|
 Click
here
to download this page in Adobe Acrobat format.
|
CC Technologies / MIST presents
a new way to efficiently separate during delivery
Flow Inducer |
The CC Technologies/MIST
Inline Separation System is a cost-effective, efficient
device for use in multiphase environments. The system provides
exceptional separation between phases, for a fraction of the
cost of expensive gravity separators and hydrocyclones. The
System can vary in length, from 6 – 10 ft (2 –
3 m) but its flow inducer remains consistent to the diameter
of the pipe, making things manageable and conducive to the
operator. Since it has no moving
parts, it can be placed inline but its small footprint
makes it less obtrusive than a gravity separator.
The CC Technologies/MIST
Inline Separation System is applicable for gas/solid,
gas/liquid, gas/liquid/solid and oil/water systems. The efficiency
of this separator has been determined and tested in an industrial
scale, pilot plant test facility at MIST utilizing 4-inch
diameter pipes.
This Separation System works to protect your
pipes by removing the sand and water that can lead to corrosion
and erosion, this means that you get a cleaner product plus
production problems can be avoided early on. All of this can
add up to substantial savings as the current costs of separation
can run into the millions of dollars.
Don’t just take our word for it, let
us make an appointment for you to view our test facilities
and witness the revolution in separation systems - The
CC Technologies/MIST Inline Separation System.
Industrial Scale Test
Facilities |
Separation System |
|
Using the Inline
Separation System |
|
System Type |
Operating Range |
Separation Effectiveness |
| Gas/Solid |
Gas: 6 – 30ft/s (2 to 10 m/s)
Solids: up to 350 microns |
> 99% |
| Gas/Liquid |
Gas: 6 – 30 ft/s (2 to 10 m/s)
Liquid: 0.003-1.5 ft/s (0.01 to .05 m/s) |
> 98% |
| Oil/Water |
Oil: 1 – 10 ft/s (0.3 – 3 m/s)
Water: 1 – 10 ft/s (0.3 – 3 m/s)
Water cut: 10 – 99%
Oil viscosity: 1 – 100 cp |
> 90% in 1 stage
> 95% with 2 stages |
| Liquid/Solid |
Liquid: 1 – 10 ft/s (0.3 – 3 m/s)
Solids: up to 350 microns |
> 98% |
| Gas/Liquid/Solid |
Gas : 6 – 30 ft/s (2 to 10 m/s)
Liquid: 1 – 10 ft/s (0.3 – 3 m/s)
Solids: up to 350 microns |
> 98% (Two stages needed for separation of heavier
phases) |
Operational Requirement – Operator
must break tight emulsions before entering separator when tight
emulsion exists in pipelines. If the de-emulsifier is effective
within 3 minutes, the separation effectiveness is unchanged.
|
