000			01922nam a2200229 4500
005			20251213120133.0
008			241214b |||||||| |||| 00| 0 eng d
020			_a9781788012034
041			_aeng
082			_a547 _bClaG
100			_a H Clark, James
245			_aGreener Organic Transformations / _cJames H Clark..[et al.]
260			_aCroydon : _bRoyal Society of Chemistry, _c©2022.
300			_axii,192p. _esbk
520			_aGreen chemistry has progressed from being a driver for change in the chemical and allied industries to being a critical part of chemical education at all levels. The future chemist must be able to practice their trade in the light of increasing concerns about waste and resources, the safety of chemicals in consumer products, and increasingly restrictive legislation. While there are green chemistry educational resources available including lectures and experiments as well as numerous books on green chemistry and major green chemical technologies, there is no “green equivalent” of a standard organic chemistry textbook Systematically covering a variety of well-known reactions that commonly feature in standard organic textbooks this book supplements and supports the standard organic chemistry texts. It highlights the main sustainability issues of classical and contemporary organic transformations and critically evaluates them within a metric of established Green Chemistry Principles noting where additional efforts are needed to improve their environmental footprint. Written by a team of expert authors with a multinational advisory board, this book is a fantastic resource for advanced undergraduate and postgraduate students worldwide.
650			_aChemical engineering _xChemical engineering and related technologies
650			_aGreener Organic
700			_aJardane,Anwar
700			_aMathura ,Avatar Singh.
700			_aStevens,Christian
942			_cBK
999			_c6766 _d6766