Select a system module below to review scope, standards alignment, and application context. All systems include QA/QC documentation, field crew deployment, and post-application inspection protocols.
Glass Reinforced Epoxy (GRE) internal lining provides a corrosion-resistant barrier for pipeline transport of oil, gas, water injection, and chemical fluids. Our GRE systems include full process coverage — surface preparation, application, curing, and inspection.
Internal Lining
Welding Process
Thermal Application
Lining Removal
API 15LR
Multi-layer external wrap systems protect buried and exposed pipelines from soil corrosion, moisture ingress, and mechanical damage. Applied in controlled field conditions with documented overlap and adhesion verification.
Buried Pipeline
Multi-Layer Tape
Field Application
AWWA C214
Fusion-bonded epoxy (FBE) and multi-coat coating systems for long-term external corrosion protection. Applied in facility or field conditions with SA 2.5 surface preparation and DFT measurement at every stage.
FBE Coating
Multi-Coat
DFT Inspection
ISO 21809
High-density polyethylene lining delivers chemical resistance and flow efficiency for aggressive service environments including water injection, produced water, and chemical transport applications.
Chemical Resistance
Water Injection
Pull-Through Lining
ISO 4427
Reinforced Thermoplastic Pipe (RTP) provides flexible, corrosion-free pipeline infrastructure for onshore and offshore applications. Composite construction eliminates internal and external corrosion concerns entirely.
Flexible Composite
Corrosion-Free
Offshore Capable
API 15S
Room Temperature Vulcanizing (RTV) silicone coatings protect transmission and distribution insulators from pollution flashover, tracking, and environmental degradation. Field-applied by certified crews across substation and line networks.
Insulator Coating
Flashover Prevention
Transmission Lines
IEC 62217