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Finepac
is a leading supplier of process systems for a
wide range of Oil & Gas Internal products.
Finepac custom-builds all of its processing systems
to meet both clients specifications and demands
of onsite conditions. The scope of supply includes
design of columns internals for fixed and floating
production systems, gas/liquid/solid separation
equipment, gas conditioning and liquid processing
equipment, computational fluid dynamic studies
and heat exchanger equipment. While every installation
is unique, each system built benefits from our
extensive experience. |
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Finepac is leading supplier
of process systems for wide range of Oil & Gas Internal&.
Vane Pack:
Vane Pack are designed to separate entrained liquid
from gas stream .The basic design consideration
are particle size of the liquid droplets entrained
& physical properties of the fluid to estimate
pressure drop throughout & efficiency.
•Vane Pack offer a complete range of efficient
vane packs for both horizontal & vertical flow.
•Size of mist droplets which Finepac separate=
10um or larger (under atmospheric pressure maximum
pressure drop 10 bar.) |
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Vane Inlet Device:
•The vane type inlet device dissipates
the momentum of the inlet gas via a change in direction
& velocity hence allowing more efficient
separation via the main separation internal.
•Vane type inlet device reduces gas velocities
flowing over the liquid surface preventing re-entratainment
of previously collected liquid off the
liquid surface. |
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Baffles :
In liquid-liquid Separation, it is essential to
achieve laminar flow through Vessel. Perforated
Plates are used to promote this condition. Baffles
Plates can have either single or multiple skins(Double
Plate). |
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Demister Pad (Mesh Pad) :
•In the most familiar application of
knitted mesh, the crimped strips are stacked to
form a pad with typical thickness of
four or six inches. •Rigidity
is provided by a frame—usually metal—consisting
of a grid on each side and rods passing through
the mesh. Pads larger than about three feet across
are fabricated in sections narrow enough to pass
through a manway for assembly inside a vessel.
Such mesh can efficiently capture mist
droplets as small as 5 microns (micrometers) |
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