Following my graduation, I have been employed by Huaqiao University. My research has been primarily concentrated in two areas. Firstly, I have continued to study the strengthening of multiphase transfer reaction processes and have developed a new type of nanoscale multiphase flow mixing reactor. Secondly, I have applied relevant strengthening technologies to the field of marine biology, focusing on the comprehensive development and utilization of low-value marine products.
Currently, I plan to combine these two research directions to construct a new paradigm of the degradation and modification process of marine polysaccharides using molecular reaction engineering concepts. I intend to apply this paradigm to developing edible films, health products, cosmetics, and other products, which will produce significant social and economic benefits from research outcomes. In addition, I aim to establish a new theory of marine polysaccharide molecular reaction engineering.
I have already led many national, provincial, and ministerial-level longitudinal and horizontal projects and have established substantial scientific research cooperation with many large listed enterprises, such as the National Pharmaceutical Group and Kindly Medical Instruments Co., Ltd. I have accumulated research funding of millions of RMB, applied for five invention patents, and published more than 20 SCI papers in peer-reviewed journals such as CES, IECR, and CEJ.
Following my graduation, I have been employed by Huaqiao University. My research has been primarily concentrated in two areas. Firstly, I have continued to study the strengthening of multiphase transfer reaction processes and have developed a new type of nanoscale multiphase flow mixing reactor. Secondly, I have applied relevant strengthening technologies to the field of marine biology, focusing on the comprehensive development and utilization of low-value marine products.
Currently, I plan to combine these two research directions to construct a new paradigm of the degradation and modification process of marine polysaccharides using molecular reaction engineering concepts. I intend to apply this paradigm to developing edible films, health products, cosmetics, and other products, which will produce significant social and economic benefits from research outcomes. In addition, I aim to establish a new theory of marine polysaccharide molecular reaction engineering.
I have already led many national, provincial, and ministerial-level longitudinal and horizontal projects and have established substantial scientific research cooperation with many large listed enterprises, such as the National Pharmaceutical Group and Kindly Medical Instruments Co., Ltd. I have accumulated research funding of millions of RMB, applied for five invention patents, and published more than 20 SCI papers in peer-reviewed journals such as CES, IECR, and CEJ.