🇵🇱 LUBELSKA AGENCJA PL
EnvironmentWater & wastewater
LUBELSKA AGENCJA is a laboratory accredited by PCA under number AB 1183 (Świdnik, Poland). Its accreditation scope covers 79 test methods in the following areas: Environment, Water & wastewater. Test objects include: Wastewater, Workplace environment - non-laser optical radiation, Workplace environment − air, Soil. Most frequently used techniques: Direct measurement method, Spectrophotometric method, Gravimetric method.
At a glance
- Accreditation number: PCA AB 1183
- Methods in scope: 79
- Types of test objects: 18
- Techniques used: 17
- City: Świdnik, Poland
- Accreditation number
- AB 1183
- Accreditation body
- PCA
- Address
- OCHRONY ŚRODOWISKA S.A., ul. Kuźnicza 15, 21-045 Świdnik
- City
- Świdnik, Poland
What this laboratory tests (18)
- Wastewater — 26 methods
- Workplace environment - non-laser optical radiation — 10 methods
- Workplace environment − air — 7 methods
- Soil — 5 methods
- Workplace environment − air − air samples collected on sorbent tubes with activated carbon — 4 methods
- Rainwater, snowmelt water — 3 methods
- Workplace environment - outdoor electric lighting — 3 methods
- General environment - noise from installations, equipment and industrial plants — 2 methods
- Workplace environment - energy expenditure — 2 methods
- Workplace environment - indoor electric lighting — 2 methods
- Workplace environment - whole-body vibration — 2 methods
- Workplace environment – cold microclimate — 2 methods
- Workplace environment – hot microclimate — 2 methods
- Workplace environment – moderate microclimate — 2 methods
- Workplace environment − air − air samples collected on filters — 2 methods
- and 3 more
Analytical techniques used (17)
- Direct measurement method — 11 methods
- Spectrophotometric method — 10 methods
- Gravimetric method — 7 methods
- Titrimetric method — 7 methods
- Flame atomic absorption spectrometry (FAAS) — 6 methods
- Gas chromatography with mass spectrometry detection (GC-MS) — 4 methods
- Cold vapour atomic absorption spectrometry (CVAAS) — 2 methods
- Gas chromatography with mass spectrometry (GC-MS) — 2 methods
- Manual method — 2 methods
- Potentiometric method — 2 methods
- Direct measurement method (A) — 1 method
- Direct measurement method (M) — 1 method
- Direct measurement method (O) — 1 method
- Direct measurement method (X) — 1 method
- Electrochemical method — 1 method
- and 2 more
Laboratory locations
- LUBELSKA AGENCJA (main site) — ul. Kuźnicza 15, 21-045 Świdnik
- Laboratory
Certificate information
- Issue date
- 07.04.2026
- Issue no.
- 25
Accreditation scope — test methods (79)
| No. | Test object | Methodology / Parameters | Technique | Reference document | |
|---|---|---|---|---|---|
| Laboratory | |||||
| 1 | General environment - noise from installations, equipment and industrial plants | A-weighted equivalent sound pressure level Range (25 – 137) dB |
Direct measurement method | Annex 7 to the Regulation of the Minister of Climate and Environment of 07.09.2021 (consolidated text Journal of Laws 2023 item 1706) excluding cl. F | |
