Eco-Sustainability

In the processes of oil refining, esterification, and separation extraction, HSF Biotech chooses environmentally friendly biocatalytic extraction technology and simplifies traditional production processes. Compared to traditional solvent extraction methods, this approach avoids the environmental impact on product quality caused by strong acids and bases. It is also solvent-free, low in pollution, and has low energy consumption. It generates minimal waste gas and residue, aligning perfectly with HSF's sustainable development principles.

Compared to traditional chemical synthesis, bio-synthesis technology replaces non-renewable fossil resources with renewable biological resources and replace high-energy and highly-polluting petrochemical and coal-based processes with green and clean biological manufacturing processes. The production process is safer, greener, and more environmentally friendly, and significantly reduces production costs, making it an important breakthrough for green industrial manufacturing and innovative development.

To enhance the benefits of sustainable development, HSF Biotech actively promotes fermentation production based on biological raw materials, and is committed to the research and industrial application of fermentation key technologies. With an investment of USD 17.6 million and large-scale green fermentation production lines have been built in the first and second industrial parks of HSFBiotech. During the fermentation process, no sulfides are generated, which can significantly reduce pollutant emissions. Biological-based raw materials can be degraded and converted into CO2 and H2O, returning to nature, with strong renewable, safety, and environmental friendliness.

HSF Biotech places great emphasis on fundamental research in synthetic biology and strain construction. Using world-leading technologies such as bioinformatics and synthetic biology, they have stockpiled and developed a portfolio of strains with industrial capabilities and competitive advantages. They have established a solid and reliable technological foundation for the eco-sustainable production of functional materials.

HSF Biotech adheres to the green development concept of "resource intensiveness and low-carbon energy".We actively participate in the "green electricity peak-shaving" project of the power grid and promote the implementation of distributed photovoltaic power generation and energy storage projects on the factory roof. The project capacity is 0.8Mwp, the annual power generation is 900,000KW, and the green electricity substitution rate reaches more than 25%, realizing clean energy substitution and green transformation and upgrading.

Increasing investment in research and development (R&D) and accelerating product upgrades are the firm commitments of HSF Biotech in the path of sustainable development. In order to ensure that the technology and products always maintain the leading position in the industry, HSF continues to increase R&D funds every year to invest in product development and technology optimization. It has established four major laboratories, namely the HSF Biotech Molecular Laboratory, High-Efficiency Separation Engineering Laboratory, Modification Engineering Laboratory, and Fermentation Laboratory.
Led by Dr. Meng Yonghong, the Chief Scientist, the team continuously conducts research on common key technologies related to the green manufacturing of functional components in oils/fruits and the circular economy in the fermentation industry. This accelerates the industrial transformation and upgrading of HSF Biotech while consistently adopting new technologies, processes, and equipment to enhance green intelligent manufacturing capabilities.