Vitten Vandværk Amba
Region
Region Midtjylland
Kommune
Favrskov
Adresse
Toftkærvej 2A
Indvindingsboringer
Vandværker
Ledningsnet
Forbrugers Taphane
Kontrolboringer
Gældende drikkevandsbekendtgørelse er der kun kvalitetskrav ved "forbrugers taphane".
De angivne grænseværdier for prøver udtaget på vandværk og ledningsnettet er vejledende, da prøven er udtaget med flush (efter gennemskylning)
Der er ingen grænseværdier på råvand. Evt. overskridelser på boringer - har i højere grad interesse for vandforsyningen selv.
Er parametre og analyseresultater vist med rødt betyder det, at der er overskridelse ift. grænseværdien.
| Parameter | Måling | Grænseværdi | Enhed | Dato | Forrige måling | |
|---|---|---|---|---|---|---|
| Fysisk - Kemisk | ||||||
| Ammonium (NH4) | < 0,005 | <= 0,050 | mg/l | 10/02 2023 | < 0,005 | |
| Chlorid (Cl) | 29,0 | <= 250 | mg/l | 10/02 2023 | 29,0 | |
| Farvetal-Pt | 1,10 | <= 15,0 | mg Pt/l | 21/02 2025 | 1,10 | |
| Fluorid (F) | 0,210 | <= 1,50 | mg/l | 10/02 2023 | 0,240 | |
| Konduktivitet (ledningsevne) | 52,0 | <= 250 | mS/m | 21/02 2025 | 57,0 | |
| Natrium (Na) | 16,0 | <= 175 | mg/l | 10/02 2023 | 20,0 | |
| Nitrat (NO3) | < 0,300 | <= 50,0 | mg/l | 10/02 2023 | < 0,300 | |
| Nitrit (NO2) | 0,003 | <= 0,100 | mg/l | 10/02 2023 | 0,002 | |
| NVOC - org.carbon (C) | 1,60 | <= 4,00 | mg/l | 10/02 2023 | 0,850 | |
| pH | 7,10 | >= 7,00 | pH | 21/02 2025 | 7,40 | |
| Sulfat (SO4) | 80,0 | <= 250 | mg/l | 10/02 2023 | 75,0 | |
| Temperatur | 12,2 | grader C | 21/02 2025 | 10,2 | ||
| Turbiditet | 0,060 | <= 1,00 | FTU | 21/02 2025 | < 0,050 | |
| Kosmetiske | ||||||
| Jern (Fe) | 0,020 | <= 0,200 | mg/l | 21/02 2025 | < 0,010 | |
| Mangan (Mn) | < 0,002 | <= 0,050 | mg/l | 10/02 2023 | < 0,002 | |
| Mikrobiologiske | ||||||
| Coliforme bakt.37Gr. | < 1,00 | < 1,00 | MPN/100 ml | 21/02 2025 | < 1,00 | |
| E.coli | < 1,00 | < 1,00 | MPN/100 ml | 21/02 2025 | < 1,00 | |
| Enterokokker | < 1,00 | < 1,00 | CFU/100 ml | 21/02 2025 | < 1,00 | |
| Kimtal 22Gr. | < 1,00 | < 200 | antal/ml | 21/02 2025 | 2,00 | |
| Pesticider og nedbrydningsprodukter | ||||||
| [(2,6-Dimethylphenyl)(2-sulfoacetyl)amino]eddikesyre | < 0,010 | < 0,100 | μg/l | 10/02 2023 | < 0,010 | |
| 2-(2,6-dichlorphenoxy)propionsyre | < 0,010 | 10/02 2023 | < 0,010 | |||
| 2,6-Dichlorbenzamid (BAM) | < 0,010 | <= 0,100 | µg/l | 10/02 2023 | < 0,010 | |
| 2,6-dichlorbenzosyre | < 0,010 | <= 0,100 | µg/l | 10/02 2023 | < 0,010 | |
| 2,6-dimethyl-phenylcarbamoyl-methansulfonsyre (CGA369873) | < 0,010 | < 0,100 | μg/l | 10/02 2023 | < 0,010 | |
