Category: Reference
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River Monitoring goes Big Data
DaaS Approach for Real-time Monitoring of Ganges36 s::can stations monitor the water quality of the Ganges River in India and continuously send real-time water quality data… -
Jianshan Waste Water Treatment Plant controls the nitrogen removal process and optimizes the carbon source dosage
The s::can system enables the operator to control the nitrification and denitrification process accurately, and to control the aeration as… -
First Nation communities in Canada remotely monitor the quality of their drinking water
s::can’s event detection system remotely monitor the drinking water quality of sixty small water systems in the First Nation communities… -
City of Zurich monitors the quality of its drinking water with s::can
s::can’s event detection system monitors the drinking water quality in Zurich’s piping system with the revolutionary i::scan… -
Optimizing the performance of drinking water filtration with the i::scan
In Puerto Rico the i::scan is used to asses the efficiency of different coagulants and to optimize cleaning protocols of… -
Nitrate: Columbus, Ohio prevents public health concern with the use of online instrumentation
s::can’s spectro::lyser monitors raw surface water quality for the City of Columbus, Ohio. This allows the Utility to be proactive… -
The city of Tarragona upgraded to a smart drinking water network
s::can technology is used to monitor drinking water in real-time in the distribution network of Tarragona, Spain. Stations monitor up… -
Monitoring sea water quality and detecting industrial spills with spectro::lyser titanium pro
spectro::lyser titanium pros mounted on buoys are used for marine environmental monitoring in China. Ningbo University’s College of Ocean researches… -
Vitens is setting up a smart water grid with s::can nano::stations
Vitens is the largest drinking water utility in the Netherlands. The company is currently installing a large-scale smart drinking water… -
Colorado Springs Utilities effectively controls aeration blowers in its waste water treatment plant
s::can’s ammo::lyser monitors and controls aeration blowers using NH4-N, improving the plant’s energy efficiency and lowering operational costs. -
Optimization of different biofilm reactors for waste water treatment in warm climates
A s::can system at a waste water treatment plant in El Gouna, Egypt is used to enable modeling and dynamic… -
spectro::lyser™ with ruck::sack as the ideal solution for Krycklan research project in Sweden
Presently there is an increasing interest in the role of flux and transformations of dissolved organic carbon (DOC)…