Farre Marks Vandværk
Region
Region Midtjylland
Kommune
Favrskov
Adresse
Farre Hedevej 30
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 | ||||||
| Aggressiv kuldioxid (CO2) | 5,00 | mg/l | 29/11 2023 | 6,00 | ||
| Ammonium (NH4) | < 0,005 | <= 0,050 | mg/l | 29/11 2023 | 0,012 | |
| Chlorid (Cl) | 23,0 | <= 250 | mg/l | 29/11 2023 | 23,0 | |
| Farvetal-Pt | < 1,00 | <= 15,0 | mg Pt/l | 18/06 2025 | < 1,00 | |
| Fluorid (F) | 0,200 | <= 1,50 | mg/l | 29/11 2023 | 0,210 | |
| Hydrogenkarbonat/Bikarbonat (HCO3) | 175 | >= 100 | mg/l | 29/11 2023 | 173 | |
| Konduktivitet (ledningsevne) | 43,0 | <= 250 | mS/m | 18/06 2025 | 48,0 | |
| Natrium (Na) | 16,0 | <= 175 | mg/l | 29/11 2023 | 18,0 | |
| Nitrat (NO3) | < 0,300 | <= 50,0 | mg/l | 29/11 2023 | < 0,300 | |
| Nitrit (NO2) | 0,002 | <= 0,100 | mg/l | 29/11 2023 | 0,001 | |
| NVOC - org.carbon (C) | 0,540 | <= 4,00 | mg/l | 29/11 2023 | 0,530 | |
| pH | 7,10 | >= 7,00 | pH | 18/06 2025 | 7,10 | |
| Sulfat (SO4) | 67,0 | <= 250 | mg/l | 29/11 2023 | 65,0 | |
| Temperatur | 13,9 | grader C | 18/06 2025 | 15,3 | ||
| Turbiditet | 0,200 | <= 1,00 | FTU | 18/06 2025 | 0,080 | |
| Kosmetiske | ||||||
| Jern (Fe) | 0,020 | <= 0,200 | mg/l | 18/06 2025 | 0,011 | |
| Mangan (Mn) | < 0,002 | <= 0,050 | mg/l | 29/11 2023 | < 0,002 | |
| Mikrobiologiske | ||||||
| Coliforme bakt.37Gr. | 1,00 | < 1,00 | MPN/100 ml | 18/06 2025 | < 1,00 | |
| E.coli | < 1,00 | < 1,00 | MPN/100 ml | 18/06 2025 | < 1,00 | |
| Enterokokker | < 1,00 | < 1,00 | CFU/100 ml | 18/06 2025 | < 1,00 | |
| Kimtal 22Gr. | 120 | < 200 | antal/ml | 18/06 2025 | 37,0 | |
| Pesticider og nedbrydningsprodukter | ||||||
| (LM3) 2,6-Dihydroxy-7,7-dimethyl-6,8-dihydroimidazo[1,2a][1,3,5]triazin-4(6H)-on | < 0,010 | <= 0,100 | µg/l | 29/11 2023 | ||
| [(2,6-Dimethylphenyl)(2-sulfoacetyl)amino]eddikesyre | < 0,010 | < 0,100 | μg/l | 29/11 2023 | ||
| 2-(2,6-dichlorphenoxy)propionsyre | < 0,010 | 29/11 2023 | < 0,010 | |||
| 2,6-Dichlorbenzamid (BAM) | < 0,010 | <= 0,100 | µg/l | 29/11 2023 | < 0,010 | |
| 2,6-dichlorbenzosyre | < 0,010 | <= 0,100 | µg/l | 29/11 2023 | < 0,010 | |
| 2,6-dimethyl-phenylcarbamoyl-methansulfonsyre (CGA369873) | < 0,010 | < 0,100 | μg/l | 29/11 2023 | ||
| 2,6-dimethylacetanilid (CGA 42447) |
|
< 0,010 | <= 0,100 | µg/l | 20/09 2024 | |
| 4-Nitrophenol | < 0,010 | <= 0,100 | µg/l | 29/11 2023 | < 0,010 | |
| 5-trifluoromethyl-2-(1H) pyridon (TFMP) | < 0,010 | < 0,100 | μg/l | 29/11 2023 | ||
| Acetochlor SAA (t-Sulfinyl eddikesyre) | < 0,010 | < 0,100 | μg/l | 29/11 2023 | ||
| Alachlor ESA | < 0,010 | <= 0,100 | µg/l | 29/11 2023 | < 0,010 | |
| AMPA (Aminomethylphosphorsyre) | < 0,010 | <= 0,100 | µg/l | 29/11 2023 | < 0,010 | |
