Products

  • Online Oil-in-water Analyzer SC4000OIL

    Online Oil-in-water Analyzer SC4000OIL

    Industrial online oil-in-watermonitor is an online water quality monitor and control instrument with microprocessor. The instrument is equipped with UV oil-in-water sensors. The online oil-in-water monitor is a highly intelligent online continuous monitor. It can be equipped with UVsensor to automatically achieve a wide range of ppm or mg/L measurement. It is a special instrument for detecting oil-in-water content in liquids in
    environmental protection sewage related industries. The on-line oil in water analyzer consists of an immersion sensor and a multi-function display. High precision immersion probe was used to measure oil substances in water, and uv fluorescence technology was used. It is suitable for surface water oil pollution monitoring, industrial process control, oil leak detection and other online water quality monitoring and so on.
  • SC6500OIL Online Oil-in-water Analyzer

    SC6500OIL Online Oil-in-water Analyzer

    Online Oil-in-Water Analyzer is a specialized instrument designed for the continuous, real-time monitoring of oil and hydrocarbon concentrations in water. It plays a critical role in environmental protection, industrial wastewater treatment, produced water monitoring in oil and gas operations, marine vessel ballast water management, and cooling water systems in power plants and refineries. By providing immediate detection of oil contamination, it enables rapid response to prevent environmental violations, protect aquatic ecosystems, and ensure regulatory compliance with stringent discharge limits (such as the 15 ppm standard for produced water).
    The analyzer employs advanced optical detection technologies, most commonly ultraviolet fluorescence (UVF) or infrared absorption (IR) methods. UVF technology is particularly effective as it excites oil molecules with specific wavelengths of light, causing them to emit fluorescence proportional to the oil concentration. This method offers high sensitivity, fast response, and minimal interference from water itself. Some systems utilize laser-induced fluorescence or scattered light measurements for enhanced accuracy in challenging matrices like high turbidity or varying oil types.
    Fully automated, the instrument integrates sampling, sample conditioning (including homogenization and degassing), measurement, and cleaning cycles. It features automatic calibration, self-diagnostic functions, and robust sensor designs with anti-fouling mechanisms like wipers or air blasts to maintain reliability in harsh environments. Data is transmitted via standard protocols (4-20mA, Modbus, Ethernet) for integration with plant control systems, enabling real-time alarms and automated process adjustments.
    By delivering accurate, continuous oil-in-water measurements, this analyzer serves as an indispensable tool for preventing costly shutdowns, avoiding environmental fines, and safeguarding water resources in industries where oil contamination is a critical concern.
  • SC7000OIL Online Oil-in-water Analyzer

    SC7000OIL Online Oil-in-water Analyzer

    Online Oil-in-Water Analyzer is a specialized instrument designed for the continuous, real-time monitoring of oil and hydrocarbon concentrations in water. It plays a critical role in environmental protection, industrial wastewater treatment, produced water monitoring in oil and gas operations, marine vessel ballast water management, and cooling water systems in power plants and refineries. By providing immediate detection of oil contamination, it enables rapid response to prevent environmental violations, protect aquatic ecosystems, and ensure regulatory compliance with stringent discharge limits (such as the 15 ppm standard for produced water).
    The analyzer employs advanced optical detection technologies, most commonly ultraviolet fluorescence (UVF) or infrared absorption (IR) methods. UVF technology is particularly effective as it excites oil molecules with specific wavelengths of light, causing them to emit fluorescence proportional to the oil concentration. This method offers high sensitivity, fast response, and minimal interference from water itself. Some systems utilize laser-induced fluorescence or scattered light measurements for enhanced accuracy in challenging matrices like high turbidity or varying oil types.
    Fully automated, the instrument integrates sampling, sample conditioning (including homogenization and degassing), measurement, and cleaning cycles. It features automatic calibration, self-diagnostic functions, and robust sensor designs with anti-fouling mechanisms like wipers or air blasts to maintain reliability in harsh environments. Data is transmitted via standard protocols (4-20mA, Modbus, Ethernet) for integration with plant control systems, enabling real-time alarms and automated process adjustments.
  • SC8500OIL Online Oil-in-water Analyzer

    SC8500OIL Online Oil-in-water Analyzer

    Online Oil-in-Water Analyzer is a specialized instrument designed for the continuous, real-time monitoring of oil and hydrocarbon concentrations in water. It plays a critical role in environmental protection, industrial wastewater treatment, produced water monitoring in oil and gas operations, marine vessel ballast water management, and cooling water systems in power plants and refineries. By providing immediate detection of oil contamination, it enables rapid response to prevent environmental violations, protect aquatic ecosystems, and ensure regulatory compliance with stringent discharge limits (such as the 15 ppm standard for produced water).
    The analyzer employs advanced optical detection technologies, most commonly ultraviolet fluorescence (UVF) or infrared absorption (IR) methods. UVF technology is particularly effective as it excites oil molecules with specific wavelengths of light, causing them to emit fluorescence proportional to the oil concentration. This method offers high sensitivity, fast response, and minimal interference from water itself. Some systems utilize laser-induced fluorescence or scattered light measurements for enhanced accuracy in challenging matrices like high turbidity or varying oil types.
  • SC8000OIL Online Oil in water Analyzer Water In Oil Tester

