Ammonia (results 1-20 of 34)

Ammonia & Ammonium   What is Ammonia?  Ammonia is a colorless, pungent gaseous compound of hydrogen and nitrogen (one nitrogen atom and

best utilized where waste stream management is a constraint. APA 6000 Ammonia and Monochloramine Analyzer Product #: 5500610 Total Chloramination Control. The APA 6000 Ammonia/Monochloramine Analyzer is the first system that affordably monitors all critical chloramination

Knowledge Base: Hach Parameter FAQ   Alkalinity Ammonia Arsenic Ascorbic Acid Atrazine Bacteria- see Microbiology BOD (Biochemical Oxygen

standards set by governing bodies like NPDES and European Commission. Learn More Nitrogen Monitoring for ammonia, nitrite, nitrate, organic nitrogen and total nitrogen in real-time provides key loading and fast

value is used when the treated water is to be blended with a surface water which contains high levels of organic matter or contains ammonia. The chlorine will likely be consumed by the chlorine demand of the

monochloramine has been used. A drop in monochloramine would be an indication that the free ammonia level has likely increased, which may indicate the onset of nitrification, and the situation may be out of compliance

Chloramination   Is Chloramination right for you?  Chloramination disinfects drinking water by adding chlorine and ammonia to achieve a residual of monochloramine. Chloramination is favored for disinfection

, and support.   Explore the various parameters and methods for surface water monitoring below.     Ammonia Ammonia levels can reach mg/L in surface water, especially in smaller water bodies and streams located

to help with information, technology, and support.   Explore the various parameters and methods for source water monitoring below.   Ammonia Ammonia levels can reach several mg/L in groundwater systems, especially those located in agricultural areas. The ammonia levels can change seasonally and need to be monitored. The ammonia will react with chlorine to form chloramines, creating an uncontrolled chloraminated water

). Because plants cannot use gaseous nitrogen, they rely on nitrogen fixing bacteria in the soil to convert it to ammonia and nitrite . Nitrate-forming bacteria convert nitrite into nitrate under aerobic

help avoid permit violations for ammonia and or pH. AM Ammonia Monitor conversion of ammonia and organic nitrogen forms to nitrite and nitrate during the WW treatment process. Provides information on process

Plate Count (HPC) pH Total Chlorine Free Chlorine Monochloramine Free Ammonia Manganese Nitrification Control Test Kit 2882200 Used for the routine monitoring of water quality parameters that contribute to or

. Key Parameters THMs THM Formation Potential UV254 TOC Chlorine Demand Ammonia Free Chlorine Hach BioTector TOC/TP Analyzer, Plus Model - Polyphosphorus Hach BioTector TOC Analyzers provide maximum uptime and

                            Product Number   COD   TNT820 , TNT821 , TNT822   Total N   TNT826   Ammonia   TNT830 , TNT832   Nitrate   TNT835 , TNT836   Nitrite   TNT839 , TNT840

reagents Total Chlorine* EPA Approved Free Chlorine* EPA Approved Copper* EPA Approved Total Ammonia Free Ammonia Combined Free and Total Ammonia** Monochloramine Nitrite High Range Total Alkalinity Low Range Total Alkalinity Low Range Hardness High Range Hardness Low Range

Optimizing sludge dewatering in northeast England. CASE STUDY: Nitrification control with RTC-N Ammonia-based aeration control to optimize nitrification. CASE STUDY: Improved sludge dewatering process control Using RTC

• Efficiency loss in ion exchangers or membrane systems used for pre-treatment Parameters Relevant to Power Generation and Cooling:      Ammonia          Chloride      Chlorine/Oxidants      Chlorine Dioxide

represents a more oxidized state of nitrogen. Autotrophic bacteria convert ammonia into nitrite and then into nitrate under aerobic conditions; lightning converts large amounts of atmospheric nitrogen (N 2 ) directly

and field applications, for parameters such as pH, Dissolved Oxygen (DO), Conductivity, Total Dissolved Solids (TDS), Ammonia, Ammonium, Chloride, Fluoride, Nitrate, Sodium, Biochemical Oxygen Demand (BOD) and

Available Parameters Ammonia Monochloramine†, Ammonium, Conductivity*, Dissolved Oxygen, Nitrate, Organics*, ORP*, Orthophosphate, pH