FACS - PRODUCTS

 

 

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PRT Aquawrap® is water activated, resin impregnated fiberglass fabric, made in varying lengths and widths to accommodate all pipe sizes and wall thicknesses. It is nontoxic, easy to apply and is suitable for a variety of pipeline applications, including, but not limited to reinforcement, corrosion protection, abrasion, impact protection, and in certain instances, leak repair.

 

 

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PRT Aquawrap® is supplied ‘’ ready to use" and requires no mixing or measuring. The only requirement is a source of water. Although water activated, the product is not water-soluble and works equally as well in wet or dry conditions, and under water.

PRT Aquawrap® is a fast, efficient, economical, easy to use alternative to any other repair product or replacement. In most applications, the need for pressure reduction is minimized and downtime is eliminated.

PRT Permanent pipe repair System is an innovative combination of the strong advantages of our non-permeable epoxies in concert with our high strength Moisture Cure Urethane (MCU) pre-preg wraps to produce a task specific, field applied solution to even the toughest piping repair and remediation problems.
PRT Aquawrap® is highly chemical resistant, non-conductive and can be specifically engineered to custom fit the application requirements.

 

PRT Permanent Pipe Repair System offers complete, long life external piping remediation, repair reinforcement, and hoop strength replacement to any size piping constructed of virtually any material. The inherent isolation characteristics also provide complete elimination of electrolysis by protecting against exposure from the elements. Not only this, but it has the flexibility to conform to
any shape or configuration, including elbows, manifolds, tees, reducers or bends.

 

PDO T-4818 Free Water KO Tank

 

 

Cathodic protection:

 

Composite wraps will insulate the pipe from electrical and/or magnetic field originating from outside the pipe itself. All coatings including fusion bonded epoxy, composites, will act as "cathodic protection", since they shield and isolate the base metal of the pipe from the surrounding environment. The composites will shield the disbursement of electrical current and energy from leaving the pipe, so if the pipe has active conductive CP, the non-conductive composites will actually help by retaining the electrical charge in the metal.

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 PRT Aquawrap® principal element of a Permanent pipe Repair System is allowed for repairs on D.O.T. regulated Pipelines per 49 CFR, Parts 192 and 195 as well as other industry standards.

 

Pipeline Repair

 

Natural Gas Line Reinforcement

 

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Serious corrosion had severely damaged the underside of this 24’’ natural gas transmission pipeline. It suffered nearly 78% wall loss in some areas. After careful surface preparation, PRT Aquawrap® was used to restore integrity to the pipe. No shutdown of the line was required and it remained in service during repair.

 

 

 

Bell Joint Repair

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Pipe flex along with expansion and contraction caused this joint to leak. PRT Aquawrap® was used to seal the leak and reinforce the joint. The wrap went onto the spigot end and right over the bell, as one continuous wrap. This method is an economical way to solve this type of low pressure leak on large diameter pipelines.

 

Watewater Line Repairces_prt_products_brochure_0509-1_img_18.jpg

The 24’’ effluent water line was experiencing corrosion pitting and leakage along a 25 feet section. The entire line was encapsulated, including the mechanical joint fittings.

 

 

 

 

 

 

 

 

 

 

 

ces_prt_products_brochure_0509-1_img_22.jpgSteel Cylinder Line Reinforcement

Corrosion had caused the reinforcement wires on this line to erode away, thus creating a structurally deficient piping system.
PRT Aquawrap® was used to replace the strength of the wire and to prevent any further corrosion damage to the area.

 

 

 

 

 

ces_prt_products_brochure_0509-1_img_23.jpgClamps Encapsulation


Crude oil line repair
Steel Cylinder Line Reinforcement
Corrosion had caused the reinforcement wires on this line to erode away, thus creating a structurally deficient piping system.
PRT Aquawrap® was used to replace the strength of the wire and to prevent any further corrosion damage to the area.
To provide a more permanent repair, bolt-on repair clamps can be encapsulated with composite.
This action restores strength and integrity to the pipe.
Complete encapsulation of
18 inch field fabricated clamp.ces_prt_products_brochure_0509-1_img_24.jpg

 

 

 

 

 

 

 

 

 

 

 

ces_prt_products_brochure_0509-1_img_29.jpgCrude Oil Line repair 

The leak was the result of external corrosion on this 24’’ line. The leak was sealed mechanically. The repair was completed by encapsulating with PRT Aquawrap® the clamp that was covering the damage area. This work was performed at Nembe, Bayelsa State, Nigeria for Agip Oil Co.

