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…
s::can’s ammo::lyser monitors and controls aeration blowers using NH4-N, improving the plant’s energy efficiency and lowering operational costs. Background The J.D Phillips Water Resource Recovery Plant came online in 2007 to help the city of Colorado Springs meet increasing service demands. The state of the art facility is enclosed to…
A s::can system at a wastewater treatment plant in El Gouna, Egypt is used to enable modeling and dynamic simulation of different biological processes. With the help of the results, innovative solutions allowing capacity increases of existing WWTPs can be evaluated. Background The wastewater of the growing tourist city El…
See how the City of Mebane (N.C.) was able to improve plant process and meet nitrogen and phosphorus limits with increased instrumentation. As part of a pilot program, the plant installed a s::can probes for ammonia, pH, temperature and nitrate. TPO Treatment Plant Operation
s::can’s spectro::lyser monitors and controls the dosing of chemicals to reduce H2S, improving the efficiency of the dosing, diminishing the odor problem, protecting the environment and lowering the operational costs. Background County of Santa Cruz discharges raw sewage to its wastewater treatment plant (WWTP). Some of the mains have long…
