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Exchanger Tube ID Coating | Curran International (The Pitch)

Q: Refineries with '___ ___' exchanger bundles found that thin-film polymer coating eliminated normal ___ as a result of reduced ___ attachment and ___ deposits.

' bad actor ' exchanger bundles normal maintenance foul attachment corrosion deposits.

Q: The application technique achieves a homogenous film, and complete coverage is ensured though 100% inspection according to ___ standards.

ensured through 100% inspection according to NACE standards.

Q: Exchanger tube coatings have proven to reduce ___ and boundary layer ___.

reduce fouling boundary layer drag .

Q: By promoting flow, ___ is reduced and the ___-___ optimal performance of the heat transfer equipment is sustained.

backpressure is reduced long-term optimal performance

Q: Coatings are chosen according to the service ___ and conditions in which they are to be ___, as well as where - in the ___ or in-___.

service temperature applied in the field or in- shop .

Q: Application capabilities include ___ ___ and ___, thick film ___ ___, ___ and ___ filled linings, ___ and ___ linings, and inorganic '___' linings.

polymerized thermosets and thermoplastics , thick film epoxy cladding , ceramic and glass filled linings rubber and sheet linings inorganic ' metallized ' linings.

Q: U-tube exchangers can also be coated. In fact ___% of exchangers coated at Curran's shop are U-tubes.

45% of exchangers coated at Curran's shop are ___.

Q: With U-tube exchanger the only difference to applications is that a ___ coat application is used.

a flow coat applications is used.

Q: Curran can repair your exchanger tubes, by removing all of the scale from the tube wall (including ___ ___) and applying its tube lining system to cover those ___ and the ___ ___.

(including deep pits ) to cover those pits and the tube wall .

15 important questions on Exchanger Tube ID Coating | Curran International (The Pitch)

Refineries with "_ _" exchanger bundles found that thin-film polymer coating eliminated normal _ as a result of reduced _ attachment and ___ deposits.

"bad actor" exchanger bundles
normal maintenance
foul attachment
corrosion deposits.

Exchanger tube ID coating improve operational _ and favorably impact _ ___.

operational efficiency
profit margins

Thin film polymer tube lining materials, applied at 10-12 mils or 250 microns, provide a ___ release suited for all water services.

foul release

The application technique achieves a homogenous film, and complete coverage is ensured though 100% inspection according to ___ standards.

ensured through 100% inspection according to NACE standards.

Exchanger tube coatings have proven to reduce _ and boundary layer _.

reduce fouling
boundary layer drag.

By promoting flow, _ is reduced and the _-___ optimal performance of the heat transfer equipment is sustained.

backpressure is reduced
long-term optimal performance

Coatings are chosen according to the service _ and conditions in which they are to be _, as well as where - in the _ or in-_.

service temperature
applied
in the field or in-shop.

Application capabilities include _ _ and _, thick film _ _, _ and _ filled linings, _ and _ linings, and inorganic "_" linings.

polymerized thermosets and thermoplastics,
thick film epoxy cladding,
ceramic and glass filled linings
rubber and sheet linings
inorganic "metallized" linings.

U-tube exchangers can also be coated. In fact ___% of exchangers coated at Curran's shop are U-tubes.

45% of exchangers coated at Curran's shop are ___.

With U-tube exchanger the only difference to applications is that a ___ coat application is used.

a flow coat applications is used.

Curran can repair your exchanger tubes, by removing all of the scale from the tube wall (including _ _) and applying its tube lining system to cover those _ and the _ ___.

(including deep pits)
to cover those pits and the tube wall.

With used exchanger tube repair, what you're left with is a fully enclosed _ _ that will prevent any further corrosion, and also will eliminate fouling.

...fully enclosed coating system that will...

Bottom Line
Application of polymer coatings to the ID of pipes in heat transfer equipment can:
Increase _ _ duty
Eliminate _
Reduce or eliminate micro and macro _
Reduce normal _ and improve the "_ ___" of fixed assets.

Increase heat transfer duty
Eliminate Corrosion
Reduce or eliminate micro and macro fouling
Reduce normal maintenance and improve the "useful life" of fixed assets.

Some _ exposures, elevated _ or high fluid/gas _ can limit coatings, but great benefits can be achieved by applications within acceptable temperature parameters and exposures _ to the applied coating.

chemical exposures
elevated temperatures
or high fluid/gas velocities
temperatures and exposures appropriate to the applied coating.

Bottom Line
The many advantages of coating tubular systems include:
Cost savings that can amount to _ of dollars per year.
_ equipment life
Energy _
Throughput _ gains.
Savings in comparative cost of entirely _ tubing with expensive _ _ pipes.
Exchanger coatings can eliminate any _ discharge.

Cost savings that can amount to millions of dollars per year.
Perpetual equipment life.
Energy savings.
Throughput efficiency gains.
Savings in comparative cost of entirely replacing tubing with expensive steel alloy pipes.
Exchanger coatings can eliminate any copper discharge.

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Exchanger Tube ID Coating | Curran International (The Pitch)

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Exchanger Tube ID Coating | Curran International (The Pitch)

15 important questions on Exchanger Tube ID Coating | Curran International (The Pitch)

Refineries with "___ ___" exchanger bundles found that thin-film polymer coating eliminated normal ___ as a result of reduced ___ attachment and ___ deposits.

Exchanger tube ID coating improve operational ___ and favorably impact ___ ___.

Thin film polymer tube lining materials, applied at 10-12 mils or 250 microns, provide a ___ release suited for all water services.

The application technique achieves a homogenous film, and complete coverage is ensured though 100% inspection according to ___ standards.

Exchanger tube coatings have proven to reduce ___ and boundary layer ___.

By promoting flow, ___ is reduced and the ___-___ optimal performance of the heat transfer equipment is sustained.

Coatings are chosen according to the service ___ and conditions in which they are to be ___, as well as where - in the ___ or in-___.

Application capabilities include ___ ___ and ___, thick film ___ ___, ___ and ___ filled linings, ___ and ___ linings, and inorganic "___" linings.

U-tube exchangers can also be coated. In fact ___% of exchangers coated at Curran's shop are U-tubes.

With U-tube exchanger the only difference to applications is that a ___ coat application is used.

Curran can repair your exchanger tubes, by removing all of the scale from the tube wall (including ___ ___) and applying its tube lining system to cover those ___ and the ___ ___.

With used exchanger tube repair, what you're left with is a fully enclosed ___ ___ that will prevent any further corrosion, and also will eliminate fouling.

Bottom LineApplication of polymer coatings to the ID of pipes in heat transfer equipment can: Increase ___ ___ dutyEliminate ___Reduce or eliminate micro and macro ___Reduce normal ___ and improve the "___ ___" of fixed assets.

Some ___ exposures, elevated ___ or high fluid/gas ___ can limit coatings, but great benefits can be achieved by applications within acceptable temperature parameters and exposures ___ to the applied coating.

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