We are delighted to invite you to a special online event, which will take place on 17 December 2024, at 17:00 CET, to discover the exciting opportunities offered by Leuphana University's innovative postgraduate programmes in the field of Sustainable Chemistry.
Why should you participate?
ViridisChem has built one of the largest and most comprehensive chemical databases and an in-silico data generator with a focus on toxicity of chemicals. The Chemical Analyzer tool offers critical information to help define safer-greener and sustainable product development.
Here are some powerful features we have added to our product Chemical Analyzer:
Standing Ovation is a French Startup pioneering a breakthrough precision fermentation process to produce non-animal-based proteins like casein, an essential component of milk protein. This innovative method preserves the nutritional, functional, and taste qualities of animal proteins, all while significantly reducing the environmental impact.
The Acid-Base Selection Tool developed by the ACS Green Chemistry Institute Pharmaceutical Roundtable aims to enable scientists across industry and academia to choose more sustainable acids and bases. The Acid-Base Tool contains over 200 acids and bases which the user can filter by parameters including pKa (in water or acetonitrile), functional groups, melting point, and boiling point.
Join us October 3, 2024 from 12:30-2:00 PM ET for the second installment of the Chemical Sciences Roundtable’s 2024 webinar series on AI topics in the fields of chemistry and chemical engineering where Melanie Mesropian (AIChE) will moderate an interactive conversation between Leo Chiang (Dow Chemical) and Greg Mulholland (Citrine) about what it means to use AI tools sustainably with possible examples ranging from R&D efforts to product manufacturing.
The aim of this international conference is to act as a venue for green chemists, engineers and educators to meet on the Emerald Isle, share best practice and strengthen collaboration, and for global thought leaders to offer insights and shape the future direction of green chemistry and engineering education, research and industrial implementation.
Life cycle assessment (LCA) is a process to evaluate the environmental burdens associated with a product, process, service, or activity by identifying and quantifying energy, materials usage, and environmental releases, assessing the impact of those, and evaluating and implementing opportunities to affect environmental improvements.
