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FRP pipe is a light, high, corrosion-resistant non-metallic pipe. The glass fiber is combined with the resin matrix and is wound on the rotating mandrel layer by layer according to the process requirements, and the quartz sand is evenly spread between the fibers as a sand layer. Its pipe wall structure is advanced and reasonable, which can give full play to the role of materials, improve the rigidity under the premise of meeting the strength of use, and ensure the stability and reliability of the product. FRP sand-filled pipes have excellent chemical corrosion resistance, are lightweight, have high power, no scaling, and have substantial impact resistance. Compared with ordinary steel pipes, they have a long service life, low comprehensive cost, fast installation, and safety and reliability.

Today Fiberglass Reinforced Thermosetting Plastic (“FRP”) is being used in many industrial product applications, including the storage and transfer of corrosive materials or the handling of other materials in corrosive environments. While FRP piping has a 65 -year history, it is considered a modern day product material with many new emerging applications that take advantage of its corrosion resistance, strength-to-weight ratio, low maintenance and life cycle cost. This paper discusses the history of FRP piping, current applications of FRP pipe and emerging future technological advances for new applications in petroleum storage and handling facilities.

Since the mid to late 1980’s underground large-diameter composite piping has continued to grow in applications and usage. Technological advancements in the filament winding process, corrosion resistance, education and outreach, and strong market forces have contributed to the popularity of fiberglass pipe. Definitions of what constitutes large-diameter pipes can vary, but generally speaking they range from 12” to 14’ in diameter.

Fiberglass reinforced pipes (FRP) are used in trenchless installation of pipelines because it is lightweight, temperature resistant, strong, and highly resistant to chemicals and corrosion. FRP basically consists of fiberglass and thermosetting resins. These pipes are easy to install and rarely need repair because they are low maintenance. In trenchless methods such as direct pipe, and microtunneling, FRP pipes are used because the jacking pressure required to drive the pipe is significantly reduced owing to its smooth outer surface.