| 2 | General environment - noise from installations, equipment and industrial plants | A-weighted equivalent sound pressure level for the reference time T expressed by the indicators LAeqD and LAeqN (calculated) | Annex 7 to the Regulation of the Minister of Climate and Environment of 07.09.2021 (consolidated text Journal of Laws 2023 item 1706) excluding cl. F | ||
| 3 | Workplace environment − noise | A-weighted equivalent sound level Maximum A-weighted sound level Range (25 – 137) dB C-weighted peak sound pressure level Range (45 – 137) dB |
Direct measurement method | PN-N-01307:1994 | PN-EN ISO 9612:2011 excluding the method covering strategies 2 and 3 – cl. 10 and 11 | |
| 4 | Workplace environment − noise | Noise exposure level referred to: an 8-hour daily working time the average weekly working time (calculated) |
PN-N-01307:1994 | PN-EN ISO 9612:2011 excluding the method covering strategies 2 and 3 – cl. 10 and 11 | ||
| 5 | Workplace environment - non-laser optical radiation | Effective irradiance for VIS Spectral range (300 – 700) nm Measuring range (10-6– 399,9) W/m2 |
Direct measurement method (O) | PN-EN 14255-2:2010 | |
| 6 | Workplace environment - non-laser optical radiation | Effective radiance for VIS Spectral range (300 – 700 nm) (calculated) |
PN-T-05687:2002, cl. 2.5.5 | ||
| 7 | Workplace environment - non-laser optical radiation | Irradiance for VIS, IRA and IRB Spectral range (380 – 3000) nm Measuring range (1 – 3999) W/m2 |
Direct measurement method (X) | PN-EN 14255-2:2010 | |
| 8 | Workplace environment - non-laser optical radiation | Radiant exposure for VIS, IRA and IRB Spectral range (380 – 3000) nm (calculated) |
PN-EN 14255-2:2010 | ||
| 9 | Workplace environment - non-laser optical radiation | Effective irradiance for UVA, UVB and UVC Spectral range (180 – 400) nm Measuring range (10-6 – 39,99) W/m2 |
Direct measurement method (A) | PN-EN 14255-1:2010 | |
| 10 | Workplace environment - non-laser optical radiation | Effective irradiation for UVA, UVB and UVC Spectral range (180 – 400 nm) (calculated) |
PN-EN 14255-1:2010 | ||
| 11 | Workplace environment - non-laser optical radiation | Irradiance for UVA Spectral range (315 – 400) nm Measuring range (10-3– 3999) W/m2 |
Direct measurement method (M) | PN-EN 14255-1:2010 | |
| 12 | Workplace environment - non-laser optical radiation | Radiant exposure for UVA Spectral range (315 – 400) nm (calculated) |
PN-EN 14255-1:2010 | ||
| 13 | Workplace environment - non-laser optical radiation | Effective irradiance for VIS and IRA Spectral range (380 – 1400) nm Measuring range (10-6– 39900) W/m2 |
Direct measurement method | PN-T-05687:2002, cl. 2.5.4 | PN-T-05687:2002, cl. 2.5.5 | PB-10 issue 1 of 09.12.2024 | |
| 14 | Workplace environment - non-laser optical radiation | Effective radiance for VIS and IRA, Spectral range (380 – 1400) nm (calculated) | PN-T-05687:2002, cl. 2.5.4 | PN-T-05687:2002, cl. 2.5.5 | PB-10 issue 1 of 09.12.2024 | ||
| 15 | Workplace environment – moderate microclimate | Air temperature Range (10 – 30) °C Black globe temperature Range (10 – 30) °C Air humidity Range (20 – 90) % Air velocity Range (0,15 – 1,0) m/s |