| Atrazin | < 0,010 | <= 0,100 | µg/l | 29/11 2023 | < 0,010 | |
| Atrazin, desethyl- (DE) | < 0,010 | <= 0,100 | µg/l | 29/11 2023 | < 0,010 | |
| Atrazin, desisopropyl- (DIP) | < 0,010 | <= 0,100 | µg/l | 29/11 2023 | < 0,010 | |
| Atrazin, hydroxy- | < 0,010 | <= 0,100 | µg/l | 13/02 2020 | ||
| Bentazon | < 0,010 | <= 0,100 | µg/l | 29/11 2023 | < 0,010 | |
| Chlorothalonil-amidsulfonsyre (CTA) | < 0,010 | <= 0,100 | µg/l | 29/11 2023 | < 0,010 | |
| DEET (N,N-Diethyl-m-toluamid) |
|
< 0,010 | <= 0,100 | µg/l | 20/09 2024 | |
| Deisopropyl-hydroxy-atrazin (DDAH) | < 0,010 | <= 0,100 | µg/l | 29/11 2023 | < 0,010 | |
| Desethyl-desisopropyl-atrazin (DEIA) | < 0,010 | <= 0,100 | µg/l | 29/11 2023 | < 0,010 | |
| Desethyl-hydroxy-atrazin (DEH) | < 0,010 | <= 0,100 | µg/l | 13/02 2020 | ||
| Desethyl-terbutylazin (DE) | < 0,010 | <= 0,100 | µg/l | 13/02 2020 | ||
| Desphenyl-chloridazon (DPC) | < 0,010 | <= 0,100 | µg/l | 29/11 2023 | < 0,010 | |
| Dichlobenil | < 0,010 | <= 0,100 | µg/l | 13/02 2020 | ||
| Dichlorprop | < 0,010 | <= 0,100 | µg/l | 29/11 2023 | < 0,010 | |
| Didealkyl-hydroxy-atrazin | < 0,010 | <= 0,100 | µg/l | 29/11 2023 | < 0,010 | |
| Dimethachlor ESA | < 0,010 | <= 0,100 | µg/l | 29/11 2023 | < 0,010 | |
| Dimethachlor OA | < 0,010 | <= 0,100 | µg/l | 29/11 2023 | < 0,010 | |
| Ethylenthiourea (ETU) | < 0,010 | <= 0,100 | µg/l | 29/11 2023 | < 0,010 | |
| Glyphosat | < 0,010 | <= 0,100 | µg/l | 29/11 2023 | < 0,010 | |
| Hexazinon | < 0,010 | <= 0,100 | µg/l | 29/11 2023 | < 0,010 | |
| Hydroxy-simazin | < 0,010 | <= 0,100 | µg/l | 13/02 2020 | ||
| Imazalil | < 0,010 | < 0,100 | µg/l | 29/11 2023 | ||
| MCPA | < 0,010 | <= 0,100 | µg/l | 13/02 2020 | ||
| Mechlorprop | < 0,010 | <= 0,100 | µg/l | 29/11 2023 | < 0,010 | |
| Metaldehyd | < 0,010 | <= 0,100 | µg/l | 29/11 2023 | ||
| Metamitron-desamino | < 0,010 | <= 0,100 | µg/l | 29/11 2023 | ||
| Metazachlor ESA | < 0,010 | <= 0,100 | µg/l | 29/11 2023 | < 0,010 | |
| Metazachlor OA | < 0,010 | <= 0,100 | µg/l | 29/11 2023 | < 0,010 | |
| Methyl-desphenyl-chloridazon | < 0,010 | <= 0,100 | µg/l | 29/11 2023 | < 0,010 | |
| Monuron | < 0,010 | < 0,100 | μg/l | 29/11 2023 | ||
| N,N-dimethylsulfamid (DMS) | < 0,010 | <= 0,100 | μg/l | 29/11 2023 | < 0,010 | |
| N,N-Dimethylsulfamidsyre (DMSA) |
|
< 0,010 | <= 0,100 | µg/l | 20/09 2024 | |
| PPU (IN70941) | < 0,010 | <= 0,100 | µg/l | 29/11 2023 | ||
| Propachlor ESA | < 0,010 | <= 0,100 | µg/l | 29/11 2023 | < 0,010 | |
| R471811, Metabolit af chlorthalonil (4-Bis-amido-3,5,6-trichlorobenzenesulfonat) | 0,016 | < 0,100 | µg/l | 29/11 2023 | ||
| Simazin | < 0,010 | <= 0,100 | µg/l | 29/11 2023 | < 0,010 | |
| Terbuthylazin CGA 324007 (LM5) | < 0,010 | < 0,100 | µg/l | 29/11 2023 | ||
