are the core facilities for ensuring the safe transportation of fluids in modern industry, widely used in fields such as chemical, energy, municipal, and marine engineering. It effectively resists medium corrosion, electrochemical corrosion, and environmental erosion by applying anti-corrosion coatings, lining, or using corrosion-resistant alloy materials on the inner and outer walls of the pipeline. It has the following key uses:
Safe transportation of high-risk media
anti-corrosion pipelines are used to transport corrosive fluids such as sulfur-containing oil and gas, strong acids and alkalis. For example, in oil and gas field exploitation, media with high hydrogen sulfide content are prone to hydrogen embrittlement corrosion. The use of epoxy powder coating or 3PE anti-corrosion steel pipes can avoid pipe wall perforation, prevent explosions and environmental pollution caused by leaks.
Galvanized steel pipes and cement mortar lined pipes in urban water supply and drainage and heating networks can resist scale deposition and electrochemical corrosion, extending their service life from 10-15 years of ordinary steel pipes to over 30 years. The South to North Water Diversion Project uses fusion bonded epoxy coated steel pipes to ensure water quality and pipeline durability.
Desalination of seawater and water injection pipelines for offshore platforms need to deal with chloride ion corrosion and microbial corrosion. Dual phase stainless steel pipelines or fiberglass composite pipelines can withstand harsh marine environments. The Bohai Oilfield project uses nickel based alloy lined pipelines, which increases the service life of subsea oil pipelines by 40%.
Compared to traditional pipelines, anti-corrosion pipelines reduce maintenance frequency by up to 70%. According to data from the International Anti Corrosion Association, the annual economic losses caused by corrosion worldwide are about $2.5 trillion, and the application of anti-corrosion technology can recover more than 30% of the losses. At the same time, it avoids the pollution of soil and water caused by medium leakage, which meets the needs of sustainable development.