    SC8000OIL Online Oil in water Analyzer Water In Oil Tester

    Online Oil-in-Water Analyzer is a specialized instrument designed for the continuous, real-time monitoring of oil and hydrocarbon concentrations in water. It plays a critical role in environmental protection, industrial wastewater treatment, produced water monitoring in oil and gas operations, marine vessel ballast water management, and cooling water systems in power plants and refineries. By providing immediate detection of oil contamination, it enables rapid response to prevent environmental violations, protect aquatic ecosystems, and ensure regulatory compliance with stringent discharge limits (such as the 15 ppm standard for produced water).
    The analyzer employs advanced optical detection technologies, most commonly ultraviolet fluorescence (UVF) or infrared absorption (IR) methods. UVF technology is particularly effective as it excites oil molecules with specific wavelengths of light, causing them to emit fluorescence proportional to the oil concentration. This method offers high sensitivity, fast response, and minimal interference from water itself. Some systems utilize laser-induced fluorescence or scattered light measurements for enhanced accuracy in challenging matrices like high turbidity or varying oil types.
  • CS6902CD Digital Oil Sensor for Water

    CS6902CD Digital Oil Sensor for Water

    Digital Oil Sensor for Water is a smart, submersible device designed for real-time detection of petroleum hydrocarbons and oils in water. Using advanced UV fluorescence technology, it emits specific light wavelengths to excite oil molecules, measuring the resulting fluorescence to determine oil concentration accurately. This sensor offers significant advantages over traditional methods: it provides instant readings, requires no reagents, and features automatic temperature compensation and anti-fouling mechanisms like self-cleaning wipers. With digital outputs (Modbus RS485, 4-20mA), it seamlessly integrates with monitoring systems for continuous surveillance in applications like produced water monitoring, marine bilge water, industrial effluent, and environmental protection. Its robust design ensures reliable operation in harsh conditions, delivering precise data to prevent pollution and ensure regulatory compliance.
  • Online Oil-in-water Analyzer SC6000OIL

    Online Oil-in-water Analyzer SC6000OIL

    Industrial online oil-in-watermonitor is an online water quality monitor and control instrument with microprocessor. The instrument is equipped with UV oil-in-water sensors. The online oil-in-water monitor is a highly intelligent online continuous monitor. It can be equipped with UVsensor to automatically achieve a wide range of ppm or mg/L measurement. It is a special instrument for detecting oil-in-water content in liquids in
    environmental protection sewage related industries. The on-line oil in water analyzer consists of an immersion sensor and a multi-function display. High precision immersion probe was used to measure oil substances in water, and uv fluorescence technology was used. It is suitable for surface water oil pollution monitoring, industrial process control, oil leak detection and other online water quality monitoring and so on.
  • CS3652GC  industrial conductivity probe tds electrode in water

    CS3652GC industrial conductivity probe tds electrode in water

    Conductivity/Hardness/Resistivity Online analyzer, an intelligent Online chemical analyzer, is widely applied for continuous monitoring and measurement of EC value or TDS value or ER value and temperature in the solution in the industry of thermal power, chemical fertilizer, environmental protection, metallurgy, pharmacy, biochemistry, food and water, etc. For example, in the pharmaceutical industry, conductivity monitors can be used to ensure the purity of pharmaceutical processes and to determine the quality standards of pharmaceutical products.
  • CS3732C Conductivity Electrode Short type

    CS3732C Conductivity Electrode Short type

    Conductivity/Hardness/Resistivity Online analyzer, an intelligent Online chemical analyzer, is widely applied for continuous monitoring and measurement of EC value or TDS value or ER value and temperature in the solution in the industry of thermal power, chemical fertilizer, environmental protection, metallurgy, pharmacy, biochemistry, food and water, etc. We are committed to providing the best water quality monitoring solutions for users in all areas of pure water, ultra-pure water, drinking water, municipal wastewater, industrial wastewater, industrial circulating water, environmental monitoring, and university research, etc.
  • CS3732C Conductivity Electrode Long type

