General - Scope - Marine sediment
Wageningen University is accredited for the organization of Interlaboratory Studies by the Dutch Accreditation Council RvA under registration number R002. The accreditation is based on the ISO/IEC- requirements (General requirements for proficiency testing, ISO/IEC 17043:2010). Determinands only meet the criteria for accreditation if the results are reported by a sufficient number of participants for at least three years and the results have proven to be homogeneous and stable.
Elements noted with $ are not in the scope of the accreditation.
| Program | Determinand group | Determinand |
|---|---|---|
| MS1 | Real totals | Aluminium-RT, Arsenic-RT, Barium-RT, Cadmium-RT, Calcium-RT, Cerium-RT$, Cesium-RT$, Chromium-RT, Cobalt-RT, Copper-RT, Gallium-RT$, Iron-RT, Lead-RT, Lithium-RT, Magnesium-RT, Manganese-RT, Mercury-RT, Molybdenum-RT, Nickel-RT, Phosphorus-RT, Potassium-RT, Rubidium-RT, Scandium-RT$, Selenium-RT$, Sodium-RT, Strontium-RT, Sulfur-RT$, Tellurium-RT$, Thallium-RT$, Titanium-RT, Uranium-RT$, Vanadium-RT, Zinc-RT |
| MS1 | Acid extractable (So-called totals) | Aluminium-AE, Arsenic-AE, Barium-AE$, Cadmium-AE, Calcium-AE, Cerium-AE$, Cesium-AE$, Chromium-AE, Cobalt-AE, Copper-AE, Gallium-AE$, Iron-AE, Lead-AE, Lithium-AE, Magnesium-AE, Manganese-AE, Mercury-AE, Molybdenum-AE, Nickel-AE, Phosphorus-AE, Potassium-AE, Rubidium-AE$, Scandium-AE, Selenium-AE, Sodium-AE, Strontium-AE, Sulfur-AE$, Tellurium-AE$, Thallium-AE$, Titanium-AE, Uranium-AE, Vanadium-AE, Zinc-AE |
| MS1 | Carbon | Inorganic-Carbonate, TOC, Loss on ignition$ |
| MS2 | Chlorinated organics | PCB18, PCB28, PCB31, PCB28+PCB31$, PCB44, PCB47, PCB49, PCB52, PCB66, PCB99$, PCB101, PCB105, PCB107$, PCB108$, PCB109$, PCB110, PCB111$, PCB112$, PCB113$, PCB114$, PCB118, PCB128, PCB138+PCB163, PCB138, PCB141, PCB149, PCB151, PCB153, PCB156$, PCB158, PCB170, PCB180, PCB183, PCB187, PCB188$, PCB194, PCB203$, PCB209$, a-HCH$, b-HCH$, g-HCH$, d-HCH$, HCB, HCBD$, Dieldrin$, pp'-DDD, pp'-DDE, op'-DDT$, pp'-DDT$, Transnonachlor$, Heptachlor$, Heptachlor-epoxide (sum)$, Emamectin$, Teflubenzuron$, Deltamethrin$, Permethrin$ |
| MS2 | Carbon | TOC |
| MS2 | Nitrogen | PN |
| MS3 | Polycyclic aromatic hydrocarbons | Acenaphthene$, Acenaphthylene$, Anthracene, Benzo[a]anthracene, Benzo[a]fluorene$, Benzo[a]pyrene, Benzo[b]fluoranthene, Benzo[e]pyrene, Benzo[g,h,i]perylene, Benzo[k]fluoranthene, Chrysene + Triphenylene, Chrysene, Dibenz[a,h]anthracene, Dibenzo[a,i]pyrene$, Dibenzothiophene, Fluoranthene, Fluorene, Indeno[1,2,3-cd]pyrene, Naphthalene$, Perylene, Phenanthrene, Triphenylene, Pyrene, Benzofluoranthenes (a+b+j+k), Benzofluoranthenes (b+j), 1-methylpyrene$, 1-methylphenanthrene, 2-methylphenanthrene, 3-6-dimethylphenanthrene, 1-methylanthracene$, 2-methylanthracene$, 1-methylnaphtalene$, 2-methylnaphtalene$, 1,2-benzodihenylene sulfide$, C1-phenanthr.+anthrac., C2-phenanthr.+anthrac., C3-phenanthr.+anthrac., C1-pyrenes+fluoranthenes$, C2-pyrenes+fluoranthenes$, C1-chrysenes$, C2-chrysenes$, C1-benzofluoranthenes$, C1-naphtalenes, C2-naphtalenes$, C3-napthalenes$, C1-phenanthrenes$, C1-dibenzothiophenes, C2-dibenzothiophenes, C3-dibenzothiophenes |
| MS3 | Total petroleum hydrocarbons | Total petroleum hydrocarbons |
| MS3 | Carbon | TOC |
| MS3 | Nitrogen | PN |
| MS6 | Organometals | Monobutyltin (MBT)$, Dibutyltin (DBT)$, Tributyltin (TBT)$, Monophenyltin (MPhT)$, Diphenyltin (DPhT)$, Triphenyltin (TPhT)$ |
| MS7 | Brominated Flame Retardants | BDE028, BDE047, BDE66, BDE85$, BDE099, BDE100, BDE126$, BDE153, BDE154, BDE183$, BDE209, a-HBCD$, b-HBCD$, g-HBCD$, total HBCD$, TBBP-A$, Dimethyl-TBBP-A$ |
| MS8 | Perfluorinated alkyl substances | n-PFOS$, total-PFOS$, PFOSA$, PFDS$, PFBA$, PFPeA$, PFHxA$, PFHpA$, PFOA$, PFNA$, PFDA$, PFUnDA$, PFDoA$, PFTrDA$, PFTeDA$, n-PFBS$, total-PFBS$, n-PFHxS$, total-PFHxS$, total-PFHpS$, n-PFHps$, PFODA$, PFBSA$, PFHxSA$, NMeFOSAA$, NEtFOSAA$, GenX$, F-53B$, PFPeS$, ADONA$, 6:2FTOH$, 8:2FTOH$, C604$ |