Southwest Petroleum University

Jiaqiang Jing

Wen Zhang

Jie Sun

Bo Ren

Wanni Huang

Peiyu Jing

Junhua Ye

Jiatong Tan

Ziqiang Wang

Yu Zhu

Ran Yin

Xiaoyun Yin

Junwen Chen

An efficient generation and performance evaluation device of foam under high temperature and high pressure is provided, the device includes: a reaction kettle, a water bath thermostatic box, a porous hollow steel circular plate, a rotator, a multilayer spiral steel wire mesh, a spring hinge, a gas diffuser with vortex shape, a light-emitting diode (LED) lamp, valves, a screw pump, a pressure transmitter, a temperature transmitter, a fluid reservoir, a gas reservoir and a data collection and analysis device. The device determines a foamability and stability of the foam by injecting foam solution and gas into the reaction kettle, observing a foaming volume and a half-life period of the foam after the gas in full contact with the foam solution to generate the foam, and the device can determine oil resistance and salt resistance of the foam under high temperature and high pressure.

Efficient generation and performance evaluation device of foam under high temperature and high pressure

A lubricating element for drag reduction in production and transportation of water-cut heavy oil in a wellbore comprises a flow guide component and a shell component; the flow guide component is fixed in a cyclone chamber of the shell component, and is provided with an intermediate rod to connect and fix a center cone, a flow stabilizing cone and flow guide blades. The lubricating element is a static element integrating three functions of oil-water separation, water control and liquid ring formation, thereby reducing energy consumption for production and transportation of heavy crude oil, and cutting down surface water treatment facilities.

Lubricating element for drag reduction in production and transportation of water-cut heavy oil in wellbore

Growing community of inventors

Chengdu, China

Jiaqiang Jing