technology

CO2 cryogenic piping is a special piping system that is mainly used to transport cryogenic liquid carbon dioxide. This piping system has the following characteristics: Low temperature resistance Since liquid CO2 is very low at room temperature (around -78°C), CO2 cryogenic pipes need to have excellent low temperature resistance to ensure that there is no […]

The solution to the bending of cryogenic pipes depends mainly on the degree and cause of the bending. Here are some common workarounds: Heating recovery If the pipe is severely bent but not yet a serious problem has occurred, the heating recovery method can be considered. A device such as a heating wire or flame

The bending of cryogenic pipes is usually caused by the following reasons: Pipe Turning Design and Layout This is one of the main reasons for pipe bending and laying. During the design and placement of piping systems, piping turn design may be required to accommodate specific terrain, building structures, or other equipment needs. Undulation of

Cryogenic tubes have important applications in a number of specific projects, including but not limited to the following: Oil and gas industry In the oil and gas industry, low-temperature steel pipes are widely used to transport and store flammable, explosive or toxic substances such as natural gas and oil. These pipes need to withstand extreme

Cryogenic tubes come in a variety of materials and sizes, and here are some of the common types and specifications: Materials: Stainless steel This material has good corrosion resistance, high temperature resistance and high strength, and is especially suitable for pipes that need to withstand extreme low temperature environments. Low-temperature alloy steel pipe It has

Cryogenic tubes work best in low temperature environments, specifically, they are suitable for low temperatures from -45°C to -195°C. This piping material is commonly used in cryogenic pressure vessel piping, cryogenic heat exchanger piping, and fluid transfer piping in cryogenic environments. For example, it can be applied in petroleum geological drill pipes, petrochemical cracking tubes,

Cryogenic tubes are mainly made of the following materials: Stainless steel Stainless steel is a corrosion-resistant, high-temperature-resistant, high-strength material, it can still maintain good mechanical properties in a low-temperature environment, so it is widely used in the manufacture of low-temperature pipelines. Low-temperature high-strength steel This steel uses carbon monomanganese as the main material, and a

Cryogenic technology is available in many countries. Here are some of these countries and their achievements in this field: Russia The Institute of Catalysis of the Siberian Branch of the Russian Academy of Sciences has developed a low-temperature heating technology that can be used to heat cold regions and is expected to change the global

Cryogenic technology is a field that involves the handling of substances and operating systems at very low temperatures. It is mainly about the technology of acquiring, maintaining and applying low temperatures. According to the different temperature ranges, cryogenic technology can be divided into general cooling technology and cryogenic technology, in which the scope of general