Regarding the biological R&D base project

Could it be the Tianjin Industrial Biotechnology Center run by microorganisms? ?

Refer to http://www.biotech.org.cn/tianjin/index.html

Development of bioethanol and bioethylene: The shortage of fossil resources is a major issue faced by China as well as the whole world. Seeking renewable resources to replace non-renewable fossil resources has become an inevitable choice for the sustainable development of society and the economy. Bioethanol is one of the most widely recognized petroleum alternatives in the international community in recent years, and it is also one of the most important C2 platform compounds... More details>> Enzymatic production technology for 1,3-propanediol: 1,3-Propanediol (PDO) is an important chemical raw material, whose main use is as a monomer in the synthesis of polyesters and polyurethanes, particularly for the production of polytrimethylene terephthalate (PTT). PTT possesses special advantages over conventional polyesters... More details>> Lactic acid production technology: Using lactic acid as a starting material, it is possible to produce polylactic acid, propanediol, and acrylic acid. Additionally, lactic acid esters, which can serve as “green” solvents replacing toxic halogenated hydrocarbons, as well as oligolactic acid, which is used as a plant growth regulator, can be manufactured from it. At present, the cost of bio-based lactic acid is too high, preventing it from competing with petroleum-based lactic acid; the production cost of bio-based lactic acid in China is approximately... For more details >> Fermentation technology for polyamino acids. Polyamino acids are a class of polymers with good biocompatibility; they usually exhibit good water solubility and possess numerous excellent properties such as adhesiveness, film-forming ability, gelation capacity, chelating ability, dispersibility, and flocculation ability. Polyaspartic acid, polyglutamic acid, and polylysine have been produced by foreign companies. The side chains of these polyamino acids can be easily modified to create new functional materials; for example, polyglutamic acid-based water-absorbing resins are used in sanitary products and for water conservation in agriculture, serving as a substitute for 1% polyacrylic acid, with a market demand of over 10,000 tons... More details >> Heat-resistant acid amylase. In recent times, the production of fuel ethanol, biomaterials, and bio-based chemicals in China still relies primarily on starch as a raw material. The level of processing of starch sugars is directly related to the raw material costs associated with the development of industrial biotechnology. High-temperature and acid-resistant alpha-amylases from foreign large companies (with an enzyme activity half-life of 20 minutes at 100°C). Its effective operating pH range is 5.3–6.8. It was produced and introduced in China at the beginning of this century, and within just a few years it came to dominate the domestic market for high-temperature alpha-amylases... More details >> Biobased chemicals development technology: Research is conducted on enzyme or whole-cell biocatalysis techniques as well as on methods for optimizing microbial metabolic functions, in order to improve the level of biotechnological production for daily-use and specialty chemicals and thereby enhance the economic competitiveness of related industries. Related varieties include: propionic acid, xylitol, propanol, butanol, adipic acid, sugar-based drugs, fully bio-based detergents, amino acids, etc. Environmentally friendly technologies: Conduct research on the genetic modification and high expression of enzyme proteins, develop new biological catalysts and eco-friendly processes, in order to reduce energy and resource consumption as well as pollutant emissions in the chemical industry. Focus on developing biopapermaking technology, bio-textile technology, drug biosynthesis technology, etc.