Direct measurement method | PN-EN ISO 7730:2006+Ap2:2016-04 | |
| 16 | Workplace environment – moderate microclimate | PMV index, PPD index (calculated) | PN-EN ISO 7730:2006+Ap2:2016-04 | ||
| 17 | Workplace environment – hot microclimate | Air temperature Range (15 – 50) °C Natural wet bulb temperature Range (15 – 50) °C Black globe temperature Range (15 – 50) °C |
Direct measurement method | PN-EN ISO 7243:2018-01 | |
| 18 | Workplace environment – hot microclimate | WBGT index, WBGTeff index (calculated) | PN-EN ISO 7243:2018-01 | ||
| 19 | Workplace environment – cold microclimate | Air temperature Range (-25 – 10) °C Black globe temperature Range (-25 – 10) °C Air humidity Range (20 – 90) % Air velocity Range (0,15 – 5,0) m/s |
Direct measurement method | PN-EN ISO 11079:2008 | |
| 20 | Workplace environment – cold microclimate | IREQmin index, IREQneutral index, tWC index (calculated) | PN-EN ISO 11079:2008 | ||
| 21 | Workplace environment - indoor electric lighting | Illuminance Range (0,5 – 9800) lx |
Direct measurement method | PN-83/E-04040.03 | PB-08 issue 1 of 01.09.2022 | |
| 22 | Workplace environment - indoor electric lighting | Illuminance uniformity (calculated) | PN-83/E-04040.03 | PB-08 issue 1 of 01.09.2022 | ||
| 23 | Workplace environment - outdoor electric lighting | Illuminance Range (0,5 – 1000) lx |
Direct measurement method | PN-83/E-04040.03 | PB-08 issue 1 of 01.09.2022 | |
| 24 | Workplace environment - outdoor electric lighting | Illuminance uniformity (calculated) | PN-83/E-04040.03 | PB-08 issue 1 of 01.09.2022 | ||
| 25 | Workplace environment - outdoor electric lighting | Ratio of maximum to minimum illuminance (calculated) | PN-83/E-04040.03 | PB-08 issue 1 of 01.09.2022 | ||
| 26 | Workplace environment - whole-body vibration | Frequency-weighted r.m.s. vibration acceleration Range (0,02 – 50) m/s2 |
Direct measurement method | PN-EN 14253+A1:2011 | |
| 27 | Workplace environment - whole-body vibration | Daily exposure, expressed as the 8-hour energy-equivalent frequency-weighted RMS vibration acceleration dominant among the vibration accelerations determined for the three directional components taking into account the appropriate coefficients (1.4awx, 1.4awy , awz ), Exposure lasting 30 minutes and less, expressed as the frequency-weighted RMS vibration acceleration dominant among the vibration accelerations determined for the three directional components taking into account the appropriate coefficients (1.4 awx, 1.4awy , awz ) (calculated) | PN-EN 14253+A1:2011 | ||
| 28 | Workplace environment − hand-arm vibration | Frequency-weighted r.m.s. vibration acceleration Range (0,2 – 16) m/s2 |
Direct measurement method | PN-EN ISO 5349-1:2004 | PN-EN ISO 5349-2:2004+A1:2015-11 | |
| 29 | Workplace environment − hand-arm vibration | Daily exposure, expressed as the 8-hour energy-equivalent vector sum of the frequency-weighted RMS vibration accelerations determined for the three directional components (ahwx , ahwy , ahwz ), Exposure lasting 30 minutes and less, expressed as the vector sum of the frequency-weighted RMS vibration accelerations determined for the three directional components (ahwx , ahwy , ahwz ) (calculated) | PN-EN ISO 5349-1:2004 | PN-EN ISO 5349-2:2004+A1:2015-11 | ||
