New kind of fuel cell delivers energy and fine chemicals with no waste from renewable raw materials

The 2010 literary prize is awarded to Doris Fischer-Henningsen, Editor-in-Chief of Chemie in Unserer Zeit

Nickel coordinated to methyl coenzyme M provides a model for the active site of methyl coenzyme M reductase

Neste Oil develops technology for turning waste into feedstock for renewable diesel

Biosorption of palladium from water turns industrial waste directly into C–C bond forming catalysts

Twenty years after its implementation, the Montreal Protocol proves effective against ozone depletion

Phenol oxidation with iron and hydrogen peroxide provides an ideal candidate for sustainable catalysis

A Mn-based catalyst that catalyzes the reduction and evolution of oxygen could find use in regenerative fuel cells

This year's GDCh-FG-Environmental Chemistry and Ecotoxicology Prize 2010 is shared by Dr. A. Dreyer and Dr. M. Matzke

The greatest challenge of chemical engineering is to combine chemical and biological processes to efficiently use renewable raw materials