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Norwegian accreditation

Accreditation scope for

TEST 046

MjøsLab iks

Ringvegen 11
2816 GJØVIK

Telephone: Tlf. 61 13 62 20/61 13 62 21 Faks. 61 13 62 29
E-mail: firmapost@mjoslab.no
Internet: http://www.mjoslab.no
The laboratory meets the requirements in

NS-EN ISO/IEC 17025:2017




Accreditation includes:
The administrative / geographical unit:
Breiskallen avløpsrenseanlegg
Elvelia
2827 Hunndalen



Sampling in permanent facility
P3001 Sampling waste water
Object
Parameter
Reference standard
Internal method identity
Comment
Object
Waste water from sewage treatment plants
Parameter
Samples for chemical analysis
Reference standard
Intern metode
Internal method identity
Comment
Method based on automatic sampling volume proportional samples from the inlet and outlet of pressurized systems. This is in accordance with the requirements of the Regulations relating to pollution control
P3099 Flow measurement of waste water
Object
Parameter
Reference standard
Internal method identity
Comment
Object
Waste water from sewage treatment plants
Parameter
Flow measurement
Reference standard
Internal method
Internal method identity
Comment
Method based on the measurement of water from open systems. This is in accordance with the requirements of the Regulations relating to pollution control
Object
Waste water from sewage treatment plants
Parameter
Flow measurement
Reference standard
Internal method
Internal method identity
Comment
Method based on the measurement of water from pressurized systems. This is in accordance with the requirements of the Regulations relating to pollution control
The administrative / geographical unit:
Hov avløpsrenseanlegg
Industrivegen 11
2860 Hov



Sampling in permanent facility
P3001 Sampling waste water
Object
Parameter
Reference standard
Internal method identity
Comment
Object
Waste water from sewage treatment plants
Parameter
Samples for chemical analysis
Reference standard
Intern metode
Internal method identity
Comment
Method based on automatic sampling volume proportional samples from the inlet and outlet of pressurized systems. This is in accordance with the requirements of the Regulations relating to pollution control
P3099 Flow measurement of waste water
Object
Parameter
Reference standard
Internal method identity
Comment
Object
Waste water from sewage treatment plants
Parameter
Flow measurement
Reference standard
Internal method
Internal method identity
Comment
Method based on the measurement of water from open systems. This is in accordance with the requirements of the Regulations relating to pollution control
Object
Waste water from sewage treatment plants
Parameter
Flow measurement
Reference standard
Internal method
Internal method identity
Comment
Method based on the measurement of water from pressurized systems. This is in accordance with the requirements of the Regulations relating to pollution control
The administrative / geographical unit:
MjøsLab iks
Ringvegen 11
2816 GJØVIK



