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Energy Infrastructure
High-Temperature Composites for Energy Infrastructure
Durable materials for downhole tools and geothermal and oilfield components exposed to high pressure, high temperature and sour gas, without relying on a single source.
The Challenge
Critical energy components depend on offshore-controlled material
Energy infrastructure—specifically deep-well geothermal and oilfield operations—faces a "brittle-failure crisis." Downhole tooling is pushed to limits of 20,000 psi and 300°C while exposed to aggressive Acid Gas (H2S), causing standard composites to delaminate and metal components to corrode. Industry is further strained by sole-source dependencies on high-cost alloys and long lead times, forcing operators to accept shorter service lives.
What the Industry Demands
Pressure Resilience
Corrosion Immunity
Thermal Stability
Supply Chain Reliability
Why nandina
Engineering for Extreme Environments
Pressure & Temperature Resilience
Engineering materials that maintain structural integrity and thermal stability at 20,000+ psi and 300°C+, preventing the 'brittle-failure' common in standard composites during thermal cycling.
Corrosion Immunity
Proprietary sizing creates a molecular seal, preventing Acid Gas (H2S) penetration and extending asset life.
Scalable Manufacturing
High-throughput compression moulding (RemForge™) to replace expensive, long-lead metal alloys.
WHICH REM™ PRODUCTS APPLY