| 2,6-dimethylacetanilid (CGA 42447) |
|
< 0,010 | <= 0,100 | µg/l | 29/11 2024 | |
| 4-Nitrophenol | < 0,010 | <= 0,100 | µg/l | 10/02 2023 | < 0,010 | |
| 5-trifluoromethyl-2-(1H) pyridon (TFMP) | < 0,010 | < 0,100 | μg/l | 10/02 2023 | < 0,010 | |
| Acetochlor SAA (t-Sulfinyl eddikesyre) | < 0,010 | < 0,100 | μg/l | 10/02 2023 | < 0,010 | |
| Alachlor ESA | < 0,010 | <= 0,100 | µg/l | 10/02 2023 | < 0,010 | |
| Aldrin | < 0,010 | < 0,030 | µg/l | 29/11 2023 | ||
| AMPA (Aminomethylphosphorsyre) | < 0,010 | <= 0,100 | µg/l | 10/02 2023 | < 0,010 | |
| Atrazin | < 0,010 | <= 0,100 | µg/l | 10/02 2023 | < 0,010 | |
| Atrazin, desethyl- (DE) | < 0,010 | <= 0,100 | µg/l | 10/02 2023 | < 0,010 | |
| Atrazin, desisopropyl- (DIP) | < 0,010 | <= 0,100 | µg/l | 10/02 2023 | < 0,010 | |
| Atrazin, hydroxy- | < 0,010 | <= 0,100 | µg/l | 10/02 2023 | < 0,010 | |
| Bentazon | < 0,010 | <= 0,100 | µg/l | 10/02 2023 | < 0,010 | |
| Chlorothalonil-amidsulfonsyre (CTA) | < 0,010 | <= 0,100 | µg/l | 10/02 2023 | < 0,010 | |
| DEET (N,N-Diethyl-m-toluamid) |
|
< 0,010 | <= 0,100 | µg/l | 29/11 2024 | |
| Deisopropyl-hydroxy-atrazin (DDAH) | < 0,010 | <= 0,100 | µg/l | 10/02 2023 | < 0,010 | |
| Desethyl-desisopropyl-atrazin (DEIA) | < 0,010 | <= 0,100 | µg/l | 10/02 2023 | < 0,010 | |
| Desethyl-hydroxy-atrazin (DEH) | < 0,010 | <= 0,100 | µg/l | 10/02 2023 | < 0,010 | |
| Desethyl-terbutylazin (DE) | < 0,010 | <= 0,100 | µg/l | 10/02 2023 | < 0,010 | |
| Desphenyl-chloridazon (DPC) | < 0,010 | <= 0,100 | µg/l | 10/02 2023 | < 0,010 | |
| Dichlobenil | < 0,010 | <= 0,100 | µg/l | 10/02 2023 | < 0,010 | |
| Dichlorprop | < 0,010 | <= 0,100 | µg/l | 10/02 2023 | < 0,010 | |
| Didealkyl-hydroxy-atrazin | < 0,010 | <= 0,100 | µg/l | 10/02 2023 | < 0,010 | |
| Dieldrin | < 0,010 | < 0,030 | µg/l | 29/11 2023 | ||
| Dimethachlor ESA | < 0,010 | <= 0,100 | µg/l | 10/02 2023 | < 0,010 | |
| Dimethachlor OA | < 0,010 | <= 0,100 | µg/l | 10/02 2023 | < 0,010 | |
| Ethylenthiourea (ETU) | < 0,010 | <= 0,100 | µg/l | 10/02 2023 | < 0,010 | |
| Glyphosat | < 0,010 | <= 0,100 | µg/l | 10/02 2023 | < 0,010 | |
| Heptachlor | < 0,010 | < 0,030 | µg/l | 29/11 2023 | ||
| Heptachlorepoxid | < 0,010 | < 0,030 | µg/l | 29/11 2023 | ||
| Hexazinon | < 0,010 | <= 0,100 | µg/l | 10/02 2023 | < 0,010 | |
| Hydroxy-simazin | < 0,010 | <= 0,100 | µg/l | 10/02 2023 | < 0,010 | |
| Imazalil | < 0,010 | < 0,100 | µg/l | 10/02 2023 | ||
| MCPA | < 0,010 | <= 0,100 | µg/l | 10/02 2023 | < 0,010 | |
| Mechlorprop | < 0,010 | <= 0,100 | µg/l | 10/02 2023 | < 0,010 | |