| Terbuthylazin SYN 545666 (LM6) | < 0,010 | < 0,100 | µg/l | 29/11 2023 | ||
| Trifluoreddikesyre, TFA | 0,130 | < 9,00 | μg/l | 29/11 2023 | ||
| Uorganiske sporstoffer | ||||||
| Aluminium (Al) | 1,00 | <= 200 | µg/l | 29/11 2023 | 1,50 | |
| Antimon (Sb) | < 0,200 | <= 5,00 | µg/l | 29/11 2023 | < 0,200 | |
| Arsen (As) | 1,30 | <= 5,00 | µg/l | 29/11 2023 | 1,40 | |
| Bly (Pb) | 0,320 | <= 5,00 | µg/l | 29/11 2023 | 0,280 | |
| Bor (B) | 18,0 | <= 1000 | µg/l | 29/11 2023 | < 1,00 | |
| Cadmium (Cd) | 0,004 | <= 3,00 | µg/l | 29/11 2023 | 0,012 | |
| Chrom (Cr) | 0,054 | <= 25,0 | µg/l | 29/11 2023 | < 0,030 | |
| Cyanid, total | < 1,00 | < 50,0 | µg/l | 29/11 2023 | < 1,00 | |
| Kobber (Cu) | 13,0 | <= 2000 | µg/l | 29/11 2023 | 11,0 | |
| Kobolt (Co) | 0,047 | < 5,00 | µg/l | 29/11 2023 | 0,041 | |
| Kviksølv (Hg) | < 0,001 | <= 1,00 | µg/l | 29/11 2023 | < 0,002 | |
| Nikkel (Ni) | 0,690 | <= 20,0 | µg/l | 29/11 2023 | 1,10 | |
| Selen (Se) | < 0,050 | <= 10,0 | µg/l | 29/11 2023 | 0,110 | |
| Zink (Zn) | 32,0 | <= 3000 | µg/l | 29/11 2023 | 59,0 | |
| Chlorphenoler / allegifremkaldende | ||||||
| 2,4-Dichlorphenol | < 0,010 | < 0,100 | µg/l | 29/11 2023 | < 0,010 | |
| 2,6-Dichlorphenol | < 0,010 | < 0,100 | µg/l | 13/02 2020 | ||
| 4CCP,2-(4-Chlorpheno | < 0,010 | < 0,100 | µg/l | 29/11 2023 | < 0,010 | |
| Pentachlorphenol | < 0,010 | < 0,100 | µg/l | 29/11 2023 | < 0,010 | |
| Org. mikroforurening - Aromatiske kulbrinter | ||||||
| Benzen | < 0,020 | < 1,00 | µg/l | 29/11 2023 | < 0,020 | |
| Pentachlorbenzen | < 0,010 | <= 0,100 | µg/l | 29/11 2023 | ||
| Org. mikroforurening - Chlorerede opløsningsmidler | ||||||
| 1,1-Dichlorethylen | < 0,020 | µg/l | 29/11 2023 | < 0,020 | ||
| 1,1,1-trichlorethan | < 0,020 | <= 1,00 | µg/l | 29/11 2023 | < 0,020 | |
| 1,1,1,2-Tetrachlorethan | < 0,020 | <= 1,00 | µg/l | 29/11 2023 | < 0,020 | |
| 1,1,2-Trichlorethan | < 0,020 | <= 1,00 | µg/l | 29/11 2023 | < 0,020 | |
| 1,1,2,2-Tetrachlorethan | < 0,020 | <= 1,00 | µg/l | 29/11 2023 | < 0,020 | |
| 1,2-dichlorethan | < 0,020 | <= 1,00 | µg/l | 29/11 2023 | < 0,020 | |
| Chloroform (Trichlormethan) | < 0,020 | <= 1,00 | µg/l | 29/11 2023 | < 0,020 | |
| cis- 1,2-dichlorethylen | < 0,020 | <= 1,00 | µg/l | 29/11 2023 | < 0,020 | |
| Dichlormethan | < 0,020 | <= 1,00 | µg/l | 29/11 2023 | < 0,020 | |
| Tetrachlorethylen | < 0,020 | <= 1,00 | µg/l | 29/11 2023 | < 0,020 | |
| Trans-1,2-Dichlorethen | < 0,020 | <= 1,00 | µg/l | 29/11 2023 | < 0,020 | |
| Trichlorethylen | < 0,020 | <= 1,00 | µg/l | 29/11 2023 | < 0,020 | |
| Org. mikroforurening - PFAS-forbindelser (perfluorerede alkylsyreforbindelser) | ||||||
| 6:2 Fluortelomersulfonat (6:2 FTS) | < 0,001 | <= 0,100 | µg/l | 13/02 2020 | ||
