$ --

Originally published as Nature: Seven world-changing chemical separation technologies In a review published in Nature, two researchers from the Georgia Institute of Technology identified seven energy-intensive separation processes as the first targets for research on low-energy purification technologies. Advances in chich consumes about 230000 megawatts of energy per year, equivalent to the energy consumption of the United Kingdom in 2014. In the process of distillation, the oil is first heated, and then, due to the different boiling points of different compounds, thin film distillation ,thin film distillation, their v each other. Benzene and its derivatives play an irreplaceable role in the production of polymers, plastics, fibers, solventater has become a key technology to meet freshwater needs. However, regardless of whether membrane or distillation technology is used, the process is both energy and capital intensive. The development of high-yield,molecular distillation systems, anti-fouling films is expected to reduce their cost. At the end of the article, Sholl and Lively summarize four steps for researchers and policy makers to promote the application of non-thermal separation technology: Return to Sohu to see more In the process of research, scholars should consider the actual chemical mixture and the actual engineering conditions; Evaluate the economics and sustainability of any separation technology; Consider the scale of the technology when it is actually applied in industry; Enhance the training of chemical engineers and chemists to improve their understanding of separation techniques without distillation Responsible Editor:. toptiontech.com