PT. CATUR PRIMA TEHNIK

PRODUCT

Vessels

Our Innovations

Housing ( Vessel )

GAS FILTER SEPARATORS

HOW IT WORKS

  1. Contaminated gas enters and impinges on the pipe risers
    – Risers help to separate out free liquids and also serve to evenly distribute the gas through the 1st stage cartridges
  2. Gas flows through the cartridges from outside-to-inside in the 1st stage of the vessel
    – Solid contaminants are trapped and
    removed from the gas stream
    – Liquid particles are coalesced
  3. 1st stage separated liquids are
    collected in 1st stage sump
  4. 2nd stage mist extraction device
    removes coalesced droplets
  5. 2nd stage coalesced liquids are
    collected in 2nd stage sump
  6. Dry, clean gas exits the vessel

GAS COALESCER

HOW IT WORKS

Contaminated gas enters through the inlet in the lower portion (1st stage) of the housing allowing
droplets with a heavy enough mass to drop out with gravity and be drained off. A proprietary PEFDBS baffle screen in the 1st stage ensures that liquid collected in the bottom will not re-entrain with the gas. The gas then flows inside-to-outside through the coalescing cartridges allowing aerosol liquid droplets to grow within the cartridge media then drain down the cartridge and collect on the support plate (2nd stage) where they are then drained off. Clean gas will exit the outlet

LIQUID-LIQUID PHASE COALESCER

Having an unwanted immiscible fluid in a product stream can be costly. It can create maintenance issues on equipment and cause
product to be off-spec. Parker coalescing and separation technologies provide solutions to
improve our customers operating costs and improve product quality. Our cartridges are designed to take a mixture of two liquids and remove the unwanted free, immiscible, dispersed droplets from the continuous fluid stream.

GAS FILTERS (DRY GAS)

HOW IT WORKS 

  1. Contaminated gas enters and impinges on
    the pipe risers
    – Risers also serve to
    evenly distribute the gas
    through the cartridges

  2. Gas flows through the
    cartridges from
    outside-to-inside
    – Solid contaminants are
    trapped and removed
    from the gas stream

  3. Dry, clean gas exits
    the vessel

GAS SCRUBBERS

Vertical and horizontal separators and scrubbers utilizing a cyclotube mist extractor to remove liquid contaminants 3 -5 microns and larger. Best for removing crawling liquids and low surface tension liquids such as lube oil, glycol, paraffin, brine, asphaltenes. Made in 12″ to 120″ diameters.

LIQUID PARTICULATE FILTER

High performance and a smaller
vessel footprint are important to
maintaining a clean liquid stream
that protects process equipment and provides quality final products. Thefilter does just
that! The vessel is designed with large diameter cartridges that allow for high flow rates which significantly reduces the number of cartridges to change out versus traditional liquid filters.
The inside-to-outside flow through the cartridge ensures contaminant is captured within the cartridge allowing a cleaner cartridge extraction during change-outs.

LIQUID CARBON FILTERS

The two-stage filter adsorber utilizing a combination of outer filter media and an inner porous extruded carbon block. The activated carbon block maximizes hydrocarbon removal efficiency through extended surface area and eliminates carbon fines into the fluid stream. The filters particulate and absorbs hydrocarbons, extending the on-stream life of the carbon block it encases. The cartridge design provides an additional benefit in that it is lighter weight than a traditional carbon canister, and vessel offers a smaller footprint compared to carbon canister vessels under the same design conditions.