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LabCoda / Accreditation scopes / 🇨🇿 Czech Republic / 2319

🇨🇿 Technické služby ochrany ovzduší Praha a.s. PL

ČIA 2319 • Kladno, Czech Republic • 2 calibration items

Metrology & calibration

Technické služby ochrany ovzduší Praha a.s. is a calibration laboratory accredited by ČIA under number 2319 (Kladno, Czech Republic). Its accreditation scope covers 2 calibration items in the following areas: Metrology & calibration. Calibrated items include: Concentration of gaseous components, Efficiency of the NO₂ - NO converter (up to 500 µmol/mol NO). Most frequently used calibration principles: Comparison with a gas standard prepared in a calibrator in a volume…, Direct measurement.

At a glance

  • Accreditation number: ČIA 2319
  • Calibration items in scope: 2
  • Types of calibrated items: 2
  • Calibration principles used: 2
  • City: Kladno, Czech Republic
  • Valid until: 11-08-2027
Accreditation number
2319
Accreditation body
ČIA
Address
Železárenská 1958, 272 01 Kladno 1
City
Kladno, Czech Republic
Division
Laboratorium wzorcujące emisji
Valid until
11-08-2027

What this laboratory calibrates (2)

Calibration principles (2)

Certificate information

Certificate date
28.02.2025

Accreditation scope — calibration items (2)

CMC — lowest stated expanded measurement uncertainty (ILAC-P14, EA-4/02 M); if not stated otherwise, coverage probability approx. 95 % and values without a unit are relative to the measured value. The uncertainty of a specific calibration may be higher.

No. Calibrated quantity / subject of calibration Nominal range / parameters / CMC Calibration principle Calibration procedure
Calibration items
1 Concentration of gaseous components Calibration – emissions
NO — 0 µmol/mol to 6 µmol/mol · CMC 0,03 µmol/mol NO — 6 µmol/mol to 3000 µmol/mol · CMC 0,50 % CO — 0 µmol/mol to 42 µmol/mol · CMC 0,12 µmol/mol CO — 42 µmol/mol to 8000 µmol/mol · CMC 0,28 % SO₂ — 0 µmol/mol to 5 µmol/mol · CMC 0,03 µmol/mol SO₂ — 5 µmol/mol to 2000 µmol/mol · CMC 0,54 % C₃H₈ — 0 µmol/mol to 11 µmol/mol · CMC 0,05 µmol/mol C₃H₈ — 11 µmol/mol to 5000 µmol/mol · CMC 0,42 % CH₄ — 0 µmol/mol to 10 µmol/mol · CMC 0,05 µmol/mol CH₄ — 10 µmol/mol to 40000 µmol/mol · CMC 0,46 % NH₃ — 0 µmol/mol to 6 µmol/mol · CMC 0,012 µmol/mol NH₃ — 6 µmol/mol to 2000 µmol/mol · CMC 2,00 % N₂O — 0 µmol/mol to 6 µmol/mol · CMC 0,12 µmol/mol N₂O — 6 µmol/mol to 2000 µmol/mol · CMC 2,00 % NO₂ — 0 µmol/mol to 1,5 µmol/mol · CMC 0,03 µmol/mol NO₂ — 1,5 µmol/mol to 2000 µmol/mol · CMC 2,00 % O₂ — 0 mol/mol to 0,002 mol/mol · CMC 0,00001 mol/mol O₂ — 0,002 mol/mol to 0,24 mol/mol · CMC 0,54 % CO₂ — 0 mol/mol to 0,24 mol/mol · CMC 0,00001 mol/mol CO₂ — 0,002 mol/mol to 0,24 mol/mol · CMC 0,54 %
CMC for the field of measured quantity: Emissions
 Comparison with a gas standard prepared in a calibrator in a volumetrically defined mixture of RM with inert gas IP 101-03 (EN ISO 9169; ISO 11095)
2 Efficiency of the NO₂ - NO converter (up to 500 µmol/mol NO) Calibration – emissions
0 % to 100 % · CMC 0,4 % abs
CMC for the field of measured quantity: Emissions
 Direct measurement IP 102-01 (EN ISO 9169; EN 14792; US EPA 40 CFR Ch.I § 86.332 79)

Reference standards (6)

EN 14792
EN ISO 9169
IP 101-03
IP 102-01
ISO 11095
US EPA 40 CFR Ch.I § 86.332 79

The same scope as data (JSON): https://labcoda.pl/api/accreditation-scopes/labs/CZ/2319