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Norwegian accreditation

Accreditation scope for

TEST 330

A-B Lab AS

Dølasletta 7
3408 Tranby

Telephone:
E-mail: anders@ab-lab.no
Internet: http://www.ab-lab.no
The laboratory meets the requirements in

NS-EN ISO/IEC 17025:2017




Accreditation includes:
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The administrative / geographical unit:
A-B Lab AS
Dølasletta 7
3408 Tranby


Online testing in the field
P3002 Air sampling
Object
Parameter
Reference standard
Internal method identity
Comment
Object
Stationary source emissions
Parameter
Measurement of flue gas velocity and determination of volume flow
Reference standard
ISO 10780
Internal method identity
TP-02
Comment
Pitot tube measurements
Object
Stationary source emissions
Parameter
Automatic determination of total organic carbon
Reference standard
NS-EN 12619
Internal method identity
TP-09
Comment
Flame ionization detection (FID)
Object
Stationary source emissions
Parameter
Determination of mass concentration of nitrogen oxides (NOx)
Reference standard
NS-EN 14792
Internal method identity
TP-04
Comment
Standard reference method: Chemiluminescence
Object
Stationary source emission
Parameter
Determination of volume concentration of oxygen (O2)
Reference standard
NS-EN 14789
Internal method identity
TP-04
Comment
Standard reference method: Paramagnetism
Object
Stationary source emissions
Parameter
Determination of the mass concentration of carbon monoxide (CO)
Reference standard
NS-EN 15058
Internal method identity
TP-04
Comment
Standard reference method: Non-dispersive infrared spectrometry
Object
Stationary source emissions
Parameter
Automatic method for the determination of the methane concentration
Reference standard
NS-EN ISO 25140
Internal method identity
TP-09
Comment
Flame ionisation detection (FID)
Object
Stationary source emissions
Parameter
Determination of velocity and volume flow rate in ducts
Reference standard
NS-EN ISO 16911-1
Internal method identity
TP-02
Comment
Part 1: Manual reference method: pitot tube measurements
Object
Stationary source emissions
Parameter
Determination of the volume concentration of carbon dioxide
Reference standard
SN-CEN/TS 17405
Internal method identity
TP-04
Comment
Reference method: infrared spectrometry
Permanent facility
P3002 Air sampling
Object
Parameter
Reference standard
Internal method identity
Comment
Object
Stationary source emissions, filter
Parameter
Determination of low range mass concentration of dust
Reference standard
NS-EN 13284-1
Internal method identity
TP-11
Comment
Manual gravimetric method for low concentration
Field sampling
P3002 Air sampling
Object
Parameter
Reference standard
Internal method identity
Comment
Object
Emissions from stationary sources
Parameter
For determination of the mass concentration of PCDDs/PCDFs and dioxin-like PCBs
Reference standard
NS-EN 1948-4
Internal method identity
TP-08
Comment
Part 4 Sampling and analysis of dioxin-like PCBs: Absorption on heated filter and cooled absorbent
Object
Stationary source emissions
Parameter
For determination of mass concentration of gaseous chlorides expressed as HCl
Reference standard
NS-EN 1911
Internal method identity
TP-05
Comment
Standard reference method: wet chemical absorption
Object
Stationary source emissions
Parameter
For determination of the concentration of total mercury
Reference standard
EN 13211
Internal method identity
TP-06
Comment
Manual reference method: filtered dust and wet chemical absorption
Object
Stationary source emissions
Parameter
For determination of the total emission of As, Cd, Cr, Co, Cu, Mn, Ni, Pb, Sb, TI and V
Reference standard
EN 14385
Internal method identity
TP-06
Comment
Manual reference method: filtered dust and wet chemical absorption
Object
Stationary source emissions
Parameter
For determination of gas and particle-phase polycyclic aromatic hydrocarbons
Reference standard
ISO 11338-1
Internal method identity
TP-08
Comment
Absorption on heated filter and cooled absorbent
Object
Stationary source emissions
Parameter
For determination of the mass concentration of PCDDs/PCDFs and dioxin-like PCBs
Reference standard
EN 1948-1
Internal method identity
TP-08
Comment
Part 1 Sampeling: Absorption on heated filter and cooled absorbent
Object
Stationary source emissions
Parameter
Determination of the water vapour in ducts
Reference standard
NS-EN 14790
Internal method identity
TP-02
Comment
Standard reference method: Condensation absorption
Object
Stationary source emissions
Parameter
For determination of mass concentration of sulphur dioxide
Reference standard
NS-EN 14791
Internal method identity
TP-05
Comment
Standard reference method: wet chemical absorption
Object
Stationary source emissions
Parameter
For determination of low range mass concentration of dust
Reference standard
NS-EN 13284-1
Internal method identity
TP-01
Comment
Manual gravimetric method
Object
Stationary source emissions
Parameter
For determination of the mass concentration of ammonia
Reference standard
NS-EN ISO 21877
Internal method identity
TP-05
Comment
Standard reference method: wet chemical absorption
Object
Stationary source emissions
Parameter
For determination of mass concentration of fluorinated compounds expressed as HF
Reference standard
SN-CEN/TS 17340
Internal method identity
TP-05
Comment
Standard reference method: wet chemical absorption
Object
Stationary source emissions
Parameter
For determination of the mass concentration of formaldehyde
Reference standard
SN-CEN/TS 17638
Internal method identity
TP-05
Comment
Standard reference method: wet chemical absorption