| Metalaxyl |
|
< 0,010 | µg/l | 29/11 2023 | ||
| Metalaxyl CGA 108906 | < 0,010 | <= 0,100 | µg/l | 29/11 2023 | ||
| Metaldehyd | < 0,010 | <= 0,100 | µg/l | 10/02 2023 | ||
| Metamitron-desamino | < 0,010 | <= 0,100 | µg/l | 10/02 2023 | ||
| Metazachlor ESA | < 0,010 | <= 0,100 | µg/l | 10/02 2023 | < 0,010 | |
| Metazachlor OA | < 0,010 | <= 0,100 | µg/l | 10/02 2023 | < 0,010 | |
| Methyl-desphenyl-chloridazon | < 0,010 | <= 0,100 | µg/l | 10/02 2023 | < 0,010 | |
| Metribuzin | < 0,010 | <= 0,100 | µg/l | 29/11 2023 | ||
| Metribuzin-desamino-diketo | < 0,010 | <= 0,100 | µg/l | 29/11 2023 | ||
| Metribuzin-diketo | < 0,010 | <= 0,100 | µg/l | 29/11 2023 | ||
| Monuron | < 0,010 | < 0,100 | μg/l | 10/02 2023 | < 0,010 | |
| N,N-dimethylsulfamid (DMS) | < 0,010 | <= 0,100 | μg/l | 10/02 2023 | < 0,010 | |
| N,N-Dimethylsulfamidsyre (DMSA) |
|
< 0,010 | <= 0,100 | µg/l | 29/11 2024 | |
| Propachlor ESA | < 0,010 | <= 0,100 | µg/l | 10/02 2023 | < 0,010 | |
| R471811, Metabolit af chlorthalonil (4-Bis-amido-3,5,6-trichlorobenzenesulfonat) | < 0,010 | < 0,100 | µg/l | 10/02 2023 | ||
| Simazin | < 0,010 | <= 0,100 | µg/l | 10/02 2023 | < 0,010 | |
| Terbuthylazin CGA 324007 (LM5) | < 0,010 | < 0,100 | µg/l | 10/02 2023 | ||
| Terbuthylazin SYN 545666 (LM6) | < 0,010 | < 0,100 | µg/l | 10/02 2023 | ||
| Trifluoreddikesyre, TFA | 0,095 | < 9,00 | μg/l | 10/02 2023 | < 0,050 | |
| Uorganiske sporstoffer | ||||||
| Aluminium (Al) | 1,80 | <= 200 | µg/l | 10/02 2023 | 3,30 | |
| Antimon (Sb) | < 0,200 | <= 5,00 | µg/l | 10/02 2023 | < 0,200 | |
| Arsen (As) | 0,300 | <= 5,00 | µg/l | 10/02 2023 | 0,330 | |
| Bly (Pb) | 0,110 | <= 5,00 | µg/l | 10/02 2023 | 0,082 | |
| Bor (B) | 38,0 | <= 1000 | µg/l | 10/02 2023 | 46,0 | |
| Cadmium (Cd) | 0,004 | <= 3,00 | µg/l | 10/02 2023 | 0,003 | |
| Chrom (Cr) | 0,055 | <= 25,0 | µg/l | 10/02 2023 | < 0,030 | |
| Cyanid, total | < 1,00 | < 50,0 | µg/l | 10/02 2023 | < 1,00 | |
| Kobber (Cu) | 5,70 | <= 2000 | µg/l | 10/02 2023 | 6,90 | |
| Kobolt (Co) | < 0,040 | < 5,00 | µg/l | 10/02 2023 | < 0,040 | |
| Kviksølv (Hg) | < 0,001 | <= 1,00 | µg/l | 10/02 2023 | < 0,001 | |
| Nikkel (Ni) | 0,250 | <= 20,0 | µg/l | 10/02 2023 | 0,066 | |
| Selen (Se) | < 0,050 | <= 10,0 | µg/l | 10/02 2023 | < 0,050 | |
| Zink (Zn) | 67,0 | <= 3000 | µg/l | 10/02 2023 | 34,0 | |
| Chlorphenoler / allegifremkaldende | ||||||
| 2,4-Dichlorphenol | < 0,010 | < 0,100 | µg/l | 10/02 2023 | < 0,010 | |
| 2,6-Dichlorphenol | < 0,010 | < 0,100 | µg/l | 10/02 2023 | < 0,010 | |
