Research on Green and Low-carbon of Electrical BWFRP Pipe

Abstract

With the overall acceleration of green and low-carbon transformation of social economy and the continuous emergence of traditional electric power pipe problems, the electrical BWFRP pipe came into being, which not only has many advantages such as light weight and good impact resistance, but also has great advantages and potential in reducing carbon emissions for mankind. This paper introduces the materials and performance index of electrical BWFRP pipe firstly, and then measures the environmental protection degree of electrical BWFRP pipe through carbon footprint analysis, calculates the green low-carbon level of electrical BWFRP pipe from the five stages of production, construction, use, demolition and recycling by using the life cycle assessment method. After comparing with traditional CVPC and MPP pipes in electric power, the results show that the CO2 greenhouse gas emission of electrical BWFRP pipe is smaller in the whole life cycle, the energy conservation and emission reduction efficiency is higher, which is conducive to the realization of carbon neutrality and carbon peak in China.