Drinking water in 36157
One supply zone, water supplier: RhönEnergie Fulda.
How to read the share of the parametric value
Several samples per year: for chemical parameters the mean value is given, for microbiological ones the highest measured value. There the parametric value is zero — a single finding would disappear in the average, and it is precisely that finding which is the information. Which reference applies is stated in the last column of the table.
wp-rhoenenergie-fulda-wvg-fulda-tiefzone gesamt
RhönEnergie FuldaAssigned via the water supplier — the exact supply zone boundary within the postcode is not yet linked.
| Parameter | Value | Parametric value | Share of the parametric value | Reference |
|---|---|---|---|---|
| Sum of PFAS | 3e-06 mg/l | 0.1 µg/l | 3 % | Single value |
| Nitrate | 15.3 mg/l | 50 mg/l | 31 % | Single value |
| Lead | 0.001 mg/l | 10 µg/l | 10 % | Single value |
| Escherichia coli (E. coli) | 0 KBE/100 ml | 0/100 ml | — | Single value |
| Sulphate | 11.8 mg/l | 250 mg/l | 5 % | Single value |
| Sodium | 5 mg/l | 200 mg/l | 3 % | Single value |
Show all recorded parameters (80 — most recent value per parameter)
Microbiology (2)
| Parameter | Value | Parametric value | Share of the parametric value | Reference |
|---|---|---|---|---|
| Escherichia coli (E. coli) | 0 KBE/100 ml | 0/100 ml | — | Single value |
| Intestinal enterococci | 0 KBE/100 ml | 0/100 ml | — | Single value |
Chemical parameters (46)
| Parameter | Value | Parametric value | Share of the parametric value | Reference |
|---|---|---|---|---|
| 1,2-dichloroethane | 0.0001 mg/l | 3 µg/l | 3 % | Single value |
| AMPA | 5e-05 mg/l | — | — | Single value |
| Antimony | 0.001 mg/l | 5 µg/l | 20 % | Single value |
| Arsenic | 0.0007 mg/l | 10 µg/l | 7 % | Single value |
| Atrazine | 2e-05 mg/l | — | — | Single value |
| Bentazone | 2e-05 mg/l | — | — | Single value |
| Benzene | 0.0002 mg/l | 1 µg/l | 20 % | Single value |
| Benzo(a)pyrene | 3e-06 mg/l | 10 ng/l | 30 % | Single value |
| Boron | 0.01 mg/l | 1 mg/l | 1 % | Single value |
| Bromacil | 2e-05 mg/l | — | — | Single value |
| Bromate | 0.002 mg/l | 10 µg/l | 20 % | Single value |
| Cadmium | 0.0003 mg/l | 3 µg/l | 10 % | Single value |
| Carbofuran | 2e-05 mg/l | — | — | Single value |
| Chlorotoluron | 2e-05 mg/l | — | — | Single value |
| Chromium | 0.0002 mg/l | 25 µg/l | 0.8 % | Single value |
| Copper | 0.001 mg/l | 2 mg/l | < 0.1 % | Single value |
| Cyanide | 0.005 mg/l | 50 µg/l | 10 % | Single value |
| Dichlorprop | 2e-05 mg/l | — | — | Single value |
| Dimethoate | 2e-05 mg/l | — | — | Single value |
| Diuron | 2e-05 mg/l | — | — | Single value |
| Fluoride | 0.06 mg/l | 1.5 mg/l | 4 % | Single value |
| Glyphosate | 5e-05 mg/l | — | — | Single value |
| Hexazinone | 2e-05 mg/l | — | — | Single value |
| Isoproturon | 2e-05 mg/l | — | — | Single value |
| Lead | 0.001 mg/l | 10 µg/l | 10 % | Single value |
| Lindane | 1e-05 mg/l | — | — | Single value |
| MCPA | 2e-05 mg/l | — | — | Single value |
| Mecoprop | 2e-05 mg/l | — | — | Single value |
| Mercury | 0.0001 mg/l | 1 µg/l | 10 % | Single value |
| Metazachlor | 2e-05 mg/l | — | — | Single value |
| Methabenzthiazuron | 2e-05 mg/l | — | — | Single value |
| Metobromuron | 2e-05 mg/l | — | — | Single value |
| Monuron | 2e-05 mg/l | — | — | Single value |
| Nickel | 0.001 mg/l | 20 µg/l | 5 % | Single value |
| Nitrate | 15.3 mg/l | 50 mg/l | 31 % | Single value |
| Nitrite | 0.01 mg/l | 0.5 mg/l | 2 % | Single value |
| Pesticides — Total | 0.0001 mg/l | 0.5 µg/l | 20 % | Single value |
| Polycyclic aromatic hydrocarbons | 2e-05 mg/l | 0.1 µg/l | 20 % | Single value |
| Propazine | 2e-05 mg/l | — | — | Single value |
| Selenium | 0.001 mg/l | 10 µg/l | 10 % | Single value |
| Simazine | 2e-05 mg/l | — | — | Single value |
| Terbuthylazine | 2e-05 mg/l | — | — | Single value |
| Tetrachloroethene | 0.0001 mg/l | — | — | Single value |
| Trichloroethene | 0.0001 mg/l | — | — | Single value |
| Trihalomethanes — Total | 0.001 mg/l | 50 µg/l | 2 % | Single value |
| Uranium | 0.001 mg/l | 10 µg/l | 10 % | Single value |
PFAS (1)
| Parameter | Value | Parametric value | Share of the parametric value | Reference |
|---|---|---|---|---|
| Sum of PFAS | 3e-06 mg/l | 0.1 µg/l | 3 % | Single value |
Indicator parameters (22)
