7.2 SO-4/ZLGIG/WYK-08 edition 1st of 01/08/2025

PN-EN ISO 6468:2002 z wyłączeniem pkt 7.2 SO-4/ZLGIG/WYK-08 ed. 1 z dn. 01.08.2025

PN-EN ISO 6468:2002 z wyłączeniem pkt 7.2 SO-4/ZLGIG/WYK-08 ed. 1 z dn. 01.08.2025 PN-EN ISO 6468:2002 excluding pt 7.2 SO-4/ZLGIG/WYK-08 edition 1st of 01/08/2025

PN-EN ISO 6878:2006 rozdz. 4 + Ap1:2010 + Ap2:2010 PN-EN ISO 6878:2006 cl 4 + Ap1:2010 + Ap2:2010

PN-EN ISO 7027-1:2016-09

PN-EN ISO 75-1:2020-09 PN-EN ISO 75-2:2013-06 PN-EN ISO 75-3:2005

PN-EN ISO 7887:2012+Ap1:2015-06 metoda C PN-EN ISO 7887:2012+Ap1:2015-06 method C

PN-EN ISO 80079-36:2016-07

PN-EN ISO 8031:2021-01

PN-EN ISO 8256:2024-06

PN-EN ISO 8467:2001

PN-EN ISO 9377-2:2003

PN-EN ISO 9562:2007

PN-EN ISO 9773:2003+A1:2005

PN-EN ISO 9852:2017-11

PN-EN ISO 9963-1:2001+Ap1:2004 SO-4/ZLGIG/PB.07.95 ed. 1 z dnia 01.08.2025 PN-EN ISO 9963-1:2001+Ap1:2004 SO-4/ZLGIG/PB.07.95 ed. 1st of 01/08/2025

PN-EN ISO 9967:2016-02 PN-EN 761:2001

PN-EN ISO 9969:2016-02 PN-EN 1228:1999 PN-EN ISO 13967:2011

PN-G-04302:1997

PN-G-04303:1997 PN-EN 1926:2007 Procedure BL-2/ZLGIG/PB-GG-01 2nd edition of 25 August 2023 PN-G-04303:1997 PN-EN 1926:2007

PN-G-04304:1997+Az1:1999

PN-G-04305:1997 PN-EN 12372:2010

PN-G-04502:2014-11 pkt 5.3.1.2

PN-G-04502:2014-11 pkt. 10

PN-G-04508:2020-05

PN-G-04511:1980

PN-G-04511:1980 punkt 2.2.1

PN-G-04511:1980 punkt 2.4.1

PN-G-04516:1998

PN-G-04537:1998

PN-G-04558:1993

PN-G-04560:1998

PN-G-04565:1994

PN-G-04571:1998

PN-G-04582:1997

PN-G-04584:2001

PN-G-04611:2020-06

PN-G-15000-12:1994

PN-G-15000-9:1998 PN-G-06021:1997 z wyłączeniem /excluding p. 5.3.3 PN-G-15541:1997 DIN 21530-4:2003 p. 4.1.1.2.2.5

PN-G-15022:2018-11

PN-G-15023:2019-03

PN-G-15024:2017-10

PN-G-15026:2017-04 DIN 21530-4:2003 p. 4.1.2.2.2 i/and 4.1.2.2.3 PN-EN ISO 898-1 PN-EN ISO 898-2

PN-G-15050:2018-01

PN-G-15533:1997

PN-G-15536:2013 p. 6.4.2.4

PN-G-15536:2013 p. 6.4.4, 6.4.4.4, 6.5 i/and 6.4.2.5

PN-G-15536:2013 z wyłączeniem / /excluding p. 6.4.2.4 i/and 6.4.4 PN-EN 1804-2:2021-05 z wyłączeniem/excluding p. A.1.2.3.2