| 30 | Workplace environment - energy expenditure | Air flow Range (10,0 – 60,0) dm3/min Air temperature Range (0,0 – 45,0) 0C |
Direct measurement method | PB-09 issue 3 of 10.01.2024 | |
| 31 | Workplace environment - energy expenditure | Energy expenditure (calculated) | PB-09 issue 3 of 10.01.2024 | ||
| 32 | Workplace environment − air | Sampling for the assessment of occupational exposure to: dust agents inhalable fraction respirable fraction organic substances inorganic substances respirable fraction metals and their compounds, including inhalable fraction respirable fraction |
Personal dosimetry method - inorganic substances, including - inhalable fraction: Personal dosimetry method; Stationary method | PN-Z-04008-7:2002 | PN-Z-04008-7:2002/Az1:2004 | |
| 33 | Workplace environment − air | Exposure index (calculated) | PN-Z-04008-7:2002 | PN-Z-04008-7:2002/Az1:2004 | ||
| 34 | Workplace environment − air | Concentration of harmful dust agents – inhalable fraction: Portland cement Kaolin Amorphous and synthetic silica Wood dusts Flour dusts Dusts not classified according to toxicity Organic dusts of animal and plant origin excluding wood and flour dusts Calcium magnesium carbonate (dolomite) Calcium sulfate (VI) (gypsum) Carbon black Talc Hard coal and lignite Range (0,16 – 17,0) mg/m3 |
Gravimetric method | PN-Z-04507:2022-05 | PN-Z-04507:2022-05/Ap1:2022-08 | |
| 35 | Workplace environment − air | Concentration of harmful dust agents – respirable fraction: Portland cement Amorphous and synthetic silica Organic dusts of animal and plant origin, excluding wood and flour dusts Talc Hard coal and lignite Range (0,10 – 15,4) mg/m3 |
Gravimetric method | PN-Z-04508:2022-05 | PN-Z-04508:2022-05/Ap1:2022-08 | |
| 36 | Workplace environment − air | Ammonia concentration Range (1,0 – 60) mg/m3 |
Spectrophotometric method | PN-71/Z-04041 | |
| 37 | Workplace environment − air | Carbon monoxide concentration Range (2,32 – 117) mg/m3 Range (2 – 100) ppm |
Electrochemical method | PB-01 issue 8 of 14.01.2021 | |
| 38 | Workplace environment − air | Nitrogen dioxide and nitrogen monoxide concentration NO2 (0,070 – 35,6) mg/m3 Range (0,037 – 18,7) ppm NO (0,144 – 23,1) mg/m3 (0,116 – 18,6) ppm |
Spectrophotometric method | PN-Z-04009-11:2008 | |
| 39 | Workplace environment − air − air samples collected on filters | Concentration/ content of iron oxides calculated as Fe Iron (III) oxide Iron (II) oxide Triiron tetraoxide inhalable fraction Range (0,35 – 20,8) mg/m3 Range (0,25 – 5,0) mg in the sample respirable fraction Range (0,18 – 11) mg/m3 Range (0,125 – 2,5) mg in the sample |
Flame atomic absorption spectrometry (FAAS) | PN-Z-04469:2025-02 | |
| 40 | Workplace environment − air − air samples collected on filters | Concentration/ content of manganese and its inorganic compounds calculated as Mn – inhalable and respirable fraction Range (0,002 – 4,1) mg/m3 Range (0,0015 – 3,00) mg in the sample |
