Turbine Oil Purifier

Function: During operation, turbine oil may be mixed with water due to poor sealing or condensation, resulting in oil emulsification, reduced lubrication performance, and even rust of metal parts.
Oil purification method: Use vacuum dehydration, coalescence separation or centrifugal technology to efficiently remove free water and dissolved water.

Function: Metal wear particles, dust, colloid and other impurities in the oil will accelerate the wear of bearings, bushings and other components, and even block the oil circuit.
Oil purification method: Remove particles larger than 1μm through multi-stage precision filtration (such as glass fiber filter element, stainless steel filter screen) to meet NAS or ISO cleanliness standards.

Function: Air or dissolved gas mixed in the oil may cause surface oxidation, increased foaming, and affect lubrication and hydraulic stability.
Oil purification method: Vacuum degassing or ultrasonic defoaming technology to reduce the gas content in the oil.

Function: Long-term operation of oil will produce acidic substances, sludge, etc., due to oxidation, which will reduce the performance of the oil.
Oil purification method: Adsorbent (such as diatomaceous earth, activated clay) or electrostatic oil purification technology to remove acidic components and colloids.

Function: Real-time monitoring of oil parameters such as water content, particle size, acid value, etc. to prevent sudden failures.
Technical application: Some oil purifiers integrate sensors and control systems to achieve automatic operation.