The energy industry, including oil and gas exploration and transportation as well as power generation, has special and strict requirements for pressure gauge calibration. During the process of oil and gas exploration, accurate measurement of downhole pressure is crucial for evaluating oil reservoir reserves, controlling the extraction speed, and preventing dangerous accidents such as blowouts. Therefore, the pressure gauges used downhole must not only possess the characteristics of being resistant to high temperature, high pressure, and corrosion, but their calibration work must also be carried out under conditions that simulate the harsh downhole environment to ensure that they can work accurately and reliably in actual use.
In terms of power generation, for example, in the steam boiler and steam turbine systems of thermal power plants, the stable control of pressure directly affects the power generation efficiency and equipment safety. The calibration of pressure gauges here needs to take into account the impact of the high-temperature steam environment on pressure measurement. The calibration cycle is relatively short and should be closely integrated with the equipment maintenance and repair plan so as to promptly detect and correct pressure measurement deviations, ensuring the stable and efficient operation of the power generation system, avoiding shutdown accidents caused by abnormal pressure, and thus ensuring the continuous and stable supply of energy.
