Oilfield delivery hose and pipeline materials are important parts of an oil field. If the pipelines are made from metals, epoxy coating is better suited than other materials. It also provides a protective layer that is resistant to corrosion. Materials for oil pipelines can be made from many materials, including steel and aluminium, as well as copper and a few other materials. This article will discuss the types of material commonly used for pipelines and their advantages. Anticorrosion Technology of Petroleum Pipeline Oil and gas pipelines are critical infrastructures for industry, but they also face a significant risk of material degradation due to corrosion. This paper will discuss the importance and chemistry of corrosion as well as anticorrosion technology for storage tank and pipeline construction. We'll also discuss factors influencing various types of corrosion and the best ways to prevent or reduce their effects. Polyurethane asphalt is a popular anticorrosion coating used for pipelines. It has been used for many years with excellent results and has been in use since the 1990s. It consists of a two-component solvent-free system composed of polyols and isocyanate solutions. This coating protects the pipeline from corrosive forces while also improving its durability. It is resistant to up to 13 mA/m and has high adhesion. Nanotechnology has made it possible to make significant advances in anticorrosion technology. Inorganic non-metallic composite anti-corrosion pipe technology is gaining great popularity in all countries. It's expected to make more breakthroughs in the near future. Nanotechnology can improve the comprehensive properties and performance of organic coatings. Nano particles can also improve adhesion and sealing properties, which can help protect against corrosion. Oil field delivery hose Oil field delivery hoses are exposed to extreme conditions including harsh environments, aggressive wells and a wide variety of chemical and physical agents. Corrosion control is a solution to these problems. While inhibitors are effective in preventing corrosion in some wells, they require frequent injections as well as higher workover frequencies. In addition, inhibitors can't effectively prevent sulfide stress cracking in carbon steel. In contrast, impressed current cathodic protection is a better choice because it has a wide potential protection range, is adaptable to various materials, and has a high enough output current to protect pipelines from corrosive chemicals. Carbon dioxide (CO2) and natural gas are the most common sources of corrosion. These gases and free water can be highly corrosive, and the continuous extraction of these components is a major source of corrosive media. These substances can also cause corrosion to hoses and fittings due to varying well conditions. All of these factors can cause material properties to deteriorate, which can reduce the thickness and eventually lead to system failure. Oil pipeline material The main role of anticorrosion technology for pipeline materials is to prevent corrosion in oil and gas liquids. Although some of these particles dissolve into the fluid, the rest are transported in the pipeline at high speed. Thus, the material of the internal coating should be able to withstand the friction of fast-moving particles and prolong the useful life of the pipeline. With the growth of chemical industry, anticorrosion technology for oil- and gas pipelines is on the rise. Various kinds of new equipment are constantly being developed and tested. A good coating is necessary to protect pipelines against corrosive substances in the soil. Different types of coating materials can be used to coat pipelines, including polyurethane or polypropylene. This is more suitable to pipelines with irregular shapes. The coatings are also more effective than traditional metal-based material. There are still some limitations. For example, the actual corrosion resistance of these coatings is unstable. Its resistance to soil erosion and adhesion is poor. This anticorrosion technology can only be applied to smaller diameter pipelines. In addition to the corrosion caused by oil, corrosive elements can also occur in soil. While soil is not as aggressive as soil in the environment, it is vulnerable to corrosion. Overhead pipelines are most vulnerable to atmospheric corrosion, while buried pipelines are more susceptible to soil erosion and bacterial attack. Luckily, corrosion prevention measures can help avoid these problems and keep pipelines
Anticorrosion Technology of Petroleum Pipeline Materials