| Parameter | Value | Parametric value | Share of the parametric value | Reference |
|---|---|---|---|---|
| Aluminium | 0.01 mg/l | 0.2 mg/l | 5 % | Single value |
| Ammonium | 0.01 mg/l | 0.5 mg/l | 2 % | Single value |
| Calcite dissolution capacity | 1.2 mg/l | 5 mg/l CaCO3 | — | Single value |
| Chloride | 15 mg/l | 250 mg/l | 6 % | Single value |
| Clostridium perfringens (including spores) | 0 KBE/100 ml | 0/100 ml | — | Single value |
| Coliform bacteria | 0 KBE/100 ml | 0/100 ml | — | Single value |
| Colony count 22 °C | 13 KBE/ml | ohne anormale Veränderung | — | Single value |
| Colony count 36 °C | 0 KBE/ml | ohne anormale Veränderung | — | Single value |
| Colour | 0.02 1/m | 0.5 m⁻¹ | — | Single value |
| Conductivity (25 °C) | 245 µS/cm | 2,790 µS/cm | — | Single value |
| Iron | 0.004 mg/l | 0.2 mg/l | 2 % | Single value |
| Manganese | 0.001 mg/l | 50 µg/l | 2 % | Single value |
| Odour | geruchlos | für den Verbraucher annehmbar | — | Single value |
| Oxidisability | 0.5 mg/l | 5 mg/l O2 | — | Single value |
| pH | 8.07 | 6,5–9,5 | — | Single value |
| Sodium | 5 mg/l | 200 mg/l | 3 % | Single value |
| Sulphate | 11.8 mg/l | 250 mg/l | 5 % | Single value |
| Taste | typisch | für den Verbraucher annehmbar | — | Single value |
| Temperature | 11.8 °C | — | — | Single value |
| Threshold odour number (TON) | 1 | — | — | Single value |
| Total organic carbon (TOC) | 1 mg/l | ohne anormale Veränderung | — | Single value |
| Turbidity | klar TE/F | 1 NTU | — | Single value |
Further parameters (9)
| Parameter | Value | Parametric value | Share of the parametric value | Reference |
|---|---|---|---|---|
| Acid capacity to pH 4.3 | 1.53 mmol/l | — | — | Single value |
| Base capacity to pH 8.2 | 0.01 mmol/l | — | — | Single value |
| Calcium | 26.1 mg/l | — | — | Single value |
| Carbonate hardness | 4.3 °dH | — | — | Single value |
| Hardness range (WRMG) | weich | — | — | Single value |
| Magnesium | 9 mg/l | — | — | Single value |
| Potassium | 2.6 mg/l | — | — | Single value |
| Sum of alkaline earth metals | 1.02 mmol/l | — | — | Single value |
| Total hardness | 5.7 °dH | — | — | Single value |
Values taken unchanged from the publications linked below — for each parameter the most recent recorded value. „—" in the parametric value column: no currently valid legal parametric value is stored in our database for this parameter; the parameter register with all parametric values is being expanded continuously.
Frequent questions about postcode 36157
- How hard is the water in Postcode 36157?
- RhönEnergie Fulda publishes a total hardness of 5.7 °dH for the supply zone wp-rhoenenergie-fulda-wvg-fulda-tiefzone gesamt (hardness range weich). The hardness range is a classification under the German Detergents and Cleaning Products Act (soft below 8,4 °dH, medium 8,4 to 14 °dH, hard above that) and not a quality verdict — it indicates how much calcium and magnesium is dissolved in the water. Basis: 2026-04-28, retrieved on 27/07/2026.
- How much nitrate is in the drinking water in Postcode 36157?
- RhönEnergie Fulda publishes a nitrate value of 15.3 mg/l for the supply zone wp-rhoenenergie-fulda-wvg-fulda-tiefzone gesamt. The statutory parametric value is 50 mg/l; the measured value represents 31 % of the parametric value. Basis: 2026-04-28, retrieved on 27/07/2026.
- Are PFAS detectable in the drinking water in Postcode 36157?
- RhönEnergie Fulda publishes for the supply zone wp-rhoenenergie-fulda-wvg-fulda-tiefzone gesamt a sum value PFAS-20 of 3e-06 mg/l (0.003 µg/l). The statutory parametric value is 0.1 µg/l; the measured value represents 3 % of the parametric value. For the sum of the 20 individual substances, this parametric value has applied since 12/01/2026. Basis: 2026-04-28, retrieved on 08/07/2026.
- Who supplies the drinking water in Postcode 36157?
- RhönEnergie Fulda. The values shown here come from the supply zone wp-rhoenenergie-fulda-wvg-fulda-tiefzone gesamt and apply to the water the supplier delivers. What happens between the building connection and the tap — in old lead pipes, for example — is not covered by these analyses; information on that is provided by owners, the health authority or an examination by an accredited laboratory.
General questions — how current the data is, limit of quantification, parametric values, who is behind this site — are answered under Questions & answers.