Green Chemistry

Researchers at the University of Bristol have shown how laboratory evolution can give rise to highly efficient enzymes for new-to-nature reactions, opening the door for novel and more environmentally friendly ways to make drugs and other chemicals. Scientists have previously designed protein catalys more

SOF4 is a gas that was discovered over a hundred years ago but is rarely used because it is difficult to prepare and highly reactive. Now a collaboration of chemists including Cold Spring Harbor Laboratory (CSHL) Professor John E. Moses, Nobel laureate K. Barry Sharpless and Associate Professor Peng more

Every year in Canada, six trillion litres of municipal wastewater are partially treated and released into the environment, while another 150 billion litres of untreated sewage are discharged straight into pristine surface waters. Now researchers have found a way to stem that flow: by filtering the w more

The efficiency of diluted acids for digestion of organic samples was tested as an alternative to common digestion procedures more

New completely green biofuels with rapeseed oil as main component were formulated. They not only fulfil the principles of green chemistry and thus do not contain any environmentally harmful additives, but also match the currently valid standards for biodiesel regarding their physicochemical properti more

Constructing carbon–carbon bonds through oxidative cross-coupling between two hydrocarbon compounds is regarded as a foundational issue in green chemistry. High atom-economy and mild conditions are long term pursued goals in this field. Herein, we developed a visible-light mediated direct cross-coup more

To date, chemistry has provided more than a hundred million new compounds, most of which are non-natural species that have never existed before and are a source of an enormous amount of pollution. With the increased amount of these “man-made” chemicals being synthesised and environmental concerns of more

Green Chemistry is one of the leading topics in the market today – sustainability gains more and more in importance for the strategic development of companies. The term „Green Chemistry“ was coined in 1991 ­and aims for the protection of human health and the environment. Twelve principles of Green Chemistry ­have been formulated to assist chemists and the chemical industry to develop new chemical products and processes or reengineer existing ones to reduce or eliminate industrial pollution. more

during his Keynote Address at this year’s 15th Annual Green Chemistry & Engineering Conference and 5th International Conference on Green and Sustainable Chemistry in Washington, DC. Paul Anastas of Yale University is regarded one ­of the “fathers” of the original 12 principles of Green Chemistry and more

Mark Gronnow, born in 1979, studied Chemistry at the University of York and acquired a doctorate in 2005 at the Green Chemistry Centre of Excellence. He is a PhD graduate from York with a GSK sponsored project. Having previously worked at the Green Chemistry Centre of Excellence as technical operati more

is Manager at ACS GCI. Her work has focused on building green chemistry information databases, managing awards and grants programs, promoting through communication and outreach, and producing educational materials. Prior to joining ACS GCI in 2004, she held an industrial polymer research position at more