Oil-water separation filter element types, characteristics, characteristics

Oil-water separation filter element types, characteristics, characteristics
Oil-water separation filter element is also known as coalescing separation filter element, coalescing dehydration filter element, oil-water separation filter element, coalescing filter element, gas-liquid coalescence filter element, oil-water separation filter element, coalescing oil-water separation filter element and coalescing separation filter element , oil-water separation filter screen, coalescing dehydration filter element, oil-water separation marine filter element oil-water separation filter element, lipophilic and hydrophobic filter element, coalescing separation filter element, oil-water separation coalescing marine filter element filter.
The coalescing filter element has the dual function of filtering impurities from diesel, hydraulic oil, and other oily substances and coalescing moisture. It is an important functional component of the coalescing filter. Coalescing filter elements meet the needs of a variety of coalescing filters for use in fixed mobile refueling facilities.
Features of the oil-water separation coalescer filter element:
1) Using multi-layer composite structure filter paper, high filtration accuracy:
2) Large dirt holding capacity and long service life;
3) Large flow density, reducing the size of the fine filter;
4) Carefully set up and specially treated glass fiber layers, with good coalescing effect;
5) The structure and materials comply with API-1581 and GJB610-88 standard requirements;
6) The specifications and varieties are complete, which can meet the needs of various fine filters; 
coalescing The separator is mainly designed for liquid-liquid separation. It contains two types of filter elements, namely: poly filter element and separation filter element. For example, in the oil water removal system, after the oil flows into the coalescing separator, it first flows through the coalescing filter element, which filters out solid impurities and coalesces very small water droplets into larger water droplets. Most of the coalesced water droplets can be separated and removed from the oil by their own weight and settle into the water collection tank. Then the oil flows through the separation filter element. Since the separation filter element has good lipophilic and hydrophobic properties, the water is further separated. Finally, the clean, water-free oil flows out of the coalescing separator. The oil first enters the lower part of the filter housing through the inlet pipe, and then flows into the filter element from the outside to the inside. At this time, the coarser particles will immediately settle and be released from the drain valve, while the smaller particles will be intercepted by the filter element.
The oil-water separation filter element is mainly designed for oil-water separation. It contains two types of filter elements, namely: poly filter element and separation filter element. For example, in the oil water removal system, after the oil flows into the coalescing separator, it first flows through the coalescing filter element, which filters out solid impurities and coalesces very small water droplets into larger water droplets. Most of the coalesced water droplets can be separated and removed from the oil by their own weight and settle into the water collection tank.
The oil-water separator is an instrument that separates oil and water. It mainly uses the principle of gravity sedimentation to remove impurities and moisture based on the density difference between water and fuel. There are also separation elements such as diffusion cones and filters inside.
1. Working principle: Oil-water separator The compressed air oil-water separator is composed of a shell, a cyclone separator, a filter element, and sewage discharge components. When the compressed air containing a large amount of oil and water solid impurities enters the separator, it spins down along its inner wall. The centrifugal effect produced causes the oil and water to separate from the steam flow and flow down the wall to the bottom of the oil-water separator, and then Then the filter element performs fine filtration. Because the filter element is made of three kinds of fiber filter materials: coarse, fine and ultra-fine, it has high filtration efficiency (up to 99.9%) and low resistance. When the gas passes through the filter element, it will inertially collide due to the obstruction of the filter element. As well as the van der Waals force between molecules, electrostatic attraction and vacuum suction, it is firmly adhered to the fiber of the filter material, and gradually increases into droplets, which drip into the bottom of the separator under the action of gravity and are discharged from the drain valve.
2. Product Features
1. The main material of the catering wastewater grease trap is made of stainless steel, which is not easy to corrode and is durable.
2. Reasonable settings can effectively automatically separate suspended solids, floating oil and sewage. Vegetable residues, floating oil, suspended solids, agglomerated animal oil, saponified tofu-like grease or hard lumps are discharged separately at the same time.
3. Animal oil cannot be dissolved by heating, so there is no risk of biogas explosion. It is most suitable for processing sticky or solidified lard and salad oil.
4. Electronic control device, low power consumption. At the same time, no personnel is required and it operates automatically.
5. The equipment is easy to install and operate, with few failures.
6. Compact in size, does not take up space, and scientifically designed.
7. The length, width and height dimensions of the equipment can be customized on-site according to the customer's use.
8. The grease trap is a box structure that can be buried underground or on the ground. After the anti-slip box cover is opened, the sewage flows into the residue trap chamber through the inlet, leaving behind solid matter. The sewage flows into the grease trap chamber through the lower edge of the partition and is passed by gravity. A large amount of grease is separated and floats on the surface. The deoiled sewage flows into the grease blocking chamber through the lower edge of the partition. The grease is separated again and floats to the surface. The deoiled sewage outlet flows into the unified and standardized water purification sampling chamber stipulated by the State Environmental Protection Administration to facilitate sampling. Through the discharge pipe discharge.