Sample type: Water
Analysis type: Drinking water analyses
Analysis of substance: Report limit:
turbidity 0.20 FNU
colour 2 mg Pt/l
COD-Mn 0.5 mg/l
conductivity 1 mS/m
pH 3-11 pH
alkalinity 1 mg/l HCO3
total hardness 0.1 °dH
Ca, calcium 0.1 mg/l
Mg, magnesium 0.1 mg/l
Na, sodium 0.1 mg/l
K, potassium 0.4 mg/l
Fe, iron 0.0004 mg/l
Mn, manganese 0.00003 mg/l
Cu, copper 0.0001 mg/l
Pb, lead 0.01 µg/l
U, uranium 0.0005 µg/l
As, arsenic 1 0.05 µg/l
Cd, cadmium 2 0.002 µg/l
nitrate 0.50 mg/l
nitrite 0.01 mg/l
ammonium 0.020 mg/l
sulfate 0.50 mg/l
fluoride 0.20 mg/l
phosphate 0.040 mg/l
chloride 0.5 mg/l
Al, aluminium 0.0002 mg/l
Cr, chromium 0.01 µg/l
Ni, nickel 0.05 µg/l
Se, selenium 0.3 µg/l
Hg, mercury 0.002 µg/l
Sb, antimony 0.01 µg/l

DV-5 + DV-6 Individual drinking water supply

Package info

Price: 2 610 SEK / sample
Std. response time: 10 work days
Fastest response time: 3 work days
Discount group: 1
Sample type: Water
Analysis type: Drinking water analyses
Container: 2x250 ml plastic bottle + 60 ml quality controlled plastic bottle
Express: Yes, Expresstariff 1: SameDay +350%; Q07 +400%; Q12 300%; Q17 +200%; 1 day +100%; 2 days +75%; 3 days +40%; 4 days +30%; 5 days +20%
Accreditation: Yes
Instruction: Sampling instructions
Remarks: Time sensitive analysis. Please send the samples to the laboratory as soon as possible after sampling. Please, do not send the samples over a weekend.
Chemical and physical parameters according to National Food Agency's advice regarding individual drinking water supply, normal analysis with additional elements from package DV-6.
Water samples containing sediment are decanted prior to preservation unless filtering has been ordered. Cost for decanting or filtering will be added.
More information and interpretation of results (links to National Food Agency's webpage). The decision rule used means that ALS do not take the specified measurement uncertainty into account when comparing against limit values.

1 A higher limit of quantification applies to samples with high chloride levels.
2 A higher limit of quantification applies to samples with high molybdenum levels.