A s::can chlori::lyser is monitoring the residual chlorine concentration of a completely solar driven drinking water disinfection system. The system produces chlorine through inline electro-chlorination using River Bank Filtrate from the Ganga River. Background In Haridwar drinking water is supplied using River Bank Filtrate (RBF) abstracted from wells installed along…
A spectro::lyser industrial in the effluent of the mechanical cleaning stage provides continuous and reliable chemical oxygen demand (COD) data for automation and monitoring of the effluent load. Background The Wiesehoff Dairy Plant in Schoppingen Germany processes raw milk daily into a range of high quality products. During the refinement…
The Atoyac River in Mexico is one of the most polluted rivers in the world. It is so contaminated, mainly by industrial polluters, that the river is in a constantly toxic situation. Therefore, it is important to find out where the pollution comes from, in order to take further action…
The s::can spectro::lyser ensures a complete monitoring of the treated waste water in the brewery’s waste water treatment plant. Background With a total output of 245.7 million gallons per year, the Oettinger group is one of the biggest brewery companies in Germany. Each year, about 2 billion bottles and cans…
The water quality of fish tanks is monitored online with s::can systems in a laboratory scale recirculating aquaculture system research facility at Laukaa. Harmful nitrite (NO2) or nitrate (NO3) levels are detected immediately and countermeasures, to protect the fish, can be taken. Background - Recirculation safes water The Natural Resources…
Groundwater is in danger in many countries due to agricultural overfertilization and liquid manure. Water associations use s::can products to monitor the groundwater supply in real-time and to take immediate countermeasures against contaminations for example in case of elevated nitrate (NO3) levels. Background - Nitrate from overfertilization endangers groundwater Massive…
s::can’s spectro::lyser industrial monitors the effluent waste water quality for a well-known brewery in Vancouver, Canada. This allows the utility to catch product loss, save costs and meet regulator requirements. Background A Vancouver, Canada based brewery has an ongoing requirement to monitor effluent wastewater parameters in their sump pit prior…
36 s::can stations monitor the water quality of the Ganges River in India and continuously send real time water quality data to the Central Pollution Control Board (CPCB) in New Delhi, the local government authority. The collected information strengthens the regulation and oversight of the river’s pollution load by helping…
The s::can system enables the operator to control the nitrification and denitrification process accurately, and to control the aeration as well as carbon source dosage to optimize operating costs. Background According to China’s “12th Five-Year Plan” requirements, wastewater treatment plants should meet the discharge standard of pollutants for municipal wastewater…
