Life Cycle Assessment in the Chemical Product Chain

Simone Maranghi is a postdoctoral researcher at the R2ES Lab (Research on Renewable Energy and Sustainability) of the University of Siena - CSGI. He is a member of the Italian LCA Network Association and coordinator of the national working group "Chemical Processes and Products". He has experience in the application of life cycle assessment for the environmental evaluation of chemical products and innovative energy systems. His research is focused on the application of life cycle thinking methodologies for the sustainability assessment and eco-design of product and processes in various sectors and the development of multi-indicator analysis for the rational use of energy sources. His research activities span from the environmental evaluation of renewable energy conversion systems to the sustainability assessment of novel chemical manufacturing procedures, industrial production processes (i.e. innovative textile finishing process and innovative electrical transformer manufacturing). Carlo Brondi is a senior researcher at the Institute for Industrial Technologies and Automation (STIIMA - CNR) in Italy and team leader in project tasks in European, national and regional research initiatives. His research focuses on the life cycle assessment (LCA) of advanced technologies and LCA approaches in the manufacturing industry, and he has been involved in research on improvements in LCA application, in particular on adaptation to emerging industrial paradigms like the circular economy or Industry 4.0 and on the implementation of mathematical methods to support LCA effectiveness. He is also a panel member and reviewer for ISO, EPD and PEF schemes.

Introduction.- The availability of suitable data-set for the LCA analysis of chemical substances.- Comparison of the LCIA methods used for the evaluation of chemicals.- LCA integration within sustainability metrics for chemical companies.- The LCA modelling of chemical companies in the industrial symbiosis perspective: allocation approaches and regulatory framework.- LCA application to chemical synthesis at laboratory scale.- LCA as a support tool for evaluation of industrial scale-up.- Application of LCA for the circular economy in the chemical industry.