Real-Time Monitoring For Seawater Treatment Systems

Seawater Monitoring Solutions

KECO analyzers detect trace hydrocarbons and VOCs in seawater, providing continuous or spot-check data to ensure discharge meets environmental standards. Real-time monitoring helps operators maintain compliance, protect marine ecosystems, and optimize treatment system performance.

KECO Solutions Used For Seawater

KECO analyzers integrate seamlessly into seawater treatment systems, from intake monitoring to discharge compliance, enabling operators to measure contaminants in real time and ensure treated water meets regulatory standards.

Hydrocarbon (VOC) In Water Analyzer

Trace hydrocarbons in seawater can impact compliance and threaten marine ecosystems, especially in offshore production. Continuous online monitoring at critical discharge points enables fast, informed response to limit environmental impact.

The Hydrocarbon VOC in Water Analyzer extracts a slipstream from the water process line, utilizes an advanced optical detector or gas stripping technique to separate and quantify total hydrocarbons in real time—from low ppb levels to high concentrations. This rapid, reliable measurement ensures operators can make prompt decisions to prevent environmental exceedances and protect marine habitats.

Learn more about Hydrocarbon (VOC) in Water Analyzer

Importance Of KECO Analyzers

KECO analyzers shift seawater monitoring from a reactive to a proactive practice. By delivering precise hydrocarbon data every few seconds, they help transform discharge quality into a manageable operational metric.

Key Benefits

Prevent environmental contamination from hydrocarbon leaks
Extend the lifespan of treatment infrastructure by minimizing corrosion
Optimize chemical usage in treatment processes
Ensure compliance with environmental regulations
Reduce the risk of hazardous discharges

Advanced Technology

Advanced analyzers use membrane-based stripping to isolate hydrocarbons without cryogenic cooling. Solid-state sensors measure concentrations with minimal drift across a wide range.

Dual-sensor systems enable simultaneous monitoring of hydrocarbons and VOCs using complementary detection technologies. Open protocols such as Modbus and OPC UA ensure seamless integration with SCADA and digital twin platforms.