Abstract

The objective of this project is to study the potential use of thermoplastic composite pipe in natural gas industry in India. TCP has many advantages over the low carbon steel which is commonly used. The cost difference of TCP and steel during manufacturing, transporting and flexibility usages makes TCP a better alternative. A composite, is the combination of two or more of reinforcing elements, such as carbon, fiberglass, or aramid fibers, and a formulated thermoplastic or thermoset matrix binder that holds together the structural fibers. They can be up to four times tougher than comparable thermosets. Thermoplastic composites offer unlimited shelf life, faster production, and recyclability of scrap. They offer substantial reductions in flammability, and smoke and toxicity performance, and are relatively insensitive to chemical attack. Typical uses are in aerospace, automotive, sporting goods, marine, and construction. The project is aimed only to the pipeline material aspects. The application of composite pipe in natural gas distribution system is governed by both technical and environmental requirements. The study attempts to identify both sets of requirements and analyse in depth, the Indian gas sector and its future with TCP.