TY Series Turbine Oil (Steam Turbine Oil) Vacuum Filtration Machine

Application:

TY Series Turbine Oil Vacuum Filtration Machine, specifically designed for purifying turbine oil (steam turbine oil) and low-viscosity circulating lubricating oil in generator sets. Suitable for industries such as power, chemical, petroleum, metallurgy, mining, railway, aviation, shipping, and machinery processing. Mainly targets contaminated oils to remove water, gases, acidity, mechanical impurities, and solid particles. Solves issues caused by generator sets with loose shaft seals, steam seal leaks, cold oil cooler leaks, and poor de-watering effects in oil purification devices, which lead to rusting of components, malfunctioning of speed regulation, and the inability of the oil to function effectively and normally.

TY Series Turbine Oil Vacuum Filtration Machines, in addition to dehydrating, demulsifying, and purifying filtration, can also be connected in series with power generation sets for online operation. They are used to regularly remove various solid particles and mechanical impurities that affect the normal operation of the oil in the pipeline and equipment of the power generation sets. The turbine oil (turbine oil) processed by the clean oil machine meets the standard GB/T7596-2000 for Turbine Oil Quality during Power Plant Operation.

Features:

This series of equipment utilizes reinforced oleophilic and hydrophobic technology to alter the oil-water interface. It integrates the advantages of gravity separation, vaporization, coalescence, and vacuum separation.

Highly effective in removing impurities, large-area, deep-layer precision filter materials can remove fine particles from oil.

Dehydration and degassing system, utilizing three-dimensional evaporation technology and multi-level oil-water separation techniques, quickly separates moisture and gas from the oil.

The heating system features an optimized pipeline design for even heating and stable oil temperature.

Precision filtration system, multi-stage filtration with increasing density, high dirt-holding capacity. Effectively removes impurities from oil and is equipped with an automatic detection function for filter core contamination.

Advanced automatic temperature control system, automatic liquid level control system, automatic pressure protection system, and exquisite configuration ensure high-performance operation of the equipment.

Blast-proof devices available upon customer request, with explosion-proof grades of ExdII BT4 and ExdII CT4.

Online oil filtering, can operate unmanned, the operating status is indicated by the indicator lights.

User-friendly design, low noise, easy operation, long maintenance intervals, low energy consumption, cost-effective operation.

The entire unit is equipped with interlock safety protection, with the oil filling and heating systems interlocked to prevent adverse effects from incorrect operation.

Filter core replacement indicator, filter core saturation shutdown device.

Equipped with a leakage and overload shutdown device to protect the motor.

Sequence and phase loss protection features, with a sudden shutdown safety mechanism.

※ Dimensions, appearance, and technical specifications of the equipment are for reference only and may slightly vary with the continuous development of the product. Please refer to the actual product.

Section 4: Workflow

During operation, the vacuum oil purifier first introduces the contaminated oil into the primary filter to remove larger mechanical impurities. It then enters the electric heater, where the oil is heated to reduce its viscosity. Subsequently, the oil's large water content is separated out through coalescence and sedimentation. The oil's moisture is then converted from a liquid to a vapor state through a series of actions including spraying, flash vaporization, and atomization. The vapor is condensed through the gas pipeline into liquid droplets and expelled. At this point, the oil is pumped through the oil pipeline and filtered by a secondary filter and a precision filter, resulting in oil free of impurities and moisture. This oil meets the standards for recycled oil use and can be reused to save on oil costs. For deep purification and filtering, the oil can be introduced into a regeneration tank to regenerate degraded oil, removing acid values, soaps, and pigments. Refer to Figure 1 for the workflow (the de-acidification unit is configured as needed.)

Section 5: Vacuum Oil Filter Machine Diagram