Ziqiang Wang

Title: Innovations of Ziqiang Wang in Foam Generation Technology.

Introduction

Ziqiang Wang is a notable inventor based in Chengdu, China. He has made significant contributions to the field of foam generation and performance evaluation under extreme conditions. His work focuses on developing efficient devices that enhance the understanding and application of foam technology.

Latest Patents

Ziqiang Wang holds a patent for an "Efficient generation and performance evaluation device of foam under high temperature and high pressure." This innovative 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 is designed to determine the foamability and stability of foam by injecting foam solution and gas into the reaction kettle. It observes the foaming volume and half-life period of the foam after the gas fully contacts the foam solution. Additionally, the device can assess oil resistance and salt resistance of the foam under high temperature and high pressure conditions. Ziqiang Wang has 1 patent to his name.

Career Highlights

Ziqiang Wang is affiliated with Southwest Petroleum University, where he contributes to research and development in the field of petroleum engineering and foam technology. His work is instrumental in advancing the understanding of foam behavior in various industrial applications.

Collaborations

Ziqiang Wang collaborates with Jiaqiang Jing, who is also involved in research related to foam technology. Their partnership enhances the research output and innovation in their respective fields.

Conclusion

Ziqiang Wang's contributions to foam generation technology demonstrate his commitment to innovation and research. His patented device is a significant advancement in understanding foam behavior under extreme conditions.