Flame atomic absorption spectrometry (FAAS) | PN-Z-04472:2015-10+Ap1:2015-12 | |
| 41 | Workplace environment − air − air samples collected on sorbent tubes with activated carbon | Volatile organic compound concentration/ content Benzene (0,10 – 20) mg/m3 Range (0,031 – 6,2 ) ppm Range (0,006 – 1,2) mg in the sample Toluene (2,86 – 400) mg/m3 (0,12 – 15,1) mg in the sample Ethylbenzene (2,86 – 800) mg/m3 (0,12 – 13,0) mg in the sample Xylene – mixture of isomers 1,2-; 1,3-; 1,4 (1,43 – 400) mg/m3 (0,06 – 13,0) mg in the sample Styrene (2,86 – 200) mg/m3 (0,12 – 3,52) mg in the sample Hexane (2,86 – 144) mg/m3 (0,12 – 18,5) mg in the sample Acetone (2,86 – 3600) mg/m3 (0,12 – 13,0) mg in the sample Ethanol (5,71 – 3800) mg/m3 (0,24 – 19,3) mg in the sample Ethyl acetate (2,86 – 2936) mg/m3 (0,78 – 803,2) ppm (0,12 – 20,0) mg in the sample |
Gas chromatography with mass spectrometry detection (GC-MS) | PB-02 issue 12 of 15.10.2024 | |
| 42 | Workplace environment − air − air samples collected on sorbent tubes with activated carbon | Volatile organic compound concentration/ content n-butyl acetate (2,86 – 1900) mg/m3 Range (0,12 – 8,07) mg in the sample 2-butoxyethyl acetate (2,86 – 600) mg/m3 (0,12 – 9,86) mg in the sample Butan-1-ol (2,86 – 300) mg/m3 (0,12 – 18,3) mg in the sample 1-methoxypropan-2-ol (2,86 – 720) mg/m3 (0,12 – 18,9) mg in the sample 2 (2-butoxyethoxy)ethanol (2,86 – 200) mg/m3 (0,12 – 0,74) mg in the sample 2-butoxyethanol (2,86 – 400) mg/m3 (0,12 – 2,39) mg in the sample 2-ethoxyethanol (0,50 – 50) mg/m3 (0,13 – 13,4) ppm (0,03 – 3) mg in the sample 2-methylpropan-1-ol (isobutanol) (2,86 – 400) mg/m3 (0,12 – 20,0) mg in the sample Propan-2-ol (5,71 – 2400) mg/m3 (0,24 – 20,0) mg in the sample Cyclohexanone (2,86 – 160) mg/m3 (0,12 – 3,88) mg in the sample Dichloromethane (2,86 – 706) mg/m3 (0,81 – 200,4) ppm (0,12 – 10,6) mg in the sample 2-Methoxy-1-methylethyl acetate (2,86 – 1040) mg/m3 (0,12 – 8,15) mg in the sample Tetrachloroethene (2,86 – 340) mg/m3 (0,42 – 49,4) ppm (0,12 – 7,14) mg in the sample Cumene (isopropylbenzene) (2,86 – 500) mg/m3 (0,12 – 7,51) mg in the sample |
Gas chromatography with mass spectrometry detection (GC-MS) | PB-02 issue 12 of 15.10.2024 | |
| 43 | Workplace environment − air − air samples collected on sorbent tubes with activated carbon | Concentration/ content of trimethylbenzene – mixture of isomers (1,2,3-; 1,2,4-; 1,3,5-) Range (2,86 – 340) mg/m3 Range (0,12 – 2,16) mg in the sample |
Gas chromatography with mass spectrometry (GC-MS) | PB-02 issue 12 of 15.10.2024 | |
| 44 | Workplace environment − air − air samples collected on sorbent tubes with activated carbon | Concentration/ content of kerosene Range (3,0 – 600) mg/m3 Range (0,18 – 18) mg in the sample |
Gas chromatography with mass spectrometry (GC-MS) | PB-04 issue 5 of 01.10.2020 | |
| 45 | Workplace environment − air − air samples collected on sorption tubes with silica gel | Concentration/ content of phenol Range (0,15 – 120) mg/m3 Range (0,0045 – 3,6) mg in the sample |
Gas chromatography with mass spectrometry (GC MS) | PB-05 issue 5 of 01.10.2020 | |
