Process Systems Engineering Tools For The Design Of Ionic Liquids And Integrated Biorefineriespdf Larissa Mller by Larissa Müller instant download after payment.

Over the years, the global process industry is continually improving in product development and process performances. One of the areas is to identify more sustainable products and processes to manufacture products. Process Systems Engineering (PSE) tools have been instrumental in developing optimal processes and identifying better products based on different functions. With the development of novel tools, new sources of chemicals
and alternative processing routes for producing products have been identified in the last few decades. Two of the most promising areas that possess the potential to provide optimal products through non-traditional processes are the integrated bio-refineries and ionic liquids. While the potential of these areas are obvious, commercial applications of these areas are still not completely explored, and PSE tools have been instrumental in the transition from the laboratory scale to the industrial scale [1]. Therefore, this Special Issue “Process Systems Engineering (PSE) Tools for the Design of Ionic Liquids and Integrated Biorefineries” makes an effort towards introducing the latest developments in these research areas to the scientific community by inviting research contributions from the top researchers in this field.