If a flowing stream of gas containing liquid mist is
impinged against a surface, the liquid mist may adhere to and coalesce on the
surface. Technical Data used in the field explained in oil and gas courses in
Islamabad. After the mist coalesces into larger droplets,
the droplets will gravitate to the liquid section of the vessel. If the liquid
content of the gas is high, or if the mist particles are extremely fine,
several successive impingement surfaces may be required to effect satisfactory
removal of the mist. A mist extractor that provides repeated impingement to
remove fine oil mist from the gas
When the direction of flow of a gas stream containing liquid
mist is changed abruptly, inertia causes the liquid to continue in the original
direction of flow. Separation of liquid mist from the gas thus can be effected
because the gas will more readily assume the change of flow direction and will
flow away from the liquid mist particles. The liquid thus removed may coalesce
on a surface or fall to the liquid section below. The mist extractor uses this
method of mist extraction. Some more details of oil and gas courses in
Islamabad are as under.
Change of Flow Velocity: Separation of liquid and gas can be
effected with either a sudden increase or decrease in gas velocity. Both
conditions use the difference in inertia of gas and liquid. With a decrease in
velocity, the higher inertia of the liquid mist carries it forward and away
from the gas. The liquid may then coalesce on some surface and gravitate to the
liquid section of the separator. With an increase in gas velocity,
the higher inertia of the liquid causes the gas to move away from the
liquid, and the liquid may fall to the liquid section of the vessel. one
version of a vane-type mist extractor that uses change of flow velocity. This
mist extractor is used in the typical vertical oil and gas separator. TSK
Training for Skills and Knowledge is the best institute in Rawalpindi Islamabad
for Pakistani Students who wants to join oil and gas courses in
Rawalpindi.

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