PN-G-32000:2011

PN-G-46701:1997/Az1:2001 p. 3.4.6

PN-G-46701:1997/Az1:2001 p. 3.4.6 DIN 22252:2001 p. 6.4.2

PN-G-46701:1997/Az1:2001 p. 3.4.6 DIN 22252:2001 p. 6.4.2.3

PN-G-46701:1997/Az1:2001 p. 3.4.7 DIN 22252:2001 p. 6.5

PN-G-46701:1997/Az1:2001 p. 3.4.9 DIN 22252:2001 p. 7.2

PN-G-46705:1997 p. 3.7.6

PN-G-46705:1997 p. 3.7.7

PN-IEC 1089:1994 Zał. NA/annex NA p. 5 PN-IEC 1089:1994 Zał. NB/annex NB p. 5 PN-IEC 1089:1994 Zał. NC/annex NC p. 5

PN-IEC 1089:1994 p. 6.5.3 PN-EN 50182:2002 p. 6.4.8 + Zał. C /annex C IEC 62420:2008 p. 6.2.5 + Zał. B /annex B PN-EN 60889:2002 p. 10.1 PN-EN 50189:2002 p. 11.4 PN-EN 60889:2002 p. 6.4.10 + Zał. A/annex B PN-EN 50183:2002 p. 11.3

PN-IEC 1089:1994 p. 6.5.3 PN-EN 50182:2002 p. 6.4.8 + Zał. C/ annex C IEC 62420:2008 p. 6.2.5 + Zał. B/ annex B PN-IEC 1089:1994 p. 6.6.4 PN-IEC 1089:1994 Zał. NA/annex NA p. 10.1 PN-IEC 1089:1994 Zał. NB/annex NB p. 10.2 PN-IEC 1089:1994 Zał. NC/annex NC p. 10

PN-IEC 1089:1994 p. 6.6.1 PN-EN 50540:2010 p. 6.4.6 PN-EN 62219:2003 p. 6.6.1 PN-EN 62420:2008 p. 6.3.1

PN-IEC 1089:1994 p. 6.6.2 PN-EN 50182:2002 p. 6.4.2 PN-EN 50540:2010 p. 6.4.2 PN-IEC 1089:1994 Zał. NA/annex NA p. 5 PN-IEC 1089:1994 Zał. NB/annex NB p. 5 PN-IEC 1089:1994 Zał. NC/annex NC p. 5

PN-IEC 1089:1994 p. 6.6.2 PN-EN 50182:2002 p. 6.4.2 PN-EN 60889:2002 p. 5 PN-EN 50189:2002 p. 7 PN-EN 50540:2010 p. 6.4.2 PN-EN 50183:2002 p. 11.2

PN-IEC 1089:1994 p. 6.6.3+Zał. C /annex C PN-EN 50182:2002 p. 6.4.6+Zał. B /annex B PN-EN 50540:2010 p. 6.4.7 PN-EN 62219:2003 p. 6.6.3+Zał. C /annex C PN-EN 62420:2008 p. 6.3.3+Zał. C /annex C

PN-IEC 1089:1994 p. 6.6.3+Zał. C/ annex C PN-EN 50182:2002 p. 6.4.6+Zał. B/ annex B PN-EN 50540:2010 p. 6.4.7 PN-EN 62219:2003 p. 6.6.3+Zał. C/ annex C PN-EN 62420:2008 p. 6.3.3+Zał. C/ annex C

PN-IEC 1089:1994 p. 6.6.4 PN-IEC 1089:1994 Zał. NA/annex NA p. 10.1 PN-IEC 1089:1994 Zał. NB/annex NB p. 10.2 PN-IEC 1089:1994 Zał. NC/annex NC p. 10

PN-IEC 1089:1994 p. 6.6.5 PN-EN 50182:2002 p. 6.4.1 PN-EN 50540:2010 p. 6.4.1 PN-EN 62219:2003 p. 6.6.5 PN-EN 62420:2008 p. 6.3.4

PN-IEC 1089:1994 p. 6.6.6 PN-EN 50182:2002 p. 6.4.4 PN-EN 50540:2010 p. 6.4.4 PN-EN 62219:2003 p. 6.6.6 PN-EN 62420:2008 p. 6.3.5