| PFAS (Sum af PFOA, PFOS, PFNA, PFHxS) | < 0,000 | <= 0,002 | μg/l | 29/11 2023 | ||
| PFBA (Perfluorbutansyre) | < 0,001 | <= 0,100 | µg/l | 29/11 2023 | ||
| PFBS (Perfluorbutansulfonsyre) | < 0,001 | <= 0,100 | µg/l | 29/11 2023 | ||
| PFDA (Perfluordecansyre) | < 0,001 | <= 0,100 | µg/l | 29/11 2023 | ||
| PFDoDA (Perfluordodecansyre) | < 0,001 | <= 0,100 | µg/l | 29/11 2023 | ||
| PFDoDS (Perfluordodecansulfonsyre) | < 0,001 | <= 0,100 | µg/l | 29/11 2023 | ||
| PFDS (Perfluordecansulfonsyre) | < 0,001 | <= 0,100 | µg/l | 29/11 2023 | ||
| PFHpA (Perfluorheptansyre) | < 0,001 | <= 0,100 | µg/l | 29/11 2023 | ||
| PFHpS, Perfluorheptansulfonsyre | < 0,001 | <= 0,100 | µg/l | 29/11 2023 | ||
| PFHxA (Perfluorhexansyre) | < 0,001 | <= 0,100 | µg/l | 29/11 2023 | ||
| PFHxS (Perfluorhexansulfonsyre) | < 0,000 | <= 0,100 | µg/l | 29/11 2023 | ||
| PFNA (Perfluornonansyre) | < 0,000 | <= 0,100 | µg/l | 29/11 2023 | ||
| PFNS (Perfluornonansulfonsyre) | < 0,001 | <= 0,100 | µg/l | 29/11 2023 | ||
| PFOA (Perfluoroctansyre) | < 0,000 | <= 0,100 | µg/l | 29/11 2023 | ||
| PFOS (Perfluoroctansulfonsyre) | < 0,000 | <= 0,100 | µg/l | 29/11 2023 | ||
| PFOSA (Perfluoroctansulfonamid) | < 0,001 | <= 0,100 | µg/l | 29/11 2023 | ||
| PFPeA (Perfluorpentansyre) | < 0,001 | <= 0,100 | µg/l | 29/11 2023 | ||
| PFPeS (Perfluorpentansulfonsyre) | < 0,001 | <= 0,100 | µg/l | 29/11 2023 | ||
| PFTrDA (Perfluortridecansyre) | < 0,001 | <= 0,100 | µg/l | 29/11 2023 | ||
| PFTrDS (Perfluortridecansulfonsyre) | < 0,001 | <= 0,100 | µg/l | 29/11 2023 | ||
| PFUnDA (Perfluorundecansyre) | < 0,001 | <= 0,100 | µg/l | 29/11 2023 | ||
| PFUnDS (Perfluorundecansulfonsyre) | < 0,001 | <= 0,100 | µg/l | 29/11 2023 | ||
| Sum af PFAS - 12 stoffer | < 0,001 | <= 0,100 | μg/l | 13/02 2020 | ||
| Sum af PFAS, 22 stoffer | < 0,000 | <= 0,100 | µg/l | 29/11 2023 | ||
| Org. mikroforurening - PAH-forbindelser | ||||||
| Benz(b)fluoranthen | < 0,005 | <= 0,100 | µg/l | 29/11 2023 | < 0,005 | |
| Benz(g,h,i)perylen | < 0,005 | µg/l | 29/11 2023 | < 0,005 | ||
| Benz(k)fluoranthen | < 0,005 | <= 0,100 | µg/l | 29/11 2023 | < 0,005 | |
| Benzo(a)pyren | < 0,003 | <= 0,010 | µg/l | 29/11 2023 | < 0,003 | |
| Fluoranthen | < 0,005 | <= 0,100 | µg/l | 29/11 2023 | < 0,005 | |
| Indeno(1,2,3-cd)pyren | < 0,005 | µg/l | 29/11 2023 | < 0,005 | ||
| Org. mikroforurening - Materiale monomerer | ||||||
| Acrylamid | < 0,050 | < 0,100 | µg/l | 29/11 2023 | < 0,050 | |
| Epichlorhydrin | < 0,050 | < 0,100 | µg/l | 29/11 2023 | < 0,050 | |
| Vinylchlorid | < 0,020 | < 0,500 | µg/l | 29/11 2023 | < 0,020 | |
| Triazoler | ||||||
| 1,2,4-Triazol | < 0,010 | <= 0,100 | μg/l | 29/11 2023 | < 0,010 | |