| Customization: | Available |
|---|---|
| Active Ingredient Content: | Resin |
| Application: | Automotive Industry, Electronics, Electronics Industry, Medical Industry, Packaging Industry, Used in Odor-Control Scrubbers & Oil-Water Separat |
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oil droplet coalescence media:
oil droplet coalescence media has an exceptionally high surface area which makes it very suitable as a biological support media. it is far less resistance to airflow than traditional media and makes a design possible at higher air velocity for a smaller footprint. HD Q-PACK is impervious to H2SO4, lightweight and can be stacked to any desired depth. The self-cleaning design makes it resistant to plugging and fouling.
it has also proven itself as a revolutionary coalescing media for oil water separators. For this application, it gives also a very high surface area which can handle high flow rates. It is non-plugging and removes 99,99% of free and dispersed oil.
Feature:
1:Oil droplet removal efficiency can reach more than 99.98%
2:432 m²/m³ of effective coalescing surface. Removes over 99.9% of oil droplets 20 microns and larger.
3:Will not be degraded by microorganisms or sulfuric acid
4:The combination of a 90°angle of repose, with round smooth vertical surfaces and 87% void volume provide excellent self-cleaning and anti-plugging properties in oil water separators with heavy sludge, dirt and biological growth loadings.
5:Higher design flow rate of empty tower and smaller equipment size
6:Compared with Plastic structured packing, Avoid capillary action or short flow in porous media
7:Light weight, no equpped with support grid
8:100%'s bactiria attaching surface acrea, effectively sustain Flora active state
| Size mm |
Surface area ft2/ft3 |
Drip Points | Bulk Density Kg/m3 |
Smallest Grid Opening mm | Void ratio % |
| 305*305*305 mm | 132 | 75000/ft3 | 7.5 lb/ft3 | 0.16"*0.16" | 87.8 % |
| 40*40*40 mm | 612 m2/m3 | No data | 170 Kg/m3 | 0.07"*0.07" | 93% |
FXSINO is a company specialized in the design and manufacture of tower internals, packing, tower trays and the process of energy saving. Mainly develop the production, test and engineering service of mass transfer and separation in Chemical, Petrochemical, Refinery, Fertilizer, Oil & Gas and Environmental Protection areas.
With many years of technological development and production innovation, FXSINO has a very complete production equipment and strength. Widely cooperation with domestic famous Research institute & Multinational Group let FXSINO gain an unprecedented leap in the filed of production application recently.We provide our clients the best priced tower packing, trays and tower internals with good quality, practical utility and high - efficiency. Meanwhile, positively assist our
customer resolve some questions which happened in project design, equipment commission, later maintenance& replacement etc..
"Abandon some of old rules aims to better development, Never stop our progress because of past achievements "is deeply rooted in FXSINO staff heart. We believe each effort and innovation will let us move little faster than others.
1. For exhaust odor control systems: Removal of wastewater treatment plants in the exhaust gas of hydrogen sulfide (H2S), replaced by volcanic deodorant biofilter system used to make the system more compact, smaller footprint, weight updates, blowers load smaller, more efficient system.
2. Oil-water separation system: (1) groundwater as oily water separator filler gas in advance, reduce downtime, extend the inspection and maintenance time. (2) closure system storm water separator.
3. Large display aquarium life support systems for water purification filler biofilm.
Use parallel corrugated plate technology that causes oil droplets to increase in size, and separate more quickly. We offer a unique inclined plate design, called HD Q-PAC. The Q-PAC is made of a structure of interconnecting plates with many crossing points. As the oil/water mixture flows through the separator, new droplets coalesce with retained droplets and form larger droplets. The enlarged droplets rise to the surface and decant from the separator.
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