🇵🇱 NARODOWE CENTRUM BADAŃ JĄDROWYCH PL

PCA AB 567 • Otwock, Poland • 24 methods

EnvironmentMaterials & polymers

NARODOWE CENTRUM BADAŃ JĄDROWYCH is a laboratory accredited by PCA under number AB 567 (Otwock, Poland). Its accreditation scope covers 24 test methods in the following areas: Environment, Materials & polymers. Test objects include: Human urine (in-vitro measurement), Air, Biological items and materials intended for testing 1), Human body (in-vivo measurement). Most frequently used techniques: Liquid scintillation method (LSC), Gamma-ray spectrometry method, Alpha spectrometry method.

At a glance

  • Accreditation number: PCA AB 567
  • Methods in scope: 24
  • Types of test objects: 7
  • Techniques used: 5
  • City: Otwock, Poland
Accreditation number
AB 567
Accreditation body
PCA
Address
LABORATORIUM POMIARÓW DOZYMETRYCZNYCH, DZIAŁ POMIARÓW SKAŻEŃ, ul. A. Sołtana 7, 05 - 400 Otwock
City
Otwock, Poland

What this laboratory tests (7)

Analytical techniques used (5)

Certificate information

Issue date
30.09.2025
Issue no.
19

Accreditation scope — test methods (24)

No. Test object Methodology / Parameters Technique Reference document
Test methods
1 Human body (in-vivo measurement) Activity concentration of gamma-emitting radionuclides in the human body in the energy range 60 keV - 2100 keV
Range 0,5 Bq/kg - 10 kBq/kg
Gamma-ray spectrometry method Operating procedure C-1 issue 7 of 03.06.2025
2 Human body (in-vivo measurement) Committed effective dose (calculated) Operating procedure C-1 issue 7 of 03.06.2025
3 Human thyroid (in-vivo measurement) Radionuclide activity concentration
Radionuclide activity concentration 131l in the energy range 20 keV - 500 keV Range 200 Bq - 100 kBq
Gamma-ray spectrometry method Operating procedure T-1 issue 5 of 03.06.2025
4 Human thyroid (in-vivo measurement) Committed effective dose (calculated) Operating procedure T-1 issue 5 of 03.06.2025
5 Human urine (in-vitro measurement) Activity concentration of radionuclide: 3H
Range 10 Bq/ dm3 - 10 kBq/dm3
Liquid scintillation method (LSC) Operating procedure W-4 issue 6 of 13.03.2020
6 Human urine (in-vitro measurement) Committed effective dose (calculated) Operating procedure W-4 issue 6 of 13.03.2020
7 Human urine (in-vitro measurement) Radionuclide activity concentration
Radionuclide activity concentration 35S Range 10 Bq/ dm3 - 1 kBq/dm3
Liquid scintillation method (LSC) Operating procedure W-6 issue 5 of 15.02.2012
8 Human urine (in-vitro measurement) Committed effective dose (calculated) Operating procedure W-6 issue 5 of 15.02.2012
9 Human urine (in-vitro measurement) Radionuclide activity concentration
Radionuclide activity concentration 32P Range 10 Bq/ dm3 - 1 kBq/dm3
Liquid scintillation method (LSC) Operating procedure W-5 issue 5 of 15.02.2012
10 Human urine (in-vitro measurement) Committed effective dose (calculated) Operating procedure W-5 issue 5 of 15.02.2012
11 Human urine (in-vitro measurement) Radionuclide activity concentration
Radionuclide activity concentration 90Sr or 90Y Range 0,04 Bq/ dm3 - 10 kBq/dm3 Proportional counter
Liquid scintillation method (LSC) Operating procedure W-8 issue 5 of 15.02.2012
12 Human urine (in-vitro measurement) Committed effective dose (calculated) Operating procedure W-8 issue 5 of 15.02.2012
13 Human urine (in-vitro measurement) Activity concentration of radionuclides: 238Pu and 239+240Pu
Range (0,1– 150) mBq/dm3
Alpha spectrometry method Operating procedure W-9 issue 1 of 14.01.2013
14 Human urine (in-vitro measurement) Committed effective dose (calculated) Operating procedure W-9 issue 1 of 14.01.2013
15 Human urine (in-vitro measurement) Activity concentration of radionuclide: 210Po
Range (1,5– 1000) mBq/dm3
Alpha spectrometry method Operating procedure W-11 issue 3 of 24.01.2020
16 Human urine (in-vitro measurement) Committed effective dose (calculated) Operating procedure W-11 issue 3 of 24.01.2020
17 Human urine (in-vitro measurement) Total activity of beta-emitting radioactive isotopes
Range (0,1 – 10) Bq/dm3
Radiochemical method Operating procedure W-3 issue 5 of 06.04.2021
18 Human urine (in-vitro measurement) Committed effective dose (calculated) Operating procedure W-3 issue 5 of 06.04.2021
19 Air Radon isotope 222Rn concentration, Determination range for 30 days of detector exposure: (55 – 11111) Bq/m3 Track detector method Operating procedure S-12 issue 1 of 01.04.2019
20 Air Radon isotope 222Rn concentration, Range for any detector exposure time: (40 – 8000) kBq*h/m3 divided by the exposure time expressed in hours Track detector method Operating procedure S-12 issue 1 of 01.04.2019
21 Water, wastewater Activity concentration of radionuclide: 3H (in the form of HTO)
Range 4 Bq/dm3 – 10 MBq/dm3
Liquid scintillation method (LSC) Operating procedure S-4 issue 6 of 02.08.2021
22 Biological items and materials intended for testing 1) Activity concentration of gamma-emitting radionuclides in the energy range 20 keV - 2100 keV 2) 3) Gamma-ray spectrometry method Operating procedure W-1 4)
23 Biological items and materials intended for testing 1) Committed effective dose (calculated) Operating procedure W-1 4)
24 Environmental samples 1) Activity concentration of gamma-emitting radionuclides in the energy range 20 keV - 2100 keV 2) 3) Gamma-ray spectrometry method Operating procedure S-9 4); Operating procedure W-1 4)

Reference standards (13)

Operating procedure C-1 issue 7 of 03.06.2025
Operating procedure S-12 issue 1 of 01.04.2019
Operating procedure S-4 issue 6 of 02.08.2021
Operating procedure S-9 4); Operating procedure W-1 4)
Operating procedure T-1 issue 5 of 03.06.2025
Operating procedure W-1 4)
Operating procedure W-11 issue 3 of 24.01.2020
Operating procedure W-3 issue 5 of 06.04.2021
Operating procedure W-4 issue 6 of 13.03.2020
Operating procedure W-5 issue 5 of 15.02.2012
Operating procedure W-6 issue 5 of 15.02.2012
Operating procedure W-8 issue 5 of 15.02.2012
Operating procedure W-9 issue 1 of 14.01.2013

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