| 46 | Wastewater | Sampling for chemical and physical testing Temperature Range (0,0 – 50,0) °C |
Manual method | PN-ISO 5667-10:2021-11 | PN-77/C-04584 | |
| 47 | Wastewater | pH Range 2,0 − 10,0 |
Potentiometric method | PN-EN ISO 10523:2012 | |
| 48 | Wastewater | Biochemical oxygen demand − BOD5 Range (3 – 6000) mg/l O2 |
Titrimetric method | PN-EN ISO 5815-1:2019-12 | |
| 49 | Wastewater | Biochemical oxygen demand − BOD5 Range (0,50 – 6,0) mg/l O2 |
Titrimetric method | PN-EN 1899-2:2002 | |
| 50 | Wastewater | Dissolved oxygen Range (0,50 – 15,0) mg/l O2 |
Titrimetric method | PN-EN 25813:1997 | |
| 51 | Wastewater | Chemical oxygen Demand − CODCr Range (30 – 6000) mg/l O2 |
Titrimetric method | PN-ISO 6060:2006 | |
| 52 | Wastewater | Total suspended solids (TSS) Range (5,0 – 5000) mg/l |
Gravimetric method | PN-EN 872:2007+Ap1:2007 | |
| 53 | Wastewater | Total phosphorus concentration Range (0,010 – 200) mg/l |
Spectrophotometric method | PN-EN ISO 6878:2006 cl. 8 +Ap1:2010 + Ap2:2010 | |
| 54 | Wastewater | Anionic surfactant concentration Range (0,1 – 50) mg/l |
Spectrophotometric method | PN-EN 903:2002 | |
| 55 | Wastewater | Sulfate concentration Range (10 – 2000) mg/l |
Gravimetric method | PN-ISO 9280:2002 | |
| 56 | Wastewater | Chloride concentration Range (5,0 – 1500) mg/l |
Titrimetric method | PN-ISO 9297:1994 | |
| 57 | Wastewater | Kjeldahl nitrogen concentration Range (2,0 – 1000) mg/l |
Titrimetric method | PN-EN 25663:2001 | |
| 58 | Wastewater | Nitrite nitrogen concentration Range (0,010 – 20) mg/l |
Spectrophotometric method | PN-EN 26777:1999 | |
| 59 | Wastewater | Nitrate nitrogen concentration Range (0,040 – 50) mg/l |
Spectrophotometric method | PN-82/C-04576/08 | |
| 60 | Wastewater | Total nitrogen concentration (calculated) | PB-03 issue 5 of 01.10.2020 | ||
| 61 | Wastewater | Mineral oil index Range (0,60 – 200) mg/l |
Gas chromatography with mass spectrometry detection (GC-MS) | PN-EN ISO 9377-2:2003 | |
| 62 | Wastewater | Metal concentrations, Ranges: Iron (0,3 – 50) mg/l, Manganese (0,03 – 20) mg/l | Flame atomic absorption spectrometry (FAAS) | PN-92/C-04570/01 | |
| 63 | Wastewater | Metal concentrations, Ranges: Zinc (0,20 – 20) mg/l, Nickel (0,20 – 20) mg/l, Cadmium (0,020 – 20) mg/l, Copper (0,20 – 20) mg/l, Lead (0,20 – 20) mg/l | Flame atomic absorption spectrometry (FAAS) | PN-ISO 8288:2002 Method A | |
| 64 | Wastewater | Chromium concentration Range (0,10 – 20) mg/l |
Flame atomic absorption spectrometry (FAAS) | PN-EN 1233:2000 | |
| 65 | Wastewater | Total iron concentration Range (0,040 – 50) mg/l |
Spectrophotometric method | PN-ISO 6332:2001 | |
| 66 | Wastewater | Ammonium nitrogen concentration Range (1,0 – 1000) mg/l |
Titrimetric method | PN-ISO 5664:2002 | |
| 67 | Wastewater | Ammonium nitrogen concentration Range (0,05 – 40) mg/l |
Spectrophotometric method | PN-ISO 7150-1:2002 | |
| 68 | Wastewater | Hexavalent chromium (Cr VI) concentration Range (0,02 – 20) mg/l |
Spectrophotometric method | PN-77/C-04604/08 | |
| 69 | Wastewater | Concentration of substances extractable with petroleum ether Range (10 – 500) mg/l |
