Pressure Relief Oil and Gas Electric Heater Parameter Description
| Certification: | - | Type: | Not fixed |
| Material: | Polytetrafluoroethylene (Teflon) | Model: | - |
| Specification: | - | Trademark: | - |
| Packaging: | - | Output: | 100000 |
Detailed Introduction of "Pressure Relief Oil and Gas Electric Heater"
Pressure Relief Oil and Gas Electric Heater Product Overview: The pressure relief oil and gas electric heater can heat high-pressure natural gas, liquefied gas, and other high-pressure gases at oil and gas wellheads to prevent freezing and blockage of pressure relief equipment and pipeline facilities caused by the large amount of heat absorption during high-pressure oil and gas pressure relief. The design principle of the pressure relief oil and gas electric heater is based on the supplementary energy from the heater being greater than the heat absorbed during oil and gas pressure relief. Product Features of Pressure Relief Oil and Gas Electric Heater: 1. High safety, all electrical components are designed and manufactured according to explosion-proof standards. 2. High thermal efficiency, as all thermal power is used to heat the gas. 3. Simple maintenance and operation; after adjustment, the equipment operates automatically without the need for dedicated supervision. 4. Small size, easy to install; no need to change the pipeline process, similar to the connection form of a pipeline pump. 5. Long service life: The heater has a partition plate to increase gas flow velocity, enhance heat transfer coefficient, reduce the temperature on the heating tube, and extend the heater's service life. Since the equipment heats before gas vaporization, it reduces the viscosity and density of the gas, decreases impact and corrosion on the pressure relief port, and greatly extends the service life of the pressure relief port. Product Application of Pressure Relief Oil and Gas Electric Heater: This series of heaters is used for heating high-pressure natural gas, liquefied gas, and other high-pressure gases at oil and gas wellheads, and is widely used in the transportation of oil and gas in industries such as petroleum, offshore oil platforms, refineries, and oil depots.
