🇵🇱 ANPO LAB PIOTR DOBRZYŃSKI PL
Environment
ANPO LAB PIOTR DOBRZYŃSKI is a laboratory accredited by PCA under number AB 1288 (Białystok, Poland). Its accreditation scope covers 38 test methods in the following areas: Environment. Test objects include: Workplace environment - air, Workplace environment - cold microclimate, Workplace environment - moderate microclimate, Workplace environment - hot microclimate. Most frequently used techniques: Direct measurement method, Gravimetric method, Electrochemical method.
At a glance
- Accreditation number: PCA AB 1288
- Methods in scope: 38
- Types of test objects: 9
- Techniques used: 5
- City: Białystok, Poland
- Accreditation number
- AB 1288
- Accreditation body
- PCA
- Address
- ul. Sybiraków 17/31, 15-204 Białystok, LABORATORIUM, ul. Sukienna 8a/16, 15-881 Białystok
- City
- Białystok, Poland
What this laboratory tests (9)
- Workplace environment - air — 7 methods
- Workplace environment - cold microclimate — 7 methods
- Workplace environment - moderate microclimate — 6 methods
- Workplace environment - hot microclimate — 5 methods
- Workplace environment - noise — 4 methods
- Workplace environment - hand-arm vibration — 3 methods
- Workplace environment - whole-body vibration — 3 methods
- Workplace environment - indoor electric lighting — 2 methods
- Workplace environment - emergency lighting — 1 method
Analytical techniques used (5)
- Direct measurement method — 17 methods
- Gravimetric method — 2 methods
- Electrochemical method — 1 method
- Personal dosimetry method — 1 method
- Personal dosimetry method; Stationary method — 1 method
Laboratory locations
- ANPO LAB PIOTR DOBRZYŃSKI (main site) — ul. Sybiraków 17/31, 15-204 Białystok
- Laboratory — ul. Sukienna 8a/16, 15-881 Białystok
Certificate information
- Issue date
- 21.07.2026
- Issue no.
- 19
Accreditation scope — test methods (38)
| No. | Test object | Methodology / Parameters | Technique | Reference document | |
|---|---|---|---|---|---|
| Laboratory | |||||
| 1 | Workplace environment - noise | A-weighted equivalent sound pressure level Range (25 135) 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 | |
| 2 | Workplace environment - noise | Maximum A-weighted sound pressure level Range (25 135) 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 | |
| 3 | Workplace environment - noise | C-weighted peak sound pressure level Range (40 – 135) 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 normalised to: (calculated) an 8-hour daily working time average weekly working time |
PN-N-01307:1994 | PN-EN ISO 9612:2011 excluding the method covering strategies 2 and 3 – cl. 10 and 11 | ||
| 5 | Workplace environment - indoor electric lighting | Illuminance Range (1 - 10000) lx |
Direct measurement method | Test procedure PB-01, issue 2 of 01.04.2019 | |
| 6 | Workplace environment - indoor electric lighting | Illuminance uniformity (calculated) | Test procedure PB-01, issue 2 of 01.04.2019 | ||
| 7 | Workplace environment - emergency lighting | Illuminance Range (0,5 - 200) lx |
Direct measurement method | PN-EN 1838:2013-11 | |
| 8 | Workplace environment - whole-body vibration | Frequency-weighted r.m.s. vibration acceleration Range (0,04 - 120) m/s2 |
PN-EN 14253+A1:2011 | ||
| 9 | Workplace environment - whole-body vibration | Daily exposure, expressed as the 8-hour energy-equivalent effective frequency-weighted vibration acceleration, dominant among the vibration accelerations determined for the three directional components, taking into account the appropriate coefficients (1.4awx, 1.4awy, awz) (calculated) | PN-EN 14253+A1:2011 | ||
| 10 | Workplace environment - whole-body vibration | Exposure lasting 30 minutes or less, expressed as the frequency-weighted r.m.s. vibration acceleration, dominant among the vibration accelerations determined for the three directional components with the appropriate factors applied (1.4awx, 1.4awy, awz) (calculated) | PN-EN 14253+A1:2011 | ||
| 11 | Workplace environment - hand-arm vibration | RMS frequency-weighted vibration accelerations Range (0,2 – 150) m/s² |
Direct measurement method | PN-EN ISO 5349-1:2004 | PN-EN ISO 5349-2:2004 | PN-EN ISO 5349-2:2004/A1:2015-11 | |
| 12 | Workplace environment - hand-arm vibration | Daily exposure, expressed as the 8-hour energy-equivalent vector sum of the effective, frequency-weighted vibration accelerations determined for three directional components (ahwx, ahwy, ahwz) (calculated) | PN-EN ISO 5349-1:2004 | PN-EN ISO 5349-2:2004 | PN-EN ISO 5349-2:2004/A1:2015-11 | ||
| 13 | Workplace environment - hand-arm vibration | Exposure lasting 30 minutes and less, expressed as the vector sum of root-mean-square, frequency-weighted vibration accelerations determined for the three directional components (ahwx, ahwy, ahwz) (calculated) | PN-EN ISO 5349-1:2004 | PN-EN ISO 5349-2:2004 | PN-EN ISO 5349-2:2004/A1:2015-11 | ||