Gravimetric method | PB-07 issue 4 of 01.10.2020 | |
| 70 | Wastewater | Free cyanide concentration Range (0,01 – 1) mg/l |
Spectrophotometric method | PN-80/C-04603/01 | |
| 71 | Wastewater | Mercury concentration Range (0,001 – 0,10) mg/l |
Cold vapour atomic absorption spectrometry (CVAAS) | PN-EN ISO 12846:2012+Ap1:2016-07 | |
| 72 | Rainwater, snowmelt water | Sampling for chemical and physical testing | Manual method | PN-ISO 5667-10:2021-11 | |
| 73 | Rainwater, snowmelt water | Total suspended solids (TSS) Range (5,0 – 1000) mg/l |
Gravimetric method | PN-EN 872:2007+Ap1:2007 | |
| 74 | Rainwater, snowmelt water | Mineral oil index Range (0,60 – 100) mg/l |
Gas chromatography with mass spectrometry detection (GC-MS) | PN-EN ISO 9377-2:2003 | |
| 75 | Soil | Sampling for physical and chemical testing | PN-ISO 10381-5:2009 | PN-R-04031:1997 | ||
| 76 | Soil | Dry matter Range (70,0 – 99,5) % |
Gravimetric method | PN-ISO 11465:1999 | |
| 77 | Soil | pH - in KCl pH – in H2O Range 2,0 − 10,0 |
Potentiometric method | PN-ISO 10390:1997 | |
| 78 | Soil | Metal content, Ranges: Chromium (10 – 500) mg/kg, Zinc (10 – 5000) mg/kg, Cadmium (2,0 – 50) mg/kg, Cobalt (5,0 – 100) mg/kg, Copper (10 – 500) mg/kg, Nickel (10 – 100) mg/kg, Lead (20 – 100) mg/kg | Flame atomic absorption spectrometry (FAAS) | PN-ISO 11047:2001 | |
| 79 | Soil | Mercury content Range (0,05 – 20) mg/kg |
Cold vapour atomic absorption spectrometry (CVAAS) | PN-ISO 16772:2009 | |
Reference standards (64)
PB-01 issue 8 of 14.01.2021
PB-02 issue 12 of 15.10.2024
PB-03 issue 5 of 01.10.2020
PB-04 issue 5 of 01.10.2020
PB-05 issue 5 of 01.10.2020
PB-07 issue 4 of 01.10.2020
PB-08 issue 1 of 01.09.2022
PB-09 issue 3 of 10.01.2024
PB-10 issue 1 of 09.12.2024
PN-71/Z-04041
PN-77/C-04584
PN-77/C-04604/08
PN-80/C-04603/01
PN-82/C-04576/08
PN-83/E-04040.03
PN-92/C-04570/01
PN-EN 1233:2000
PN-EN 14253+A1:2011
PN-EN 14255-1:2010
PN-EN 14255-2:2010
PN-EN 1899-2:2002
PN-EN 25663:2001
PN-EN 25813:1997
PN-EN 26777:1999
PN-EN 872:2007+Ap1:2007
PN-EN 903:2002
PN-EN ISO 10523:2012
PN-EN ISO 11079:2008
PN-EN ISO 12846:2012+Ap1:2016-07
PN-EN ISO 5349-1:2004
PN-EN ISO 5349-2:2004+A1:2015-11
PN-EN ISO 5815-1:2019-12
PN-EN ISO 6878:2006 cl. 8 +Ap1:2010 + Ap2:2010
PN-EN ISO 7243:2018-01
PN-EN ISO 7730:2006+Ap2:2016-04
PN-EN ISO 9377-2:2003
PN-EN ISO 9612:2011 excluding the method covering strategies 2 and 3 – cl. 10 and 11
PN-ISO 10381-5:2009
PN-ISO 10390:1997
PN-ISO 11047:2001
PN-ISO 11465:1999
PN-ISO 16772:2009
PN-ISO 5664:2002
PN-ISO 5667-10:2021-11
PN-ISO 6060:2006
PN-ISO 6332:2001
PN-ISO 7150-1:2002
PN-ISO 8288:2002 Method A
PN-ISO 9280:2002
PN-ISO 9297:1994
PN-N-01307:1994
PN-R-04031:1997
PN-T-05687:2002, cl. 2.5.4
PN-T-05687:2002, cl. 2.5.5
PN-Z-04008-7:2002
PN-Z-04008-7:2002/Az1:2004
PN-Z-04009-11:2008
PN-Z-04469:2025-02
PN-Z-04472:2015-10+Ap1:2015-12
PN-Z-04507:2022-05
PN-Z-04507:2022-05/Ap1:2022-08
PN-Z-04508:2022-05
PN-Z-04508:2022-05/Ap1:2022-08
Annex 7 to the Regulation of the Minister of Climate and Environment of 07.09.2021 (consolidated text Journal of Laws 2023 item 1706) excluding cl. F