 

 

 

 

 

 

 

 

The following type of defects may be repaired.
- External corrosion where structural integrity is compromised. In this case it is probable the application of a Repair System will arrest further deterioration;
- External damage such as dents, gouges, fretting or wear (at supports);
- Cracks may be repaired if they are prepared in accordance.
- Internal corrosion and / or erosion, which may or may not be leaking. In this case it is probable that corrosion will continue and the assessment must take this into account;
- Leaks;
- Manufacturing or fabrication defects.

Internal fluids and external environments shall be considered with respect to compatibility of the composite. The upper pressure / temperature limits are dependent on the type of damage being repaired and the Repair System being used. These limits are determined by the testing and qualification requirements of this Article. A lower temperature limit of –50oC (-58oF) shall be assumed unless a lower temperature capability is demonstrated through qualification testing.
This Repair System can be applied to both metallic and non-metallic (substrate) pipe materials.

 

PRT-AQUAWRAP : Pre-preg water activated pipe wrapping composite repair tape available in different widths, lenghts, fiber orientation & fibert types (G-03,G-05 & Carbon fiber).

Aquawrap  Beartm:  Pre-preg water activated reinforcement tubular material, braided.

PowerSleeve(r) : High strenght, engineered composite field wet-out system. Different substrate & resin system available.

5/20 Epoxy Stick: Co-Axial epoxy filler putty stick (green).

5/20 UW Epoxy Stick: Under Wate, Co-Axial epoxy filler stick (green).

 
PRT PowerSleeve

PRT PowerSleeve® / Field Wetted

Power Sleeve

PowerSleeve

PRT PowerSleeve® is our Field-Wetted 100% solids epoxy, engineered composite system. In the PRT design process it is used to encapsulate internal corrosion and act as a barrier against future through wall conditions in piping repairs. It also provides substantial hoop and axial strength reinforcement properties.

PRT PowerSleeve® consists of a high strength E-glass and Kevlar® hybrid fabric. It is a tri-axial, non-crimped design that is factory pre-treated to assure absolute micro-fiber matrix saturation. Alternate custom fiber alloys and carbon fiber are available for special applications.

PRT PowerSleeve® engineered composite systems combine our hybrid fabric with a PowerMatrix™ 100% solids, impermeable epoxy matrix. In addition to our high performance Standard Matrix, the PowerMatrix™ line has differing formulations for specific high heat requirements and chemical resistance applications.

PRT PowerSleeve is effective in a variety of applications. In addition to piping encapsulations, it is ideal for layups on complex, curved and irregular surfaces due to its conformability. Also, because of the exceptional adhesion properties of the PowerMatrix™ epoxy, it is highly effective for containment and reinforcement of flat surface repairs.

PRT PowerSleeve® kits are size specific packages for pipe diameters ranging from 6 inches to 108 inches. Each kit ships with the precise, factory measured fiber reinforcement and PowerMatrix™ quantities for the repair of a specified pipe diameter. This factory pre-measuring system eliminates field installation errors and assures proper saturation levels. Complete installation supplies such as primer, stricture banding, spreader, gloves, safety glasses, mixing sticks, brushes and UV protective paint for final topcoat are also included in the kits. Because of these controls and preparations, PRT PowerSleeve® installations are efficient and trouble free.

What Kind of Pipes?

