Solplax, a subsidiary of the SCAC Group, has patented biodegradable plastics. The company is engaged in the production and sale of biodegradable plastics. Solace will be acquired 100% by Millennium Plastics Corp. Through this acquisition, the Millennium Corporation will acquire new technology for this biodegradable plastic.
Authoritative sources pointed out that the future development trend of chemical engineering is mainly reflected in the following aspects: -- In accordance with the key technology needs of developing high-efficiency, low-consumption, clean technology, the integration of traditional disciplines, targeting high-tech process technology, and promoting traditional Interdisciplinary, infiltration and integration of disciplines, opening up new disciplines to promote the development of related comprehensive key technologies. - The study emphasizes the changes in the structure, process types and management models of the adaptation process industry. In recent years, the process industry has shifted its emphasis on the production of special and functional chemicals, as well as the production of composite, structured, high-performance and high-quality products, by focusing on common chemicals, the synthesis of homogeneous, inexpensive, and low-performance materials and materials. Added value materials and material formulations; in terms of process types, has shifted from a focus on large-scale, continuous processes to a series of small-scale, batch-to-batch, and agile changes. This trend of change presents a series of new research issues for chemical engineering research. . -- The rapid development of computer-aided process control has made it possible to adopt more complex and accurate mathematical models. In recent years, theoretical chemical calculations, molecular dynamics, Monte Carlo simulations, computational fluid dynamics, and various computational chemical engineering methods have become more and more widely used in chemical engineering research and process technology development.
At the same time, due to the deepening of research and understanding, chemical engineering is gradually changing from the passive characterization of process indicators and product performance to the active design and control of product performance and structure. The research scope of research objects has also begun to extend to the two poles.
Authoritative sources pointed out that the future development trend of chemical engineering is mainly reflected in the following aspects: -- In accordance with the key technology needs of developing high-efficiency, low-consumption, clean technology, the integration of traditional disciplines, targeting high-tech process technology, and promoting traditional Interdisciplinary, infiltration and integration of disciplines, opening up new disciplines to promote the development of related comprehensive key technologies. - The study emphasizes the changes in the structure, process types and management models of the adaptation process industry. In recent years, the process industry has shifted its emphasis on the production of special and functional chemicals, as well as the production of composite, structured, high-performance and high-quality products, by focusing on common chemicals, the synthesis of homogeneous, inexpensive, and low-performance materials and materials. Added value materials and material formulations; in terms of process types, has shifted from a focus on large-scale, continuous processes to a series of small-scale, batch-to-batch, and agile changes. This trend of change presents a series of new research issues for chemical engineering research. . -- The rapid development of computer-aided process control has made it possible to adopt more complex and accurate mathematical models. In recent years, theoretical chemical calculations, molecular dynamics, Monte Carlo simulations, computational fluid dynamics, and various computational chemical engineering methods have become more and more widely used in chemical engineering research and process technology development.
At the same time, due to the deepening of research and understanding, chemical engineering is gradually changing from the passive characterization of process indicators and product performance to the active design and control of product performance and structure. The research scope of research objects has also begun to extend to the two poles.