Turbine Oil Purifier

Turbine oil purifiers mainly work based on technologies such as vacuum dehydration, coalescence separation, and filtration. By combining these advanced technologies, multi-stage filtration is achieved to effectively remove water, debris, and other harmful contaminants. Here's how it works:

• Coarse Filter - After the equipment is started, the contaminated fluid enters the coarse filter through the hose under the action of atmospheric pressure, and large particles of impurities are removed.
• Dewatering System - The preliminarily filtered fluid enters a vacuum dehydration system or coalescing separation system to remove the water in it by heating or coalescing.
• Fine Filter - The fluid after water removal enters the fine filter and passes through the fine pore size filter element to remove the tiny impurities and contaminants that were not removed in the first stage.

The above only shows the flow diagram of the vacuum dehydration system. When it comes to vacuum heating systems and coalescing separation systems, most users don't know what to choose. The vacuum heating system is mainly used to remove dissolved water, and the coalescing separation system is used to remove free water. You can choose the right water removal system based on factors such as the type of water pollution and the amount of water.

• Fluid Type: Different fluids may have different viscosities and contaminant contents. The right equipment needs to be selected based on the type of fluid being handled to ensure maximum effectiveness.
• Types of Contaminants: Know the main types and levels of contaminants present in your fluids, such as solid particles, debris, varnish, moisture, gases, and more. Different contaminants require different micron ratings and configurations.
• Throughput: Represents the amount of traffic that can be processed per unit of time. Different applications have different traffic requirements, which need to be determined based on the actual situation. Avoid being too large or too small to cause waste of resources or poor treatment results.

• Micron Rating: This represents the ability to effectively remove particulate contaminants and is typically related to the pore size of the filter element. Selecting the right micron rating for your specific needs ensures the removal of any solids and improves fluid cleanliness.
• Dehydration Efficiency: Mainly achieved by vacuum heating, coalescence separation and other technologies. The choice of dewatering efficiency depends mainly on the amount of water content. If the contaminated fluid contains a large amount of water, a configuration with high dewatering efficiency needs to be selected.
• Durability and Stability: Choose products made from the best materials and optimized for construction to ensure robustness to ensure long-term stable operation and reduce maintenance costs.

• Heating System: At low temperatures, the fluidity of the fluid is poor. Equipment with a heating system is selected to improve flowability.
• Control System: If you want to monitor the operation status of the equipment in real time, you need to choose the equipment with a PLC control system to provide automatic operation operation.
• Auxiliary Parts: Including pressure gauges, thermometers, valves, etc. If you need to specify accessories, you should communicate with the technician when designing the product.

• Ambient Temperature: Different types of turbine oil filter machines need to be selected at different temperatures. In a high-temperature environment, it is necessary to choose equipment made of high-temperature resistant materials; In a low-temperature environment, where fluid flow is poor, it is necessary to choose a product with a heating function.
• Placement Environment: In the indoor environment, ordinary equipment is enough to use; However, in the outdoor environment, it is generally recommended to choose equipment with a canopy, which has the effect of weatherproofing.
• Working Pressure: Represents the ability of the equipment to work stably under various pressure conditions. Usually the working pressure of the equipment should be greater than the working pressure of the system to ensure the smooth passage of the fluid.

• Production Experience: Choose a manufacturer with many years of production experience to provide high-quality and tested products.
• Customer Evaluation: Through customer evaluation and feedback results, you can understand the actual effect and performance of the product.
• Technical Support: Choose a manufacturer that can provide technical support and after-sales service so that any filtration issues can be resolved at any time.