PN-ISO 10381-5:2009 PN-ISO 10381-5:2009

PN-ISO 10390:2022-09

PN-ISO 10694:2002

PN-ISO 10847:2002

PN-ISO 11277:2005

PN-ISO 11423-1:2002

PN-ISO 1171:2002

PN-ISO 13877:2004

PN-ISO 15178:2004

PN-ISO 15705:2005

PN-ISO 1928:2020-05

PN-ISO 1953:1999

PN-ISO 3108:1996 PN-ISO 3154:1997 p. 5.1.4.2

PN-ISO 3154:1997 p. 5.1.1

PN-ISO 3154:1997 p. 5.2.2

PN-ISO 3154:1997 p. 5.2.3

PN-ISO 334:1997

PN-ISO 501:2007

PN-ISO 5068:2004

PN-ISO 5074:2002

PN-ISO 562:2000

PN-ISO 5667-10:2021-11 SC/ZLGIG/PB.01 edycja 1 z dnia 01.08.2025 PN-ISO 5667-10:2021-11 SC/ZLGIG/PB.01 1st edition of 01.08.2025

PN-ISO 5667-11:2017-10 SC/ZLGIG/PB.01 edycja 1 z dnia 01.08.2025 PN-ISO 5667-11:2017-10 SC/ZLGIG/PB.01 1st edition of 01.08.2025

PN-ISO 5667-4:2017-10 PN-EN ISO 5667-6:2016-12 SC/ZLGIG/PB.01 edycja 1 z dnia 01.08.2025 PN-ISO 5667-4:2017-10 PN-EN ISO 5667-6:2016-12 SC/ZLGIG/PB.01 1st edition of 01.08.2025

PN-ISO 5667-5:2017-10 SC/ZLGIG/PB.01 edycja 1 z dnia 01.08.2025 PN-ISO 5667-5:2017-10 SC/ZLGIG/PB.01 1st edition of 01.08.2025

PN-ISO 587:2000

PN-ISO 589:2006

PN-ISO 589:2006 A1 metoda PN-ISO 589:2006 A1 method

PN-ISO 589:2006 Metoda A2 PN-ISO 589:2006 A2 method

PN-ISO 6332:2001+Ap1:2016-06

PN-ISO 7404-3:2001

PN-ISO 7404-5:2002

PN-ISO 7800:1996

PN-ISO 7801:1996

PN-ISO 9277:2000

PN-ISO 9280:2002

PN-ISO 9297:1994

PN-M-46606:2010 Procedure BL-2/ZLGIG/PB-KR 01 3rd edition of 25 August 2023 PN-M-46606:2010

PN-R-04031:1997 PN-R-04031:1997

PN-Z-04008-7:2002 PN-Z-04008-7/Az1:2004 PN-G-04035:2002+Az1:2005

Procedura BD-3/ZLGIG/PB-AE.07 edycja 3 z dnia 06.11.2023 r. Procedure BD-3/ZLGIG/PB-AE.07 3rd edition of 6 November 2023

Procedura BD-3/ZLGIG/PB-CO.04 edycja 3 z dnia 06.11.2023 r. . Procedure BD-3/ZLGIG/PB-CO.04 3rd edition of 6 November 2023

Procedura BD-3/ZLGIG/PB-CO.04 edycja 3 z dnia 06.11.2023 r. Procedure BD-3/ZLGIG/PB-CO.04 3rd edition of 6 November 2023

Procedura BD-3/ZLGIG/PB-PO.03 edycja 2 z dnia 25.08.2023 r. Procedure BD-3/ZLGIG/PB-PO.03 2nd edition of 25 August 2023

Procedura BD-3/ZLGIG/PB-TL.05 edycja 4 z dnia 23.11.2023 r. Procedure BD-3/ZLGIG/PB-TL.05 4th edition of 23 November 2023

Procedura BD-3/ZLGIG/PB-WN.08 edycja 4 z dnia 06.11.2023 r. Procedure BD-3/ZLGIG/PB-WN.08 4th edition of 6 November 2023

Procedura BD-3/ZLGIG/PB-WO.06 edycja 4 z dnia 06.11.2023 r. Procedure BD-3/ZLGIG/PB-WO.06 4th edition of 6 November 2023

Procedura BL-2/ZLGIG/PB-EK 01 edycja 3 z dnia 25.08.2023 r. Procedure BL-2/ZLGIG/PB-EK 01 3rd edition of 25 August 2023

