York / Salvador / Delhi / Merseyside / J. H / Cambridge / /
Company
Suzuki / York Green Chemistry Group / Immobilized Co / R. / /
Country
Netherlands / United Kingdom / India / /
Facility
University of York / York Clean Technology Centre / /
IndustryTerm
chemical manufacturer / clean technology / transportation / pharmaceuticals / functional / redox metal systems / pharmaceutical value / chemical plants taking advantage / sol-gel technology / organic products / catalytic no-solvent air/oxygen systems / catalytic systems / oxidation systems / chemical processes / chemical industry / chemicals manufacturing / manufacturing systems / chemical process / energy sources / pharmaceutical manufacturing / chemical manufacturing / manufacturing / stable metal complexes / chemical products / versatile metal / chromate oxidation systems / oil / chemical surface modification / metal complexes / chemical modification / catalyst systems / recyclable solid peroxy systems / chemicals / organic chemical manufacturing processes / catalytic metal-acid-bromide systems / /
Organization
EPSRC / Royal Academy of Engineering / University of York / Royal Society of Chemistry / Royal Society / Department of Chemistry / /
Person
J. H. Clark / B. K. Das / A. R. Salvador / K. Wilson / C. N. Rhodes / Mike Lancaster / Helen Coombs / Karen Wilson / James H. Clark / Duncan Macquarrie / /
Position
Green Chemistry Networks Manager / Green Chemistry Administrator / D. J. / /
Product
zinc chloride / /
PublishedMedium
Green Chemistry / Pure and Applied Chemistry / /
Technology
green chemistry* James H. Clark Clean Technology / sol-gel technology / /
Pure Appl. Chem., Vol. 73, No. 1, pp. 103–111, 2001. © 2001 IUPAC Catalysis for green chemistry* James H. Clark Clean Technology Centre, Department of Chemistry, University of York, York YO10