Academia

This short course is designed to provide participants with an understanding of the principles of green chemistry and their application to chemical analysis. The course will begin by discussing principles of green chemistry and engineering as a supporting pillar of sustainable development. Metrics for evaluating the “greenness” of analytical methods are presented. Solvent selection and alternative solvents are discussed. Application of green principles to chemical separations and spectroscopy are introduced. Case studies will be presented to exemplify these green chemistry applications.

This specialized OSHA 10-Hour Course from the Laboratory Safety Institute focuses on promoting lab safety and ensuring compliance with OSHA standards, specifically tailored to laboratory environments. It emphasizes safety practices to mitigate risks associated with working in a lab, such as chemical handling, hazardous materials, and biological agents, while providing foundational OSHA training.

With over 96% of all manufactured goods touched by the chemistry enterprise, there is an urgent need for professionals who can lead the chemicals sector to one that simultaneously maximizes product function while addressing climate change and sustainability concerns.

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.

Beyond Benign will host virtual and monthly Green Chemistry Connections around Green Chemistry education using the Green Chemistry Students Learning Objectives from the Green Chemistry Commitment program as a loose framework. Register to stay in the loop about upcoming speakers.

The certificate Sustainable Chemistry & Benign by Design offered by Leuphana Professional School at Leuphana University, Lüneburg, Germany provides in four modules interdisciplinary knowledge about the design and redesign of chemicals at university Master's level. Based on findings from environmental chemistry and toxicology, you will explore the molecular (re)design of chemicals with reduced ecological and toxicological impacts, the potential and applicability of Benign by Design. In addition, experimental and in-silico methods for the molecular (re)design of chemicals are addressed.

This free workshop offered at the ACS Spring 2024 meeting in New Orleans will equip industry-based R&D chemists and engineers, as well as graduate students, with practical green chemistry tools, methods, and metrics. The content of this workshop will cover green chemistry basics through to the most recent innovative tools and metrics widely used in the pharmaceutical industry. The workshop will be tailored toward scientists and engineers working in batch chemical operations in common use within the pharma industry, but the tools may be applied to other allied chemical industries (e.g.