    CS3732C Conductivity Electrode Long type

    Conductivity digital sensor is a new generation of intelligent water quality detection digital sensor independently developed by our company. High performance CPU chip is used to measure conductivity and temperature. The data can be viewed, debugged and maintained through mobile app or computer. It has the characteristics of simple maintenance, high stability, excellent repeatability and multifunction, and can accurately measure the conductivity value in solution. Environmental water discharge monitoring, Point source solution monitoring, Wastewater treatment works, Diffuse pollution monitoring, IoT Farm, IoT Agriculture Hydroponics sensor, Upstream Petrochemicals, Petroleum Processing, Paper Textiles waste water, Coal, Gold and Copper Mine, Oil and Gas Production and Exploration, River water quality monitoring, Groundwater water quality monitoring, etc
  • CS3742G  EC Conductivity TDS Resistivity Electrode Probe Sensor

    CS3742G EC Conductivity TDS Resistivity Electrode Probe Sensor

    Conductivity digital sensor is a new generation of intelligent water quality detection digital sensor independently developed by our company. High performance CPU chip is used to measure conductivity and temperature. The data can be viewed, debugged and maintained through mobile app or computer. It has the characteristics of simple maintenance, high stability, excellent repeatability and multifunction, and can accurately measure the conductivity value in solution. Environmental water discharge monitoring, Point source solution monitoring, Wastewater treatment works, Diffuse pollution monitoring, IoT Farm, IoT Agriculture Hydroponics sensor, Upstream Petrochemicals, Petroleum Processing, Paper Textiles waste water, Coal, Gold and Copper Mine, Oil and Gas Production and Exploration, River water quality monitoring, Groundwater water quality monitoring, etc
  • CS3752C EC Conductivity TDS Resistivity Electrode Probe Sensor

    CS3752C EC Conductivity TDS Resistivity Electrode Probe Sensor

    Conductivity digital sensor is a new generation of intelligent water quality detection digital sensor independently developed by our company. High performance CPU chip is used to measure conductivity and temperature. The data can be viewed, debugged and maintained through mobile app or computer. It has the characteristics of simple maintenance, high stability, excellent repeatability and multifunction, and can accurately measure the conductivity value in solution. Environmental water discharge monitoring, Point source solution monitoring, Wastewater treatment works, Diffuse pollution monitoring, IoT Farm, IoT Agriculture Hydroponics sensor, Upstream Petrochemicals, Petroleum Processing, Paper Textiles waste water, Coal, Gold and Copper Mine, Oil and Gas Production and Exploration, River water quality monitoring, Groundwater water quality monitoring, etc
  • CS3752GC EC Conductivity TDS Resistivity Electrode Probe Sensor

    CS3752GC EC Conductivity TDS Resistivity Electrode Probe Sensor

    Conductivity digital sensor is a new generation of intelligent water quality detection digital sensor independently developed by our company. High performance CPU chip is used to measure conductivity and temperature. The data can be viewed, debugged and maintained through mobile app or computer. It has the characteristics of simple maintenance, high stability, excellent repeatability and multifunction, and can accurately measure the conductivity value in solution. Environmental water discharge monitoring, Point source solution monitoring, Wastewater treatment works, Diffuse pollution monitoring, IoT Farm, IoT Agriculture Hydroponics sensor, Upstream Petrochemicals, Petroleum Processing, Paper Textiles waste water, Coal, Gold and Copper Mine, Oil and Gas Production and Exploration, River water quality monitoring, Groundwater water quality monitoring, etc
  • Fluorescence DO Meter Online Dissolved Oxygen Sensor Meter Water Quality Analyzer T6070

    Fluorescence DO Meter Online Dissolved Oxygen Sensor Meter Water Quality Analyzer T6070

    The principle of the turbidity/sludge concentration sensor is based on the combined infrared absorption and scattered light method. The ISO7027 method can be used to continuously and accurately determine the turbidity or sludge concentration. According to ISO7027 infrared double- scattering light technology is not affected by chromaticity to determine the sludge concentration value. The self-cleaning function can be selected according to the use environment.
  • CS3540 Industrial Electrical Conductivity Sensor Ph Electrode Probe

    CS3540 Industrial Electrical Conductivity Sensor Ph Electrode Probe

    Measuring specific conductivity of aqueous solutions is becoming increasingly important for determining impurities in water.The measurement accuracy is greatly affected by temperature variation, polarization of the contact electrode surface, cable capacitance, etc.Twinno has designed a variety of sophisticated sensors and meters that can handle these measurements even in extreme conditions.
    Twinno's 4-electrode sensor has been proven to operate over a wide range of conductivity values. It is made of PEEK and is suitable for simple PG13/5 process connections.The electrical interface is VARIOPIN, which is ideal for this process.
    These sensors are designed for accurate measurements over a wide electrical conductivity range and are suitable for use in the pharmaceutical, food and beverage industries, where product and cleaning chemicals need to be monitored.Due to industry hygiene requirements, these sensors are suitable for steam sterilization and CIP cleaning.In addition, all parts are electrically polished and the materials used are FDA-approved.
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