Sugar beet production bio-plastics PHA, seaweed extract super absorbent materials, corn straw into biodegradable plastics, fuel ethanol from non-grain raw materials such as sweet sorghum, cassava, sweet potatoes, corn stalks, etc. The technology of biological production of chemical products continues to innovate and progress.
In the context of global energy shortages and sudden increase in environmental pressure, the use of biological production of various chemical products is very beneficial to the chemical industry. The first is to further develop the technology of biological production of chemical products, so that technology can better serve the chemical industry, and correspondingly reduce the dependence of some chemical products on petroleum, so that the chemical industry can be smoothly developed without the containment of oil; on the other hand, it is more important. The point is that adopting this technology has solved the environmental protection problem of chemical products to some extent. For a long time, the environmental protection issues faced by chemical products and the entire chemical industry have become extremely prominent and acute. Traditional chemical products, due to their own limitations, are currently unable to completely overcome the environmental problems, while biological production of chemical products not only has low energy consumption and pollution. More effective solution to the environmental problems of chemical products, and have more advantages in production and use. Therefore, it can be said that biological production of chemical products has a good role in promoting the development of the chemical industry.
However, the technology of using biological production of chemical products still needs further research and development. As a new technology, there will inevitably be technical defects, such as a lot of water, soil and other resources, causing a food crisis, etc. However, in today's increasingly depleted energy environment, the technology for the development of biological production of chemical products and even various products should be This is a more feasible option. After all, this has alleviated the energy crisis to a certain extent, and it has also played a role in protecting the environment. For a large amount of water, soil and other resources are consumed, the core measure should be to increase the continuous R&D and innovation of science and technology. This problem was eventually overcome. If “one size fits all”, on the one hand, it not only hinders the further development of technology, it loses the initiative to produce renewable energy, and it also causes people to wreak havoc with non-renewable energy sources such as oil, and finally becomes a “slave”. Therefore, technology must not only develop, but also develop faster. Under the precondition of solving the energy crisis, we must increase research and development to reduce resource consumption and do our utmost to harmonize the conflict with humanity for food. This is the future development and energy conservation. The key to normal supply.
The emergence, development and application of any new technology have a long process of growth. The process is filled with various voices. Pros and cons, concerns, worries, oppositions, etc. are intertwined, but after accurate research Afterwards, it is the best choice and success of a new technology to be firm in conviction, work hard in R&D, and actively practice.


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