Anhui Huaheng Biotechnology Co., Ltd. is a high-tech enterprise with synthetic biotechnology as the core, mainly engaged in the research and development, production and sales of amino acids and their derivative products. Its main products include alanine series products (L-alanine, DL-alanine, beta-alanine), calcium D-pantothenate and α- Arbutin, etc., can be widely used in many fields such as daily chemical, medicine and health care products, food additives, feed, etc. After years of innovation and development, the company has become one of the large-scale enterprises that produce small varieties of amino acid products on a large scale through biological manufacturing.
The company adheres to the development path of "replace non-renewable petrochemical resources with renewable biological resources, and replace high energy consumption and pollution petrochemical processes with green and clean biological manufacturing processes". Based on synthetic biology, metabolic engineering, fermentation engineering and other disciplines, the company has established the "industrial bacteria - fermentation and extraction - product application". The technology research and development chain has formed a complete technical leading advantage in the creation of industrial bacteria, intelligent control of the fermentation process, high-efficiency post-extraction, and product application development. The fermentation production process with microbial cell factories as the core and the enzyme production process with enzyme catalysis as the core have been developed and applied, replacing traditional chemical synthesis. The heavy pollution production mode of the process has realized the technological transformation of the production of fine compounds using biotechnology, and continuously promoted the upgrading and iteration of the biomanufacturing technology process. Among them, the microbial fermentation process uses renewable glucose for direct fermentation, with lower production costs and safer, greener and more environmentally friendly production process, representing more advanced biological manufacturing methods.