Fracturing is a proprietary term in the oil industry. It is defined as a method that uses hydraulic forces to form fractures in hydrocarbon reservoirs. It is also called hydraulic fracturing. That is, in the oil production or gas production process, the oil and gas layer is cracked by the use of hydraulic force. The liquid feed truck is used to provide clean water or liquid medicine to the cement truck through the tube train or distributor when the oil and gas are used in the same well construction, and can also be used for the liquid supply and other water supply functions when the oil well is fracturing, and is used for oil well fracturing. The fluid supply car is called a fracturing fluid supply vehicle. Fracturing is an effective measure to increase the value of gas wells. The fracturing process and fracturing the equipment of a fluid supply truck directly affect the fracturing effect. All fracturing designs must be implemented and completed on the basis of fracturing technology. For the oil and gas layers with different characteristics, it is necessary to select the appropriate process technology to ensure that the design is completed efficiently and the effect of increasing production is achieved. The oil and gas reservoir fracturing process design uses fracturing vehicles to inject high-pressure, large-displacement liquids with a certain viscosity into the oil layers. After the oil layers are pressed out of many cracks, proppants (quartz sand, etc.) are added to fill the cracks. To increase the permeability of oil and gas reservoirs and to increase the volume of water injected and oil production. The system structure of fracturing fluid supply vehicles: loading vehicles, power take-off systems, acid pump injection and piping systems, additives, adhesive pump injection and piping systems, control and instrumentation systems. The power take-off system consists of a drive shaft and a take-off transfer box. Loading a car is a common chassis engine for walking and construction. The acid pump injection and piping system sucks the discharge pipe pump and the acid-resisting butterfly valve combination from the centrifugal pump. At the same time, a turbine flowmeter is installed on the discharge pipe path to facilitate the measurement and regulation of the flow. Additives, adhesive pump injection and piping system, driven by the generator to drive two screw pump and suction discharge pipeline. The pump is stable in the conveying work, and the suction performance is good. The sealed water tank at the rear end of the frame girder is treated with water in acid fracturing, and used for other fracturing operations to hold various additives or adhesives. Control and instrumentation systems, the device control the form of electricity, gas and mechanical joint. The steering console is fastened to the front right of the gantry platen, the clutch control device is in proper position, and the vehicle engine throttle console control device is placed on the operating dashboard. The engine speed, generator voltage and frequency, centrifugal pump discharge instantaneous and cumulative flow display, screw pump speed and discharge instantaneous and cumulative flow display can be displayed on the instrument panel at any time. In oil field operations, it is a common fracturing fluid supply truck. The operation is relatively simple and user-friendly, high-tech skills, configuration security, is the common vehicle in the oil industry. Nantong Weizhuo Environmental Protection Equipment Co.,Ltd , https://www.natongcwz.com