  • Aluminum
  • Cast iron
  • Copper
  • GRE
  • Polyethylene
  • Stainless steel
  • Carbon steel
  • Concrete
  • Fiberglass
  • PVC
  • Polypropylene
  • Titanium

Characteristics of the Standard Matrix System

  • Chemical Resistance - acetone, mek, toluene, gasoline, ethyl alcohol and many others
  • Tensile Strength - 75,411 psi
  • Interlaminar Shear - 4,580 psi
  • Compressive Strength - 29,400 psi
  • Tensile Modulus (e-6psi) - 3.9
  • Working Time - 30 min pot life, 1 hour layup
  • Cure Time - 8 hours @ 77° F
  • Operating temperature Tg - 185° F
 
PowerSleeve® Type W-11 Standard
PowerSleeve® Type W-11, 439
Reinforcement
Stitched tri-axial Kevlar/glass hybrid
Stitched tri-axial Kevlar/glass hybrid
Dry Fabric Weight, (oz./sq. yd.)
22
22
Nominal Thickness (mils)
26
26
Tensile Strength (psi)
75,411
51,876
Tensile Modulus

(e-6 psi)

3.9
2.7
Tensile Load

per ply (pounds)

1,717
1,810
Compressive Strength (psi)
29,400
34,800
Interlaminar Shear (psi)
4,580
4,860

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Alternate PowerMatrix™

Properties

Standard

System

70079 System
439

System

439-S

System

X-TEMP-2™

System

General

Characteristics

The “standard” system. For general use in mild air temperatures onto clean, dry surfaces.
Low temperature system featuring excellent chemical resistance.
The medium temperature system that has slightly better chemical resistance and will post-cure heat treat to a very high Tg.
The slow-cure version of the 439 System. Use where a longer cure time is desired.
High temperature system. For use in applications with constant high working temperatures
Gel time in pot @ 77° F
25 minutes
30 minutes
30-40 minutes
12 hours
12 hours
Working time after fabric saturation @ 77°F
30-40 minutes
1 hour
90 min
3 hours
3 hours
Dry time after layup @ 77°F
30-60 minutes
8 hours
2 hours (est.), 1 hour @150°F
2 hours @ 150°F
2 hours @ 150°F
Installation temp. range
45°F – 110°F
55°F – 100°F
75°F – 135°F
150°F – 220°F
150°F – 220°F
Operating temp. range
-65°F – 220°F
-40°F – 140°F
32°F – 325°F
32°F – 325°F
32°F – 525°F

Temperature Adjusted Pot Life and Set Times Half or Double for Each 10°C Change

TEMPERATURE
POT LIFE
SET TIME (layup)
45°C (113°F)
7.5 minutes
1 hour
35°C (95°F)
15 minutes
2 hours
25°C (77°F)
30 minutes
4 hours
15°C (59°F)
60 minutes
8 hours
5°C (41°F)
120 minutes
16 hours

What Types of Repairs?

  • Abrasion / wear resistance
  • Bend repairs
  • Corrosion mitigation
  • Cracks
  • Dents / gouges
  • Encapsulation
  • Full hoop / axial strength replacement
  • Isolation / Insulation
  • Leak repair (special applications)
  • Manufacturing / fabrication defects
  • Structural reinforcement
  • Weld joint/HAZ reinforcement

Pressure testing of a repaired pipe section pursuant to the “Short Term Spool Test” in appendix III of ASME PCC-2.

6" X42 80% Wall Loss Machined Defect 6.625” x 3.125”

6″ X42 80% Wall Loss Machined Defect 6.625” x 3.125”

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Tested to 8200 psi With No Failure per ASME PCC-2

Tested to 8200 psi With No Failure per ASME PCC-2

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PRT PowerSleeve® Installation

A. 12” Natural Gas / Internal Corrosion / NACE II Media Blast Preparation

A. 12” Natural Gas / Internal Corrosion / NACE II Media Blast Preparation

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B.  Primed Repair Area with PRT PowerSleeve® Epoxy Primer

B. Primed Repair Area with PRT PowerSleeve® Epoxy

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C.  Field Wetting E-Glass / Kevlar® Hybrid Fabric with 100% Solids Epoxy

C. Field Wetting E-Glass / Kevlar® Hybrid Fabric with 100% Solids Epoxy

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D.  Installing First Layer of PRT PowerSleeve® Composite

D. Installing First Layer of PRT PowerSleeve® Composite

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E.  Installing Final Layers of Composite Wrap

E. Installing Final Layers of Composite Wrap

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F.   Completing Installation by Securing with Stricture Banding During Cure

 
Properties of the composite System

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