TY Turbine Oil Vacuum Filtration Machine

TY Turbine Oil Vacuum Filtration Machine

Utilizing reinforced hydrophobic and oleophilic technology, it alters the oil-water interface. Combining the advantages of gravity, vaporization, coalescence, and vacuum separation. It boasts strong impurity removal capability, with large-area, deep-layer precision filter materials capable of removing fine particles from oil. The dehydration and degassing system employs three-dimensional evaporation technology and multi-level oil-water separation technology, quickly separating water and gases from the oil. The heating system features optimized piping design for even heating and stable oil temperature. The precise filtration system features multi-stage filtering with increasing density, and a large capacity for retaining impurities. It effectively removes impurities from the oil and is equipped with an automatic filter core contamination detection function. The automatic constant-temperature control system, automatic liquid level control system, automatic pressure protection system, and excellent configuration ensure high-performance operation. Online oil filtration can be operated unattended, with operating status indicated by indicator lights.

TY Turbine Oil Vacuum Filtration Machine

Features:

1. This machine employs a trinary linear dehydration method and enhanced hydrophilic and water flow principles, effectively removing liquid water, as well as 100% free water and 85% dissolved water.

2. This product utilizes high polymer magnetic materials and does not require any additives for demulsification or emulsion breaking.

3. The equipment features a step-by-step progressive encryption filtration system. Both the primary and secondary filters are made of imported Japanese stainless steel mesh screens, which are washable and reusable, significantly reducing the equipment's operating costs; the precision filter is equipped with an imported American high polymer mesh, offering high precision and effectively removing fine particles and impurities from the oil fluid.

4. Utilizing strong wind condensation technology to condense and remove water from the high-temperature, high-heat mixed gases rapidly extracted by the vacuum pump, enhancing the effective output power of the equipment and significantly extending the lifespan of the vacuum pump.

5. The heater features a low-load design to ensure even heating of the oil within the heater, effectively preventing oil quality decomposition and aging. The heating system utilizes an optimized pipeline design to eliminate dead oil zones and includes a dry burn prevention feature.

6. Utilizing a medium condensation unit, combined with strong wind cooling and water cooling, to enhance the durability of the equipment.

7. User-friendly electrical system design with maintenance-free infrared liquid level control, automatic control prevents oil leakage.

8. Achieves unattended online operation with steam turbines, water turbines, and other equipment, featuring low noise and compliance with the world's high environmental protection standards.

9. If the oil acid value exceeds the standard, an optional BZ unit can be fitted to reduce the acid value and dielectric loss; processed oil acid value (Mgkoh/g) ≤ 0.03.

10. This series of products integrates multiple technologies, including vacuum drying, separation engineering techniques, coagulation technology, and secret adsorption-based ultra-filtration technology.

11. The equipment can automatically drain without shutting down, making the operation and use of the equipment simpler and more user-friendly.