New Energy Heating Device
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New Energy Heating Device
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| Electromagnetic Heater | Explosion-proof electromagnetic heater (high voltage) | Explosion-proof electric heater (heat tracing) | Nano Electric Heater | Air source electric heating device |
| Direct heating of crude oil in oil well pipelines and transportation heating. | Natural gas pipeline, high-pressure gas well, high-pressure well condition heating. | Elevated tank circulation temperature maintenance and explosion-proof area station heating. | Heating, domestic water and bathing water within the station. | Crude oil heating, station heating, pipeline heating. |
Safety:
The heating unit has no contact with the medium. The medium is not heated directly. The heat exchange unit is heated first, and then heat is exchanged with the medium. It has the characteristics of oil (water) electricity separation, safety and reliability, green and pollution-free, rapid heating, sensitive response, light equipment, and simple installation.
Intelligent design:
Build an intelligent management platform for oil fields to reduce the work content of well patrol workers and improve management efficiency. The product has a ModbusRTU communication protocol with a baud rate of 9600. And a standard 485 communication interface, which can realize wired collection of system operation data, and can also add intelligent I/O modules, upload to the remote management system for data reading through the Internet of Things card or local WIFI, wired network, etc.
Environmental protection:
Electromagnetic heating uses electrical energy to convert into thermal energy. Electrical energy is a clean energy, without waste gas, waste residue, and wastewater emissions. There are no pollutants and wastewater emissions in the whole process. The original gas furnace will release harmful gases such as SO2, CO, CO2 into the air, including the current water source heat pump, which will damage the water layer, affect the environment, and cause ecological imbalance. Electromagnetic heating can effectively solve this problem.
Energy saving:
Due to the advantages of oil field gas, the cost of gas is lower than electromagnetic in terms of electricity and gas costs, but in terms of management costs and labor costs, it is lower than gas heating furnaces. Comprehensive consideration, electromagnetic heating is suitable for oil field applications.
For more in-depth information, you can visit our "Onlinehelp" documentation site by navigating to the "Documents" section in the top menu. There, you’ll find comprehensive guides, FAQs, and other valuable resources to help you better understand our products and services. Alternatively, you can directly access the documentation by clicking the link below. We encourage you to explore these resources to make the most of your experience with us!
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1. Crude oil heating During the development of heavy oil, cold transportation in winter is difficult; the original heating method is underground medium frequency heating; underground heating has high heat loss, low thermal efficiency and high energy consumption. Solution: Electromagnetic heating is installed at the wellhead to quickly heat up the crude oil in the pipeline, improve the fluidity of crude oil, and thus reduce the back pressure.
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2. Heat transfer oil tracing In super-heavy oil production wells, the crude oil outflow temperature is relatively high, but at the end of the oil well cycle, the crude oil outflow temperature of some oil wells will become lower, resulting in high back pressure of the single platform due to low oil temperature and poor fluidity before the crude oil on a single platform is collected in the gathering and transportation pipeline. Solution: Use electromagnetic heating device to heat the heat transfer oil, and use the circulation system to heat the oil pipeline of a small-scale single platform. |
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3. Heating of high-pressure gas wells Due to the extremely high pressure conditions of natural gas wells, during the process of depressurization at the station, the pressure change causes the pressure relief valve to freeze and block, affecting production. Solution: Due to the high pressure and flammability of natural gas wells, the requirements for electric heating equipment are relatively high. Use explosion-proof electric heaters dedicated to gas wells to heat high-pressure gas, so that the pressure relief valve will not freeze and block during the depressurization process, and will not affect production. |
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4. Air source electric heating The air source electric heating device consists of an air source electric heater, a circulating water pump, a special heat exchanger for crude oil, a power control box, etc. The air source electric heater absorbs the heat in the air and releases it into the circulating water after compression. The circulating water is transported to the inside of the special heat exchanger for crude oil through the circulating pump to achieve crude oil heating. The device absorbs energy from the air, and the air energy is inexhaustible. It can fully reduce energy consumption and achieve energy saving effects. |
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