Permanent facility
P12 Chemical analysis
Object
Parameter
Reference standard
Internal method identity
Comment
Object
Wastewater
Parameter
Chemical oxygen demand index (COD)
Reference standard
ISO 15705
Internal method identity
KMET 132
Comment
Object
Wastewater
Parameter
Determination of biochemical oxygen demand after n days (BODn) - Part 1: Dilution and seeding method with allylthiourea addition
Reference standard
NS-EN ISO 5815-1
Internal method identity
KMET 126
Comment
Object
Waste water
Parameter
Determination of biochemical oxygen demand after n days (BODn) - Part 1: Dilution and seeding method with allylthiourea addition
Reference standard
NS-EN ISO 5815-1
Internal method identity
R04
Comment
Automated analysis
Object
Meat and meat products
Parameter
Moisture content and ash
Reference standard
NMKL 23
Internal method identity
KMET 004
Comment
Gravimetric determination
Object
Meat and meat products
Parameter
Fat
Reference standard
NMKL 181
Internal method identity
KMET 006
Comment
Gerber method
Object
Foods
Parameter
Nitrogene and crude protein
Reference standard
NMKL 6
Internal method identity
KMET 005
Comment
Kjeldahl - NB: This NMKL method is not validated in a collaborative study. Does not apply to feeds.
Object
Foods
Parameter
Salt
Reference standard
Internal method
Internal method identity
KMET 008
Comment
Method based on NS 4769 (1985) and Orion ISE
Object
Pure water
Parameter
UV-absorbance and UV transmission
Reference standard
NS 9462
Internal method identity
R 05
Comment
Automated analysis
Object
Pure water and pool water
Parameter
Colour
Reference standard
NS-EN ISO 7887
Internal method identity
R 01-3
Comment
Automated analysis
Object
Pure water, pool water, and wastewater
Parameter
Conductivity
Reference standard
NS-ISO 7888
Internal method identity
R 01-4
Comment
Automated analysis
Object
Clean water and wastewater
Parameter
Determination of suspended solids
Reference standard
NS-EN 872
Internal method identity
KMET 115
Comment
Object
Clean water and waste water
Parameter
Phosphorus
Reference standard
NS-EN ISO 6878
Internal method identity
KMET 116/117
Comment
KMET 116: total phosphorus. KMET 117: soluble phosphorus.
Object
Clean water and pool water
Parameter
Permanganate index
Reference standard
NS-EN ISO 8467
Internal method identity
KMET 131
Comment
Equivalent to COD-Mn
Object
Clean water and pool water
Parameter
Determination of turbidity
Reference standard
NS-EN ISO 7027-1
Internal method identity
KMET R01-2
Comment
Spectophotometry Quantitative
Object
Clean water, wastewater, and pool water
Parameter
Conductivity
Reference standard
NS-ISO 7888
Internal method identity
KMET 111
Comment
Object
Clean water, waste water, and seawater
Parameter
Ammonia-nitrogen
Reference standard
NS 4746
Internal method identity
KMET 106
Comment
Includes leachate from landfills
Object
Clean water, pool water, Wastewater
Parameter
pH
Reference standard
NS-EN ISO 10523
Internal method identity
R 01-1
Comment
Automated analysis
Object
Clean water, pool water, wastewater
Parameter
pH
Reference standard
NS-EN ISO 10523
Internal method identity
KMET 108
Comment
Object
Water
Parameter
Total and composite alkalinity
Reference standard
NS-EN ISO 9963-1
Internal method identity
KMET 102
Comment
Limited to clean water and wastewater
Object
Water
Parameter
Carbonate alkalinity
Reference standard
NS-EN ISO 9963-2
Internal method identity
KMET 102
Comment
Limited to clean water
P16 Microbiological analysis
Object
Parameter
Reference standard
Internal method identity
Comment
Object
All types of water
Parameter
Enumeration of culturable micro-organisms
Reference standard
NS-EN ISO 6222
Internal method identity
MMET 301
Comment
Embedding method
Object
Water
Parameter
Enumeration of coliform organisms and E. coli
Reference standard
NS-EN ISO 9308-2
Internal method identity
MMET 312
Comment
MPN-method (Colilert)
Object
All types of water with low background flora
Parameter
Detection and enumeration of intestinal enterococci
Reference standard
ISO 7899-2
Internal method identity
MMET 306
Comment
MF-method
Object
Bottled water, swimming pool water and other types of water with low background flora
Parameter
Detection and enumeration Pseudomonas aeruginosa
Reference standard
NS-EN ISO 16266
Internal method identity
MMET 309
Comment
MF-method
Object
Foods
Parameter
Enumeration of ccagulase positive staphylococci
Reference standard
NMKL 66
Internal method identity
MMET 210
Comment
Plate method
Object
Foods
Parameter
Enumeration of total viable count
Reference standard
AFNOR 3M 01/01-09/89
Internal method identity
MMET 203
Comment
Petrifilm
Object
Foods
Parameter
Enumeration of E.coli
Reference standard
AFNOR 3M 01/08-06/01
Internal method identity
MMET 216
Comment
Petrifilm
Object
Foods
Parameter
Determination of presumptive Bacillus cereus
Reference standard
NMKL 67
Internal method identity
MMET 209
Comment
Quantitative plate method
Object
Foods and envirommental samples
Parameter
Detection of Listeria minocytogenes
Reference standard
AFNOR UNI 03/04-04/05
Internal method identity
MMET 229
Comment
Amplification, plate method
Object
Foods, feeds and environmental samples (except breeding samples)
Parameter
Enumeration of Listeria monocytogenes
Reference standard
AFNOR UNI 03/05-09/06
Internal method identity
MMET 230
Comment
Listeria Precis TM
Object
Foods, feeds and environmental samples (except breeding samples)
Parameter
Detection of Salmonella spp
Reference standard
AFNOR UNI 03/06-12/07
Internal method identity
MMET 228
Comment
Amplification, plate method
Object
Foods, exept raw shellfish
Parameter
Enumeration of total coliforms
Reference standard
AFNOR 3M 01/02-09/89 B
Internal method identity
MMET 206
Comment
Petrifilm (Reading of gas-producing colonies)
Object
Clean water, swimming pool water
Parameter
Detection and enumeration of Legionella
Reference standard
ISO 11731
Internal method identity
MMET 314
Comment
Object
Water
Parameter
Enumeration of Clostridium perfringens
Reference standard
NS-EN ISO 14189
Internal method identity
MMET 316
Comment
Method using membrane filtration (ISO 14189:2013)
Object
Waters with low bacterial background flora
Parameter
Enumeration of Escherichia coli and coliform bacteria
Reference standard
NS-EN ISO 9308-1/A1
Internal method identity
MMET 311
Comment
Membrane filtration
The administrative / geographical unit:
Rambekk avløpsrenseanlegg
Rensevegen 7
2816 Gjøvik



Sampling in permanent facility
P3001 Sampling waste water
Object
Parameter
Reference standard
Internal method identity
Comment
Object
Waste water from sewage treatment plants
Parameter
Samples for analysis of surface active component
Reference standard
Internal Method
Internal method identity
Comment
Method based on the eligible sample (manual sampling). This is in accordance with the requirements of the Regulations relating to pollution control
Object
Waste water from sewage treatment plants
Parameter
Samples for chemical analysis
Reference standard
Intern metode
Internal method identity
Comment
Method based on automatic sampling volume proportional samples from the inlet and outlet of pressurized systems. This is in accordance with the requirements of the Regulations relating to pollution control
P3099 Flow measurement of waste water
Object
Parameter
Reference standard
Internal method identity
Comment
Object
Waste water from sewage treatment plants
Parameter
Flow measurement
Reference standard
Internal method
Internal method identity
Comment
Method based on the measurement of water from pressurized systems. This is in accordance with the requirements of the Regulations relating to pollution control