As the most important raw material in human production and a necessity in daily life, water resources are suffering unprecedented destruction with the acceleration of the industrialization process. The protection and treatment of water resources have reached an urgent situation. The pollution of water resources mainly comes from the discharge of industrial water, as well as the massive discharge of various production and domestic sewage in cities.
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Supmea PH controller, turbidity analyzer, residual chlorine meter, pressure transmitter, and ultrasonic level transmitter are used in the new water plant in Songzihuishui Town, Jingzhou, Hubei.
Supmea’s measurement technology supports wastewater treatment plants globally, helping them improve process efficiency, ensure environmental compliance, and reduce operational costs. From bar screens to anaerobic systems, Supmea’s instrumentation is trusted to optimize water quality, prevent pollution, and enhance water management. Discover how Supmea can help your plant achieve reliable, real-time monitoring and automation for every stage of wastewater treatment.
Supmea’s electromagnetic flowmeters are the preferred choice for data centers like Zhengzhou Unicom Zhongyuan Data Center, providing accurate, stable flow measurements in critical cooling systems. With over 16 years of experience in process automation, Supmea’s solutions help improve system performance, reduce maintenance, and ensure real-time monitoring for effective water management.
Supmea’s advanced measurement instruments, including radar level gauges, pH meters, and dissolved oxygen meters, are used at Zhangzhou Changtai Sewage Treatment Plant to optimize water treatment processes.
These instruments enable real-time monitoring of critical parameters, ensuring efficient sewage treatment and environmental compliance. Discover how Supmea’s solutions help improve operational efficiency and support sustainable water management.
Supmea PH controller, turbidity analyzer, residual chlorine meter, pressure transmitter, and ultrasonic level transmitter are used in the new water plant in Songzihuishui Town, Jingzhou, Hubei.
Supmea’s electromagnetic flowmeter is installed at the equipment for Reverse Osmosis System in Greece. Reverse osmosis (RO) is a water purification process that uses a partially permeable membrane to separate ions, unwanted molecules and larger particles from drinking water. Reverse osmosis is most commonly known for its use in drinking water purification from seawater, removing the salt and other effluent materials from the water molecules.
The domestic sewage treatment plant in Xuzhou District, Yibin City mainly treats domestic sewage in this area to ensure that the sewage discharged to the Jinsha River meets the discharge standards.
Supmea’s measurement technology supports wastewater treatment plants globally, helping them improve process efficiency, ensure environmental compliance, and reduce operational costs. From bar screens to anaerobic systems, Supmea’s instrumentation is trusted to optimize water quality, prevent pollution, and enhance water management. Discover how Supmea can help your plant achieve reliable, real-time monitoring and automation for every stage of wastewater treatment.
Supmea’s electromagnetic flowmeters are the preferred choice for data centers like Zhengzhou Unicom Zhongyuan Data Center, providing accurate, stable flow measurements in critical cooling systems. With over 16 years of experience in process automation, Supmea’s solutions help improve system performance, reduce maintenance, and ensure real-time monitoring for effective water management.
Supmea’s advanced measurement instruments, including radar level gauges, pH meters, and dissolved oxygen meters, are used at Zhangzhou Changtai Sewage Treatment Plant to optimize water treatment processes.
These instruments enable real-time monitoring of critical parameters, ensuring efficient sewage treatment and environmental compliance. Discover how Supmea’s solutions help improve operational efficiency and support sustainable water management.
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