R&D strength of Tang Chuan Biotechnology (Xiamen) Co., Ltd.

Tang Chuan Biotechnology Co., Ltd. has established a professional R&D center and a well-equipped pilot base, and has made a series of pioneering achievements with independent intellectual property rights in the field of lignocellulose biorefinery in close cooperation with many famous universities at home and abroad and relevant research institutes of Chinese Academy of Sciences. Based on microbial metabolic engineering and biochemical separation engineering, a new low-carbon refining model of fiber hydrolysate was established, and the pilot scale was stable, and a series of invention patents were applied. With these inventions, in addition to establishing the world's first biotransformation xylitol production line, a straw zero-carbon refining production line with an annual processing capacity of 654.38+10,000 tons is under design and construction.

1. Professional R&D team:

The company has an independent Tang Chuan laboratory, more than 10 full-time and part-time senior researchers with the titles of professors and researchers, and a group of young scientific and technological personnel with doctoral and master's degrees from famous universities at home and abroad, and has initially formed a high-quality R&D team featuring bio-refining and biochemical engineering of lignocellulose.

2. Various forms of R&D cooperation:

Main joint research units:

Guangxi Institute of Plants, China Academy of Sciences, Guangxi Zhuang Autonomous Region

School of Chemistry and Chemical Engineering and School of Medicine, School of Life Sciences, Xiamen University

Guilin University of Technology School of Chemistry and Biological Engineering

Singapore Institute of Molecular and Cell Biology

3. Advanced research equipment:

The company constantly improves the level of laboratory equipment and research conditions. At present, the center has a number of functional laboratories, well-equipped pilot workshops and well-equipped experimental testing equipment, which can carry out research work in the fields of microbial metabolism engineering, fermentation engineering, biochemical separation engineering and environmental management.