Sustainability is increasingly shaping how chemists design, synthesize, analyze, and manufacture molecules and complex mixtures that underpin ...

The scope covers green chemistry related to synthetic chemistry (catalysts, ionic liquids, solvent-free accomplishments, MW-assisted reactions, flow-chemistry, enantioselective syntheses), process and ...

Flow Chemistry is changing how chemical synthesis is undertaken in both research labs and large-scale manufacturing. The transition from older batch processing methods to continuous flow methods, such ...

Green chemistry is of growing importance at CU Boulder. Numerous initiatives benefiting green chemistry are in place on campus including those at links above and listed below. The CU Boulder's EH&S ...

To acknowledge an instructor who has made a profound and transformative impact on the future of green chemistry and sustainability in education through cumulative contributions spanning a significant ...

There’s no better time than now to establish green chemistry as the method of choice for manufacturing drugs to combat widespread disease in low-income countries. Not only does the green chemistry ...

Though my academic background featured green chemistry staples like biocatalysis, click chemistry, and asymmetric catalysis, I didn’t start my industrial green chemistry journey until I was 8 years ...

Rachel Carson wrote the mainstream scientific book Silent Spring in 1962. It outlined the devastation that certain chemicals had on local ecosystems. The book served as a wake-up call for the public ...

In May, campus leaders signed the Green Chemistry Commitment to practice and teach sustainable chemistry—an effort being encouraged and advanced by students For much of the history of chemistry, the ...

The rise of the environmental movement in the 1960s and 1970s brought a growing public awareness of environmental damage caused by chemical pesticides such as DDT, as well as mounting outrage at ...