BOCIN Gas filter separators system for gas liquid separator gas solid filtering
1, BOCIN FL series gas-liquid coalescer filters
Description >>
BOCIN FL gas-liquid coalescing filter effects:liquid content can be reduced to0.003 ppmw, for the removal of solid particles with accuracy 0.3um up to 99.99%
In gas processing, oil refining and chemical processing and other processes,cleaning and excluding fluid mist gas is crucial for equipment reliability and economical efficiency, coalescer filter elements with BOCIN patent, a multilayer combination of separation material and the hydrophobic and oleophobic treatment,have max effciency to remove liquid and solid contaminants at a lower pressure and would reduce maintenance and operating costs caused by gas contamination.
2, BOCIN-FL filtration elements for gas-liquid separator:
Description >>
BOCIN FL elements use high -density and galss fiber,designed to overall monolithic pipe structure in order to avoid breakage leakage,elements surface is done by Oleophobic and hydrophobic treatment t meet the reuqirement for various levels of precision.
Elements materials >>
1 . support: 304,316L
2 . elements materials: chemical fiber,glass fiber
3 . filtration accuracy(um): 0.1,0.25,1,2,3,5,10
4 . max temperature: 85 degree C
3, BOCIN SW series wire mesh separator
Description >>
BOCIN SW Series filter separator is mainly used in the need for efficient removal of solid and liquid particles, regardless of the particle size these also can be applied. Filter separator is particularly suitable for removing dust and smoke which is extremely small. Its wide range of applications, including eliminating lubricants from processing air, removing impurity from upstream gas pipelines in regulator stations and compressor stations and removing ethanol from the gas after dehydration and etc. Series 500 Separating filter is combined by BOCIN mesh demister and BOCIN coalescence elements. the droplets more than 3-5μm can be 100% separated; between 0.5 ~ 3μm droplets can be 99%separated , and the solid particles 0.5μm are 99% filtered.
Technical parameters>>
1 Work pressure: 0.1~40.0Mpa
2 Work temp: -40~+300
3 Separate accuracy: 0.3,1,3,5μm
4 Separate efficiency: 99.98%
5 Max flowrate: 6500000Nm3/h
4,BOCIN YP series vane separator
BOCIN YP series separating filter is combined by BOCIN vane separated and BOCIN coalescence elements ,the droplets more than 5-8 um can be 100% separated ad the solid particles 0.5 um are 99% filtered.
How it works>>
The wire mesh filter separator working process has three stages:
Step 1: Gravity separating Gas flows into the filter body from inlet pipe. With the strong impact towards the shell surface or cartridge frame, impurity substances in big size will be separated;
Step 2: Screening holes separating Rechargeable filtering devices are equipped at the head side of the separator. The type and accuracy level can be chosen with different working requirements. Solid impurity substances in minimal size will be gathered into mist style stuff and removed.
Step 3: Leaf separating
With a mesh demistre, the liquid drop will be collected and stored in the catch basin in the bottom of the filter separator.
5,BOCIN YP series vane separator
Description >>
BOCIN YP series cyclone separator is a combination of multi-branch cyclone tube and cartridges for separating particles and droplets from gas.
How it works>>
6,Gas filter separator Mesh demister
Description >>
Wire mesh demister, also known as wire mesh mist eliminator, screen capture demister, demister. Primarily used for the separation of diameter greater than 3μm ~ 5μm droplets. When the gas mist with a certain speed to rise through the filter mesh of the intermediate grid, the inertia of the rising mist, make the filaments collide with the mist and adhere to the surface of the filaments. Mist further spread on the surface of the filament, as for itself gravity, the mist is formed larger droplets and flow along its filament interleaving.Along with wettability of the filaments, capillary action and surface tension of the liquid filaments the droplets increases, until the force of its own weight exceeds the buoyancy of the rising gas and liquid surface tension, the drop was separated.
Gas filter separation
Gas fi