| 4CCP,2-(4-Chlorpheno | < 0,010 | < 0,100 | µg/l | 10/02 2023 | < 0,010 | |
| Pentachlorphenol | < 0,010 | < 0,100 | µg/l | 10/02 2023 | < 0,010 | |
| Org. mikroforurening - Aromatiske kulbrinter | ||||||
| Benzen | < 0,020 | < 1,00 | µg/l | 10/02 2023 | < 0,020 | |
| C10-C25 kulbrinter |
|
< 8,00 | < 10,0 | µg/l | 29/11 2023 | |
| C25-C35 kulbrinter |
|
< 9,00 | µg/l | 29/11 2023 | ||
| Org. mikroforurening - Chlorerede opløsningsmidler | ||||||
| 1,1-Dichlorethylen | < 0,020 | µg/l | 10/02 2023 | < 0,020 | ||
| 1,1,1-trichlorethan | < 0,020 | <= 1,00 | µg/l | 10/02 2023 | < 0,020 | |
| 1,1,1,2-Tetrachlorethan | < 0,020 | <= 1,00 | µg/l | 10/02 2023 | < 0,020 | |
| 1,1,2-Trichlorethan | < 0,020 | <= 1,00 | µg/l | 10/02 2023 | < 0,020 | |
| 1,1,2,2-Tetrachlorethan | < 0,020 | <= 1,00 | µg/l | 10/02 2023 | < 0,020 | |
| 1,2-dichlorethan | < 0,020 | <= 1,00 | µg/l | 10/02 2023 | < 0,020 | |
| Chloroform (Trichlormethan) | < 0,020 | <= 1,00 | µg/l | 10/02 2023 | < 0,020 | |
| cis- 1,2-dichlorethylen | < 0,020 | <= 1,00 | µg/l | 10/02 2023 | < 0,020 | |
| Dichlormethan | < 0,020 | <= 1,00 | µg/l | 10/02 2023 | < 0,020 | |
| Tetrachlorethylen | < 0,020 | <= 1,00 | µg/l | 10/02 2023 | < 0,020 | |
| Trans-1,2-Dichlorethen | < 0,020 | <= 1,00 | µg/l | 10/02 2023 | < 0,020 | |
| Trichlorethylen | < 0,020 | <= 1,00 | µg/l | 10/02 2023 | < 0,020 | |
| Org. mikroforurening - PFAS-forbindelser (perfluorerede alkylsyreforbindelser) | ||||||
| 6:2 Fluortelomersulfonat (6:2 FTS) | < 0,001 | <= 0,100 | µg/l | 14/12 2022 | < 0,001 | |
| PFAS (Sum af PFOA, PFOS, PFNA, PFHxS) | < 0,000 | <= 0,002 | μg/l | 14/12 2022 | ||
| Sum af PFAS - 12 stoffer | < 0,000 | <= 0,100 | μg/l | 14/12 2022 | < 0,001 | |
| Org. mikroforurening - PAH-forbindelser | ||||||
| Benz(b)fluoranthen | < 0,005 | <= 0,100 | µg/l | 10/02 2023 | < 0,005 | |
| Benz(g,h,i)perylen | < 0,005 | µg/l | 10/02 2023 | < 0,005 | ||
| Benz(k)fluoranthen | < 0,005 | <= 0,100 | µg/l | 10/02 2023 | < 0,005 | |
| Benzo(a)pyren | < 0,003 | <= 0,010 | µg/l | 10/02 2023 | < 0,003 | |
| Fluoranthen | < 0,005 | <= 0,100 | µg/l | 10/02 2023 | < 0,005 | |
| Indeno(1,2,3-cd)pyren | < 0,005 | µg/l | 10/02 2023 | < 0,005 | ||
| Org. mikroforurening - Materiale monomerer | ||||||
| Acrylamid | < 0,050 | < 0,100 | µg/l | 10/02 2023 | < 0,050 | |
| Epichlorhydrin | < 0,050 | < 0,100 | µg/l | 10/02 2023 | < 0,050 | |
| Vinylchlorid | < 0,020 | < 0,500 | µg/l | 10/02 2023 | < 0,020 | |
| Triazoler | ||||||
| 1,2,4-Triazol | < 0,010 | <= 0,100 | μg/l | 10/02 2023 | < 0,010 | |