Haiying Chen

Title: Innovations in Ramie Processing by Inventor Haiying Chen

Introduction

Haiying Chen is a notable inventor based in Hubei, China. He holds a significant patent that focuses on an innovative method for processing ramie fibers. This invention promises to enhance the efficiency of ramie processing while minimizing waste, making it a valuable contribution to the textile industry.

Latest Patents

Haiying Chen's sole patent is titled "Chain, Continuous and No-Waste Method for Degumming and Fiber-Separating the Ramie." This invention outlines a comprehensive process that includes several key steps: an anaerobic circle step, where raw fibers are immersed in an anaerobic water pool; an aerobic circle step involving immersion in an aerobic water pool; and an alkali-hydrogen peroxide one-bath scouring-bleaching step using a combined solution of sodium hydroxide (NaOH) and hydrogen peroxide (HO). Following these steps is a treatment with a fiber-separating and washing device, culminating in immersion in cellulase solution. The innovative aspect of this patent lies in its integrated approach that combines the ramie degumming process with the treatment of degumming wastewater, ensuring that the wastewater is completely recycled after treatment.

Career Highlights

Haiying Chen is associated with Wuhan Textile University, an esteemed institution in the textile sector. His work there reflects a commitment to advancing textile processing technologies, with a strong focus on sustainability and waste reduction.

Collaborations

Throughout his career, Haiying Chen has collaborated with esteemed colleagues such as Qingfu Zeng and Gongbing Su. These partnerships play a pivotal role in enhancing research outcomes and fostering innovation in textile processing methods.

Conclusion

In conclusion, Haiying Chen's contributions to the field of textile innovation, particularly through his patent for a no-waste ramie processing method, exemplify the importance of sustainable practices in modern manufacturing. His ongoing research and collaboration with fellow scientists position him as a key figure in advancing textile technology for a greener future.