The ZL series turbine oil vacuum oil filter is widely used in metallurgy, chemical, electric power and other fields. It is mainly suitable for steam turbine turbine oil, water turbine turbine oil, and also applicable to hydraulic oil, refrigeration oil and other low-viscosity lubricating oils that need to remove large amounts of water and achieve fine filtration of impurities.
Application Scope
The ZL series turbine oil vacuum oil filter is widely used in metallurgy, chemical, electric power and other fields. It is mainly suitable for steam turbine turbine oil, water turbine turbine oil, and also applicable to hydraulic oil, refrigeration oil and other low-viscosity lubricating oils that need to remove large amounts of water and achieve fine filtration of impurities.
ZL High-Efficiency Vacuum Oil FilterProduct Description
The ZL series turbine oil vacuum oil filter has multiple technologies, integrating vacuum drying, separation engineering technology, coalescence technology, adsorption technology and fine filtration technology. Under high vacuum state, it can quickly and reliably remove water, gas, impurities, colloids, sludge and various pigments from oil. It also reduces dielectric loss and acid value, improves demulsification, and comprehensively improves oil quality. It can achieve online operation, automatic water drainage without stopping the machine, making waste oil reach the standard of new oil, and is easy to operate.
For example, during long-term operation of steam turbines in power plants and power stations, water, dust and solid particle impurities will inevitably mix into turbine oil due to various complex reasons, accelerating oil oxidation, promoting the formation of foam, scale and sludge, causing serious emulsification of oil, making it difficult to separate oil and water, and reducing the lubricating, anti-wear, heat dissipation and cooling performance of oil. At the same time, it causes corrosion and wear of metal parts in steam turbines, affecting the safe operation of steam turbines. The ZL series turbine oil purification device is designed and produced to solve the above problems.
Technical Features
Strong ability to remove water and demulsify
The adopted coalescence separation technology and specially made demulsification device (water separator) can not only quickly and easily separate large amounts of water from oil, but also facilitate the removal of trace water in oil, making turbid and emulsified oil clear and transparent.
Strong ability to filter impurities, with automatic backwash function
This machine adopts multi-stage cartridge filters, with strong ability to filter impurities. The coarse filter uses a large-flow washable filter element, with high filtration efficiency, which can remove a large amount of impurities in oil; the fine filter adopts "gradual density" technology, with high filtration precision, large dirt holding capacity, high strength and long life, which can remove fine particles in oil, so that even seriously polluted turbine oil can be restored to within the "Control Standard for Pollution Degree of Operating Turbine Oil". The whole machine is designed with automatic backwash function, which not only improves the continuous working time of the equipment, but also ensures the service life of the filter element.
High degree of automation, safe and reliable
The control system of this machine is safe and reliable. All control electrical components are imported products. It independently uses advanced liquid level automatic control system, temperature constant automatic control system, and electrical automatic protection control system, making operation simple, safe and reliable. It can also be equipped with a computer fully automatic type according to needs, realizing unattended operation.
Humanized and environmentally friendly design of the whole machine
This machine adopts scientific layout, humanized design, convenient use, low working noise, and can work online for a long time. The chassis structure incorporates environmental protection concepts, ensuring no oil stains on the ground during operation and reducing environmental pollution.