Procedura BL-2/ZLGIG/PB-GG-02 edycja 2 z dnia 25.08.2023 r. Procedure BL-2/ZLGIG/PB-GG-02 2nd edition of 25 August 2023

Procedura BL-2/ZLGIG/PB-GG-03 edycja 3 z dnia 05.11.2025 r. Procedure BL-2/ZLGIG/PB-GG-03 3nd edition of 05 November 2025

Procedura BL-2/ZLGIG/PB-GG-04 edycja 2 z dnia 25.08.2023 r. Procedure BL-2/ZLGIG/PB-GG-04 2nd edition of 25 August 2023

Procedura KD-2.2/ZLGIG/PB-2205-1 edycja 4 z 25.08.2023 r. Procedure KD-2.2/ZLGIG/PB-2205-1 4th edition of 25 August 2023

Procedura KD-2.2/ZLGIG/PB-2205-2 edycja 3 z 25.08.2023 r. Procedure KD-2.2/ZLGIG/PB-2205-2 3rd edition of 25 August 2023

Procedura KD-2.2/ZLGIG/PB-2207 edycja 4 z 25.08.2023 r. Procedura KD-2.2/ZLGIG/PB-2208 edycja 4 z 25.08.2023 r. Procedura KD-2.2/ZLGIG/PB-2209 edycja 3 z 25.08.2023 r. Procedura KD-2.2/ZLGIG/PB-2210 edycja 6 z 25.08.2023 r. Procedure KD-2.2/ZLGIG/PB-2207 4th edition of 25 August 2023 Procedure KD-2.2/ZLGIG/PB-2208 4th edition of 25 August 2023 Procedure KD-2.2/ZLGIG/PB-2209 3rd edition of 25 August 2023 Procedure KD-2.2/ZLGIG/PB-2210 6th edition of 25 August 2023

Procedura SCR /ZLGIG/3-003 edycja 4 z dnia 25.08.2023 r. Procedure SCR/ZLGIG/3-003 4th edition of 25 August 2023

Procedura SCR/ZLGIG/1-002 edycja 7 z dnia 25.08.2023 r. Procedure SCR/ZLGIG/1-002 7th edition of 25 August 2023

Procedura SCR/ZLGIG/1-002 edycja 7 z dnia 25.08.2023 r. Procedure SCR/ZLGIG/1-002 7th edition of 25.08.2023

Procedura SCR/ZLGIG/1-017 edycja 4 z dnia 25.08.2023 r. Procedure SCR/ZLGIG/1-017 4th edition of 25.08.2023

Procedura SCR/ZLGIG/1-020 edycja 5 z dnia 25.08.2023 r. Procedure SCR/ZLGIG/1-020 5th edition of 25 August 2023

Procedura SCR/ZLGIG/1-021 edycja 4 z dnia 25.08.2023 r. Procedure SCR/ZLGIG/1-021 4th edition of 25 August 2023

Procedura SCR/ZLGIG/1-021 edycja 4 z dnia 25.08.2023 r. Procedure SCR/ZLGIG/1-021 4th edition of 25.08.2023

Procedura SCR/ZLGIG/1-022 edycja 3 z dnia 25.08.2023 r. Procedure SCR/ZLGIG/1-022 3rd edition of 25 August 2023

Procedura SCR/ZLGIG/1-023 edycja 1 z dnia 24.02.2025 r. Procedure SCR/ZLGIG/1-023 1st edition of 24 February 2025

Procedura SCR/ZLGIG/2-004 edycja 8 z dnia 25.08.2023 r. Procedure SCR/ZLGIG/2-004 8th edition of 25 August 2023

Procedura SCR/ZLGIG/2-005 edycja 3 z dnia 25.08.2023 r. Procedure SCR/ZLGIG/2-005 3rd edition of 25 August 2023

Procedura SCR/ZLGIG/2-011 edycja 4 z dnia 05.05.2025 Procedure SCR/ZLGIG/2-011 4th edition of 05 May 2025

Procedura SCR/ZLGIG/3-001 edycja 4 z dnia 25.08.2023 r. Procedure SCR/ZLGIG/3-001 4th edition of 25 August 2023

