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With the rapid improvement of the mainland's scientific and technological level, the industrialized industry continues to grow, and the demand for oil resources is also increasing day by day. However, along with the process of oil production and storage, we also frequently face the problem of volatile loss of oil and gas.
Especially in the field of gas stations, the problem of oil and gas volatilization is becoming increasingly significant, which not only has a negative impact on the air quality of the surrounding environment, but also has a negative impact on the harmonious development of society. In order to reduce the degree of oil and gas volatilization, we urgently need to adopt effective oil and gas recovery technology to achieve energy conservation and reduce resource waste, laying a solid foundation for the protection of the natural environment.
Primary oil and gas recovery technology plays a key role in the oil handling process. With the support of this technology, we can improve the internal facilities of gas stations, as well as upgrade the flame arresters at the end of the exhaust pipe to achieve better control of oil and gas volatilization. This technology uses the GH-FC-3 oil and gas recovery quick coupling, which makes it ideal for primary oil and gas recovery systems due to its convenience and high efficiency. In addition, float valves and 833Vc picoons can also be used to improve oil and gas recovery.
However, secondary oil and gas recovery technology is also crucial. When the car is refueled, the oil and gas are in secondary contact with the air, resulting in oil and gas volatilization. This is a potential source of environmental pollution and a risk of explosion. In order to solve this problem, the special oil return device should be installed at the muzzle position of the fuel gun to recover the volatile oil and gas in the fuel tank of the car. These oil gases can be extracted and stored in tanks for secondary use.
Adsorption oil and gas recovery is to separate oil and gas from air by using adsorbents such as activated carbon and recover. The strong adsorption properties of activated carbon make it an effective oil and gas recovery tool, but it needs to be replaced regularly to maintain the adsorption effect. This technology can effectively reduce volatile oil and gas emissions.
In contrast, absorption oil and gas recovery requires the use of absorbent in the absorption tower to achieve the recovery and separation of oil and gas. The absorption method is relatively simple, but the recovery rate is lower and the cost is higher, which is suitable for small gas stations.
Finally, the separation method oil and gas recovery technology separates oil and gas from air with the help of inorganic polymer film, which realizes efficient oil and gas recovery. Condensation oil and gas recovery technology converts the oil and gas state into a liquid state through temperature control, and then recovers it. Both technologies have their own advantages and applicability in different situations.
Comprehensively, in order to better control oil and gas volatilization, we need to adopt a variety of oil and gas recovery technologies, optimize gas station design and equipment selection, strengthen the daily maintenance of facilities, formulate a management standard system, and improve environmental protection publicity. These measures will help reduce oil and gas volatilization, reduce environmental pollution, and create better conditions for the sustainable development of gas stations.
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