Saturated gas, during cooling or pressurization, will have some condensable gas components that form small droplets and flow with the gas. The function of a gas-liquid separator is to process gas containing a small amount of condensate, achieving condensate recovery or gas phase purification. Its structure includes a super-strong designed cyclone separator along with structures like the Bauer ring and stainless steel mist-catching net. It employs centrifugal, flow collection, and multi-stage filtration to more effectively and reliably separate moisture from the gas in a supersaturated state.
The efficient oil remover uses oil-absorbing fibers as the filtering medium, utilizing the oleophilic groups in the fibers to collect and adsorb emulsified oil and oil droplets in the aqueous solution. When the oil layer on the fiber surface reaches a certain thickness, under the action of water flow dynamics and the repulsion of hydrophilic groups in the fibers, the oil droplets detach from the fibers and float to the water surface, thus achieving oil-water separation.
Air passes through the filter cartridge, and due to the combined effects of gravity, inertial diffusion, static electricity, and contact retention, dust settles and accumulates on the filter element.
Clean air is then sent out through the vent after passing through the Venturi tube.
When dust-laden gas enters the dust removal filter cartridge and passes through the filter material, the dust is retained on its surface, while clean air is discharged through the gaps in the filter material, completing the filtration process. Filtration technology is the basic principle of the dust collector filter cartridge. The main types of filtration include fiber filtration, membrane filtration, and dust layer filtration. The dust collector filter cartridge is a combination of fiber filtration, membrane filtration, and dust layer filtration. Its dust removal mechanism is the result of the combined effects of screening, inertial collision, adhesion, diffusion, gravitational settling, and electrostatic effects.
The activated carbon adsorption filter tank adopts a hydraulic simulation long-diameter design and uses high-efficiency activated carbon with a reasonable particle size and a specific surface area greater than 1000㎡/g, which provides both upper layer special filtration and lower layer high-efficiency adsorption functions, greatly improving the purification level of the produced water and the lifespan of the carbon. 2. The residual chlorine content of the water quality after treatment by the activated carbon adsorption filter: ≤0.1 PPM. 3. It has excellent performance in removing odors, organic substances, colloids, iron, and residual chlorine from the water. 4. It also plays a significant role in reducing the turbidity and color of the water, purifying water quality, and minimizing pollution to subsequent systems (reverse osmosis, ultrafiltration, ion exchangers).
Gas filters are widely used in metallurgy, chemical industry, petroleum, papermaking, pharmaceuticals, food, mining, electricity, and urban water supply fields. They are used for filtering industrial wastewater, circulating water, regenerating emulsions, waste oil filtration treatment, continuous casting water systems in the metallurgy industry, blast furnace water systems, and high-pressure water descaling systems for hot rolling. It is an advanced, efficient, and easy-to-operate fully automatic filtration device.
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