Procedura SCR/ZLGIG/3-010 edycja 5 z dnia 25.08.2023 r. Procedure SCR/ZLGIG/3-010 5th edition of 25 August 2023

SC/ZLGIG/PB.03 edycja 1 z dnia 01.08.2025 SC/ZLGIG/PB.03 1st edition of 01.08.2025

SO-4/ZLGIG/PB.02 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.02 ed. 1st of 01/08/2025

SO-4/ZLGIG/PB.03 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.03 ed. 1st of 01/08/2025

SO-4/ZLGIG/PB.04 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.04 ed. 1st 01/08/2025

SO-4/ZLGIG/PB.05 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.05 ed. 1st of 01/08/2025

SO-4/ZLGIG/PB.05 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.24 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.05 ed. 1st of 01/08/2025 SO-4/ZLGIG/PB.24 ed. 1st of 01/08/2025

SO-4/ZLGIG/PB.07.29 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.07.29 ed. 1st of 01/08/2025

SO-4/ZLGIG/PB.07.39 ed. 1 z dn. 01.08.2025 na podstawie testu kuwetowego MERCK SPECTROQUANT 14779 SO-4/ZLGIG/PB.07.39 ed. 1st of 01/08/2025 based on cuvette test MERCK SPECTROQUANT 14779

SO-4/ZLGIG/PB.07.50 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.07.50 ed. 1st of 01/08/2025

SO-4/ZLGIG/PB.07.51 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.07.51 ed. 1st of 01/08/2025

SO-4/ZLGIG/PB.07.97

SO-4/ZLGIG/PB.11 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.11 ed. 1st of 01/08/2025

SO-4/ZLGIG/PB.14 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.14 ed. 1st of 01/08/2025

SO-4/ZLGIG/PB.17 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.17 ed. 1st 01/08/2025

SO-4/ZLGIG/PB.17 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.17 ed. 1st of 01/08/2025

SO-4/ZLGIG/PB.18 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.18 ed. 1st 01/08/2025

SO-4/ZLGIG/PB.22 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.22 ed. 1st of 01/08/2025

SO-4/ZLGIG/PB.23 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.23 ed. 1 of 01/08/2025

SO-4/ZLGIG/PB.23 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.23 ed. 1st of 01/08/2025

SO-4/ZLGIG/PB.24 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.24 ed. 1st of 01/08/2025

SO-4/ZLGIG/PB.25 ed. 1 z dn. 01.08.2025 SO-4/ZLGIG/PB.25 ed. 1st 01/08/2025

SW/ZLGIG/PB-03 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-03, 2nd edition of 18 August 2025

SW/ZLGIG/PB-04 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-04, 2nd edition of 18 August 2025

SW/ZLGIG/PB-05 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-05, 2nd edition of 18 August 2025

SW/ZLGIG/PB-06 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-06, 2nd edition of 18 August 2025

SW/ZLGIG/PB-07 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-07, 2nd edition of 18 August 2025

SW/ZLGIG/PB-08 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-08, 2nd edition of 18 August 2025

SW/ZLGIG/PB-09 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-09, 2nd edition of 18 August 2025

SW/ZLGIG/PB-10 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-10, 2nd edition of 18 August 2025

SW/ZLGIG/PB-11 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-11, 2nd edition of 18 August 2025

SW/ZLGIG/PB-12 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-12, 2nd edition of 18 August 2025

SW/ZLGIG/PB-13 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-13, 2nd edition of 18 August 2025

SW/ZLGIG/PB-14 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-14, 2nd edition of 18 August 2025

SW/ZLGIG/PB-15

SW/ZLGIG/PB-16 edycja 2 z dnia 18.08.2025 r. PN-ISO 589:2006 SW/ZLGIG/PB-16, 2nd edition of 18 August 2025

SW/ZLGIG/PB-16 edycja 2 z dnia 18.08.2025 r. SW/ZLGIG/PB-16, 2nd edition of 18 August 2025

Załącznik nr 3 do Rozporządzenia

and No. 288, item 1697)

i nr 288, poz. 1697)

The same scope as data (JSON): https://labcoda.pl/api/accreditation-scopes/labs/PL/AB%20005