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Liquiline System CA80PH offers online orthophosphate measurement for precise dosing of precipitants in wastewater treatment. As all Liquiline System analyzers, it enables plug & play of up to 4 Memosens sensors - minimizing the installation effort. Automatic calibration and cleaning and the low consumption of reagents save you operating costs. Advanced diagnostics with remote access ensure process safety and support you in providing process documentation to the authorities.

Liquiline System CA80FE offers precise, regulation-compliant online measurement. It supports you in controlling the iron content of drinking water, mineral water or source water for industrial processes. Like all Liquiline System analyzers, it enables plug & play of up to four Memosens sensors – minimizing the installation effort. Automatic calibration and cleaning and the low reagent consumption reduce operating costs while advanced diagnostics with remote access ensure process safety.

Liquiline System CA80CR offers highly accurate online measurement for optimized chromate removal in industrial wastewater. It supports you in achieving environmentally compliant electroplating and tanning processes. Like all Liquiline System analyzers, CA80CR enables plug & play of up to four Memosens sensors - minimizing the installation effort. Automatic calibration and cleaning plus advanced diagnostics with remote access ensure consistent process safety.

Liquiline System CA80NO offers precise, regulation-compliant online measurement of nitrite. It supports you in meeting the specified limits in drinking water, mineral water or food production. Like all Liquiline System analyzers, it enables plug & play of up to four Memosens sensors – minimizing the installation effort. Automatic calibration and cleaning and the low reagent consumption reduce operating and maintenance costs. Advanced diagnostics with remote access ensure process safety.

System for the demagnetization of naval ships and subsequent magnetic surveying on a magnetic demagnetization and surveying equipment installed on a pier, with the special feature that the ship is stationary during the entire treatment process. Treatment and magnetic measurement of Navy vessels in combination with low cost and area economy lead to a range that combines the advantages of ODMR and CDMR, where all system entities are installed vertically on a low-level magnetic jetty or pier. STL has developed this idea becoming the Half-Space Deperming Range (HDMR) providing cost and time effective deperming and measurement processes for Navy vessels with an optimal benefit-cost-ratio. Above sketch shwos the HDMR combining simulation and deperming coil system integrated on an existing jetty.