PARAMETERS TO MEASURE UNINTENDED LOSS IN WASTEWATER BOD, COD, TOC, TSS, Industry specific compounds OVERVIEW Several industries, including dairies, juice concentrate, breweries, as well as pulp and paper, lose significant quantities of materials with recoverable value in their waste streams….
PARAMETERS TO MEASURE FOR PRODUCT LOSS BOD, COD, TOC, TSS, Industry specific compounds OVERVIEW Several industries lose significant quantities of product in their waste streams including dairies, juice concentrate, breweries, as well as pulp and paper. Product lost to drain…
PARAMETERS TO DETECT CONTAMINATION BOD, COD, TOC, BTEX Dyes, surfactants, black liquor OVERVIEW In industries such as pulp and paper, textiles, petrochemical and pharmaceutical, toxic or difficult to treat contaminants can end up in the waste stream. Not being able…
Nitrate in source water can be challenging to manage and lead to potential non-compliance issues. Continuous monitoring of nitrate enables you to keep a real-time pulse on nitrate concentrations from source water to finished water, offering many benefits: Compliance with…
BENEFITS OF REAL-TIME MONITORING UV disinfection performance assurance Dose pacing for energy savings OVERVIEW UV disinfection for water treatment or wastewater treatment is a process where a system disinfects water using UV light to damage the DNA of microorganisms in…
ROLE OF NATURAL ORGANIC MATTER IN DRINKING WATER TREATMENT Natural organic matter (NOM) in source water is a complex mixture of many carbon-based compounds that result from the breakdown/decay of plant and animal tissue. In the water treatment industry, NOM…