| 14 | Workplace environment - air | Sampling for the assessment of occupational exposure to: dust agents inhalable fraction respirable fraction metals and their compounds, including inhalable fraction respirable fraction |
Personal dosimetry method | PN-Z-04008-7:2002+Az1:2004 | |
| 15 | Workplace environment - air | Sampling for the assessment of occupational exposure to: organic substances, including inhalable fraction inorganic substances, including inhalable fraction respirable fraction |
Personal dosimetry method; Stationary method | PN-Z-04008-7:2002+Az1:2004 | |
| 16 | Workplace environment - air | Exposure index (calculated) | PN-Z-04008-7:2002+Az1:2004 | ||
| 17 | Workplace environment - air | Gas concentrations CO (2,33 - 250) mg/m3 (2 - 215) ppm NO (0,25- 12,45) mg/m3 (0,2 - 10) ppm NO2 (0,38 – 3,05) mg/m3 (0,2 - 1,6) ppm |
Electrochemical method | Test procedure PB-02, issue 2 of 24.03.2026 | |
| 18 | Workplace environment - air | Exposure index (calculated) | Test procedure PB-02, issue 2 of 24.03.2026 | ||
| 19 | Workplace environment - air | Concentration of harmful dust agents inhalable fraction Petroleum bitumen Apatites and phosphorites Portland cement Titanium dioxide Natural graphite Synthetic graphite Kaolin Amorphous and synthe-tic silica Wood dusts Flour dusts Dusts not classified according to toxicity Organic dusts of animal and plant origin, except wood and flour dusts Calcium sulfate (VI) (gypsum) Carbon black Talc Coal (hard, brown) Calcium magnesium carbonate (dolomite) Silicon carbide, non-fibrous Range (0,12 – 20,44) mg/m3 |
Gravimetric method | PN-Z-04507:2022-05 | PN-Z-04507:2022-05/Ap1:2022-08 | |
| 20 | Workplace environment - air | Concentration of harmful dust agents respirable fraction Apatites and phosphorites Portland cement Natural graphite Amorphous and synthe-tic silica Organic dusts of animal and plant origin, except wood and flour dusts Talc Coal (hard, brown) Range (0,07 – 15,49) mg/m3 |
Gravimetric method | PN-Z-04508:2022-05 | PN-Z-04508:2022-05/Ap1:2022-08 | |
| 21 | Workplace environment - hot microclimate | Air temperature Range (10 - 60) °C |
Direct measurement method | PN-EN ISO 7243:2018-01+Ap2:2020-04 | |
| 22 | Workplace environment - hot microclimate | Natural wet bulb temperature Range (5 - 60) °C |
Direct measurement method | PN-EN ISO 7243:2018-01+Ap2:2020-04 | |
| 23 | Workplace environment - hot microclimate | Black globe temperature Range (10 - 60) °C |
Direct measurement method | PN-EN ISO 7243:2018-01+Ap2:2020-04 | |
| 24 | Workplace environment - hot microclimate | WBGT index (calculated) | PN-EN ISO 7243:2018-01+Ap2:2020-04 | ||
| 25 | Workplace environment - hot microclimate | WBGTeff index (calculated) | PN-EN ISO 7243:2018-01+Ap2:2020-04 | ||
| 26 | Workplace environment - cold microclimate | Air temperature Range (-30 - 10) °C |
Direct measurement method | PN-EN ISO 11079:2008 | |
| 27 | Workplace environment - cold microclimate | Black globe temperature Range (-30 - 10) °C |
Direct measurement method | PN-EN ISO 11079:2008 | |
| 28 | Workplace environment - cold microclimate | Air humidity Range (20 - 90) % |
Direct measurement method | PN-EN ISO 11079:2008 | |
| 29 | Workplace environment - cold microclimate | Air velocity Range (0,15 - 5) m/s |
Direct measurement method | PN-EN ISO 11079:2008 | |
| 30 | Workplace environment - cold microclimate | IREQmin index (calculated) | PN-EN ISO 11079:2008 | ||
| 31 | Workplace environment - cold microclimate | IREQneutral index (calculated) | PN-EN ISO 11079:2008 | ||
| 32 | Workplace environment - cold microclimate | tWC index (calculated) | PN-EN ISO 11079:2008 | ||
| 33 | Workplace environment - moderate microclimate | Air temperature Range (10 - 30) °C |
Direct measurement method | PN-EN ISO 7730:2006+Ap2:2016-04 | |
| 34 | Workplace environment - moderate microclimate | Black globe temperature Range (10 - 40) °C |
Direct measurement method | PN-EN ISO 7730:2006+Ap2:2016-04 | |
| 35 | Workplace environment - moderate microclimate | Air humidity Range (20 - 90) % |
Direct measurement method | PN-EN ISO 7730:2006+Ap2:2016-04 | |
| 36 | Workplace environment - moderate microclimate | Air velocity Range (0,15 - 1) m/s |
Direct measurement method | PN-EN ISO 7730:2006+Ap2:2016-04 | |
| 37 | Workplace environment - moderate microclimate | PMV index (calculated) | PN-EN ISO 7730:2006+Ap2:2016-04 | ||
| 38 | Workplace environment - moderate microclimate | PPD index (calculated) | PN-EN ISO 7730:2006+Ap2:2016-04 | ||
Reference standards (17)
PN-EN 14253+A1:2011
PN-EN 1838:2013-11
PN-EN ISO 11079:2008
PN-EN ISO 5349-1:2004
PN-EN ISO 5349-2:2004
PN-EN ISO 5349-2:2004/A1:2015-11
PN-EN ISO 7243:2018-01+Ap2:2020-04
PN-EN ISO 7730:2006+Ap2:2016-04
PN-EN ISO 9612:2011 excluding the method covering strategies 2 and 3 – cl. 10 and 11
PN-N-01307:1994
PN-Z-04008-7:2002+Az1:2004
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
Test procedure PB-01, issue 2 of 01.04.2019
Test procedure PB-02, issue 2 of 24.03.2026