The mechanical integrity of process piping is critical to effectively manage process safety, environmental hazards, and business risks in the oil & gas, chemical, petrochemical and power industries. A process piping system failure or leakage could have a significant impact on the business due to interruptions in production, or a catastrophic effect if an explosion or fire occurs or a hazardous fluid is released. Unique geometries often found at such facilities present significant challenges in repairing and maintaining integrity strategy for piping. These challenges are compounded by piping and process complexities, misunderstandings and underestimating the importance of piping. NRI offers a line of emergency leak and structural repair products that address all of the challenges and  help you stay in compliance with state and federal regulations.

Engineered Composite Repairs (ECR)

Engineered composite repairs (ECR) are used to repair and reinforce internal or external corrosion on chemical, oil, gasses, water and steam piping. NRI offers multiple solutions that not only repair the pipe but put it back in service stronger than when it was brand new. They are conformable for repairing straights, elbows, tees, nozzles, reducers, welds and headers. All products are designed to conform to ASME PCC-2, ASME B31, ISO 24817, DOT, API, and CSA Z662 standards. There is no heating or post-curing required. All solutions are cost-effective.

Emergency Leak Repair

NRI’s emergency leak repair can be used as an emergency stop-gap or as a complete ECR system. All products are simple to install, and installation can be performed in-house or by a contractor. The tool crib inventory has a 24-month shelf life. Products are ideal for use with NRI’s ECR systems.

Structural Repair and Reinforcement

We offer ACI 440.2R-08 compliant composite repair systems designed for structural repairs and reinforcement. The systems are comprised of unique, uni-directional carbon or glass fiber fabrics, pre-saturated with the Titan®-MCU Saturant Resin. This product is used to provide structural strengthening of steel structures, without field-saturation being required.