High pressure displacement systemIt can be widely applied in the field of magnetic resonance imaging research for medium-sized samples. While improving the resolution of sample images, it can also save users a lot of investment and operating costs, allowing NMR application research to expand on a larger scale.
The displacement system adopts a modular design, which can provide different configurations according to the needs of different users to fully play different functions. Through the self-developed high-pressure core gripper, it can simulate the sample cross-section imaging during the fluid displacement process under high-pressure conditions in the formation, and also achieve standard measurement and analysis of rock sample porosity, permeability, and saturation. It can measure the magnet of 60mm samples and complete the nuclear magnetic resonance imaging and analysis of medium-sized samples. The operating software and analysis application software are stable, easy to operate, and highly reliable, ensuring the accuracy of experimental results.
The system is mainly used to provide high-precision flow or high-precision constant high pressure liquid or gas displacement, and is used in conjunction with laboratory instruments or devices that simulate different conditions of formation pressure, such as studying core permeability and improving crude oil recovery.
This product is also a supporting device for various instruments, such as high stability high-pressure liquid chromatography, high-pressure source for pressure calibration systems, and pressure maintenance devices for high-pressure viscometers and high-pressure reaction systems. Pump systems with different displacement pressures, flow rates, temperatures, corrosion resistance, and viscosities can be selected according to experimental needs, and combinations of one or more cylinder bodies can be selected.
High pressure displacement systemThe miniaturized dual cylinder design has a volume comparable to that of a computer host, making it easy to integrate into the displacement system; The plunger is made of zirconia material, which has ultra-high hardness, wear resistance, and corrosion resistance, making it possible to directly displace corrosive liquids such as saltwater; The combination of variable speed drive system and rotary rope eliminates the clearance effect of gears, greatly reducing the hysteresis and impact caused by the instantaneous forward and reverse rotation of the motor, and ensuring smooth operation.