Ammonium with nessler reagent
0.56 - 1.2 mg/L N
Ammonia
Ammonia occurs in water as either ionized Ammonium (NH4) or unionized Ammonia (NH3) resulting from leachate or run-off from agriculture, degredation of organic matter, or a build up of waste products within the water. Even in low concentrations, Ammonia can be harmful if absorbed by aquatic animals, invertibrates or plants.
Measurement and control of Ammoniacal Nitrogen is necessary to maintain sewage treatment performance. On-site determination is important to ascertain that nitrification is adequate and biological treatment satisfactory. High levels of Ammonia in groundwater and flooded properties indicates contamination by raw sewage.
| Title | Method No. | Parameter and Range | Packaging Unit | Part Number | Add to quotation cart |
|---|---|---|---|---|---|
| Nessler Reagent |
M3007 M3008 M3009 M3010 |
Ammonia Nes. L 0.56 - 1.2 mg/L N | 30 mL | 465200 |
|
| Nessler Reagent |
M3007 M3008 M3009 M3010 |
Ammonia Nes. L 0.56 - 1.2 mg/L N | 100 mL | 465201 |
|
| Potassium Sodium Tartrate Solution |
M3007 M3008 M3009 M3010 |
Ammonia Nes. L 0.56 - 1.2 mg/L N | 100 mL | 466101 |
|