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 event detection system remotely monitor the drinking water quality of sixty small water systems in the First Nation communities of Alberta, Canada. Background Over the past few years, the small communities in Canada have been struggling with managing the quality of their water systems and incidents of contamination have…
In Puerto Rico the i::scan is used to asses the efficiency of different coagulants and to optimize cleaning protocols of drinking water filtration units. Background Green Innovation Technologies Inc. (GIT) is installing and operating surface water filtration units for the drinking water supply in Puerto Rico. The replacement of…
s::can’s spectro::lyser monitors raw surface water quality for the City of Columbus, Ohio. This allows the Utility to be proactive regarding water quality issues. Background - Nitrate in drinking water should not exceed 10 mg/l The Columbus Division of Water delivers clean drinking water to 1.1 million people daily and…
s::can technology is used to monitor drinking water in real-time in the distribution network of Tarragona, Spain. Stations monitor up to 8 parameters (UV254, turbidity, color, TOC, DOC, free Cl, conductivity, pH & Temperature) together with event detection software based on UV-Vis spectral alarms which are sent to EMATSA. Background…
spectro::lyser titanium pros mounted on buoys are used for marine environmental monitoring in China. Ningbo University’s College of Ocean researches offshore area organic pollution. The s::can system provides them with reliable real-time data about the quality of the seawater. Background The Xiangshan Harbor is located on the coastline of Zhejiang.…
Vitens is the largest drinking water utility in the Netherlands. The company is currently installing a large-scale smart drinking water mains network in the province of Friesland. More than 2200 km’s of distribution network serving over 200.000 households in the Dutch province are currently fitted with 200 sensors that will…
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…
s::can’s event detection system monitors the drinking water quality in Zurich’s piping system with the revolutionary i::scan Background Zurich water works supplies one of the world’s best quality drinking water to the population of the Zurich metropolitan area. To ensure that the quality of the water remains high after it…
