Oil Monitoring_Shenzhen Qianhai IntelliUnion Technology Development Co., Lt

Oil Monitoring

Oil systems are essential to nuclear power units, with cleanliness and stability directly affecting steam turbines, reactor auxiliaries and other critical equipment. Periodic sampling and laboratory testing cause delayed detection of deterioration, risking lubrication failure and wear; expose personnel to radiation during sampling; and create isolated data that cannot track condition or predict trends. An intelligent system is therefore essential to meet stringent safety and reliability requirements. This solution is tailored to nuclear oil systems and safety standards, focusing on lubricating and hydraulic systems. High-precision monitoring, intelligent analysis and graded warnings provide real-time condition awareness and timely fault investigation, ensuring stable operation and advancing precise, intelligent O&M.

Monitoring Challenges

High O&M Costs

Excessive oil changes waste resources, while delayed changes cause failures, leaving repair costs and downtime losses high.

Limited Monitoring Parameters

Traditional systems often measure only a few parameters, such as temperature and pressure, and cannot fully reflect oil condition or effectively capture critical information such as metallic wear particles.

On-Site Safety

Manual sampling requires entry into high-radiation areas, posing substantial safety risks.

Slow Response

Long data-update cycles in some systems fail to capture rapid oil-condition changes, delaying warnings and increasing downtime risks.

Product Advantages

Integrated Multi-Parameter Monitoring

Covers critical nuclear power oils, including lubricants and hydraulic oils, monitoring cleanliness, moisture, viscosity and oxidation to detect deterioration accurately.

High Accuracy and Interference Immunity

Dedicated diagnostic algorithms filter interference and improve accuracy, with graded warnings for early detection and action.

Fast Response and Adjustable Data Accumulation

Fast response and adjustable accumulation periods capture rapid oil-condition changes and provide timely warnings to O&M personnel.

Built-In Self-Checks

Internal temperature and oil-flow velocity measurements check sensor operating conditions and oil-circuit flow, ensuring good detection conditions and representative samples.