Experience to date

• Pressures up to 345barg
• Temperatures from -50 to +210oC
• Up to 18m diameter
• Live and offline repairs
• Wide range of geometry
• Wide range of chemicals
• Lengths >100m
• Confined locations
• Pipes, tanks, vessels and other components

Applications

Furmanite’s experience includes:

•  Cooling water systems
• Fire water systems
• Oil export headers
• Utility lines
• Drains
• Sump tanks
• Caissons
• Separators
• Deck repairs
• Splash Zones
• Secondary Structures

Furmanite composite repair technology provides you with highly desirable advantages:

• Lower total project costs
• Pressure retention capability to 3,072 PSI (209 bar)
• Close fitting repairs
• May be applied in confined spaces
• Provides leak sealing capability
• Provides chemical and environmental resistance
• Materials conform to irregular shapes and are formed to shape on site
• Repair kits are lightweight and easy to transport and handle
• Up to ten times stronger than steel
• Non corroding

Perhaps the best reason for choosing one of Furmanite’s composite repair solutions is the predictability of performance. Our composite repair technology offers a long-term performance solution that provides permanent, minimal maintenance repairs. Every composite repair we execute is fully engineered to suit the application and is designed to achieve optimal bonding to the substrate material and to retain full structural strength and integrity of the repaired asset.

Composite Repair Application Examples

Composite Repair Application Example 1

• 20″ Sweet Gas header
• Internal corrosion in 3 locations
• Design Pressure 1204 PSI
• Design Temperature 212

Composite Repair Application Example 2

• 30″ Crude Line
• 478 PSI design pressure
• 7 areas of heavy corrosion with 5 through-wall defects

Composite Repair Application Example 3

• 24″ High pressure water injection line
• Internal corrosion
• Design Pressure 3331 PSI

Composite Repair Application Example 4

• High Pressure Water Injection Manifold
• Temporary Repair
• Designed to Operate up to 2422 PSI

Composite Repair Application Example 5

• 14″ LLP Flare Line
• Through-wall defect around 300° of circumference
• 428° F radiated heat

Composite Repair Application Example 6

• Caustic soda tank
• 59 ft diameter, 69 ft high,
• Design temperature 230
• Suffering from CUI resulting in severe wall loss to top one third of the tank, with 5 through wall defects
• Repair was carried out with tank on-line