Application of coiled tube heat exchangers

In the process of coal to methanol, the link of gas purification is very important. This stage requires the use of a complete set of wound tube heat exchangers to solve the heat transfer problem of low temperature difference and high heat load at low temperatures< The traditional phase-change high-temperature heat exchanger used in the reforming and hydrogenation sections of oil refining has become an urgent problem for major chemical plants due to its low heat transfer efficiency, space occupation, and high cost. The wrapped tube heat exchanger has good high-temperature resistance and sealing performance, and has self tightening and self shrinking function, suitable for heat exchange under large temperature differences and heat loads. At present, traditional tube and plate heat exchangers have been replaced in refining reforming and refining hydrogenation units

Multi Core Tube

Multicore tubes, like cables, are easy to form, have simple operating tools, and are easy to lay. They are also marked meter by meter, and each tube has a different colored PVC sheath for easy identification. The multi-core tube adopts bright heat treatment, eddy current testing, and multiple internal and external gas protection. High pressure withstand tests are conducted before heat treatment and delivery, with fewer pipeline connections, effectively reducing leakage hazards. Multi core pipes are safe and reliable, easy to lay, occupy small space, and easy to arrange, making them suitable for management. They are particularly suitable for various industries such as shipbuilding, oil and gas, hydraulic, chemical, pneumatic and hydraulic control systems, as well as measurement and monitoring in various fields.

Prefabricated heat tracing pipeline

The function of the heat tracing pipeline is to prevent the viscosity of the liquid inside the pipeline from increasing at low temperatures, increase the pressure drop inside the pipeline, increase power consumption, and play a role in energy conservation: to prevent the gas inside the pipeline from condensing with liquid. Different working conditions have requirements for the liquid carrying of the gas in the pipeline, and the heat tracing line can avoid it, playing a safe role; Prevent pipeline blockage caused by liquid or slurry solidification during pipeline transportation, and severe pipeline abandonment plays a role in equipment maintenance; Anti freezing and anti coagulation; The production instruments provide normal operating conditions to meet the working temperature requirements of various measuring instruments. The traditional phase-change high-temperature heat exchanger used in the refining, reforming, and hydrogenation sections has become an urgent problem to be solved by major chemical plants due to its low heat transfer efficiency, space occupation, and high cost. The wrapped tube heat exchanger has good high-temperature resistance and sealing performance, and has self tightening and self shrinking function, suitable for heat exchange under large temperature differences and heat loads. At present, traditional tube and plate heat exchangers have been replaced in refining reforming and refining hydrogenation units

Stainless steel heat tracing pipes for petrochemical project pipelines

The function of pipeline heat tracing pipe is to prevent the viscosity of the liquid inside the pipe from increasing at low temperatures, increase the pressure drop inside the pipe, increase power consumption, and play a role in energy conservation; To prevent condensation of gas with liquid inside the pipeline, there are requirements for the liquid carrying of gas in the pipeline under different working conditions, and the heating wire can be avoided to play a safety role; To prevent pipeline blockage caused by the solidification of liquid or slurry in pipelines, and to prevent serious pipeline abandonment, playing a role in equipment maintenance; Anti freezing and anti coagulation; Production instruments provide normal operating conditions to meet the temperature requirements of various measuring instruments