Continuous booster station

Abstract

The invention discloses a continuous booster station. The continuous booster station comprises a power system, a control system, an execution component and an auxiliary device. The power system comprises a motor and a pump; the auxiliary device comprises an oil suction filter, an oil tank, an oil return filter, a water filter and a water tank; the execution component is a pressure cylinder. The continuous booster station is provided with the pressure cylinder instead of a high and low pressure water pump, and the entire system is simple and compact in structure, easy to control and applicable to comprehensive popularization; the entire system is capable of supplying high pressure water continuously at high efficiency; under the same conditions, the high pressure water discharge amount of the entire system can be dozens of times and even more higher than the previous system; a proportional overflow valve is adopted for the entire system, and the pressure for outputting high pressure water can be regulated by regulating the proportional overflow valve to meet the requirements of different working conditions; the control system is low in pressure, and the control component is small in structural dimension so that the space can be saved; the control system is capable of realizing stepless regulation of pressure and is simple to operate; the entire system is high in integrity so that mobile pressure testing can be realized easily; the booster component is simple in structure so that product seriation can be realized easily.

Description

technical field [0001] The invention belongs to the technical field of mechanical manufacturing, and relates to a continuous supercharging station of a supercharging cylinder. Background technique [0002] The continuous pressurization station is mainly to provide high-pressure water for oil production equipment such as blowout preventers and manifolds, and to test the pressure-resistance and pressure-holding performance of these equipments. Very high (up to 75Mpa), so far, the continuous booster station is mainly composed of high and low pressure water pumps and control systems. The low pressure water pump first injects a large amount of water into the blowout preventer under a large displacement. Use a high pressure water pump to increase the pressure. Therefore, the system mainly has the following disadvantages: 1. Since the displacement of the high-pressure water pump is very small, if the manifold is long, the test efficiency will be very low; [0003] 2> Due to th...

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Problems solved by technology

Therefore, the system mainly has the following disadvantages: 1. Since the displacement of the high-pressure water pump is very small, if the manifold is long, the test efficiency will be very low;

[0003] 2> Due to the use of double pumps for water supply, the control system is more complicated; 3> Due to the very high water outlet pressure, the control equipment is huge

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