Recycling of Polyurethane Wastes de Mir Mohammad Alavi Nikje

Recycling of Polyurethane Wastes

Mir Mohammad Alavi Nikje

Recycling of polyurethane (PU) wastes is undertaken to minimise waste and reduce environmental pollution. In this book, these methods are investigated to find a suitable process for waste reduction, protection of the environment, and prevention of waste landfilling. This book reviews aspects from contemporary literature (including author's research) focusing on these topics. Recently, progress has been done by the author's research team in chemical recycling of PU waste. Recycling methods are stated clearly, as well as use of instrumental methods such as nuclear magnetic resonance spectroscopy and Fourier-Transform infrared spectroscopy for characterisation and identification of recycling products. This book provides new and exciting outlooks for finding adequate recycling methods as well as the starting materials and intermediates for PU products.

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	Preț	Express
Hardback (2)	606^.15 lei 38-44 zile
Smithers Rapra Technology – 18 apr 2016	606^.15 lei 38-44 zile
De Gruyter – 17 mar 2019	1038^.21 lei 43-57 zile

Preț

Express

Hardback (2)

606^.15 lei 38-44 zile

Smithers Rapra Technology – 18 apr 2016

606^.15 lei 38-44 zile

De Gruyter – 17 mar 2019

1038^.21 lei 43-57 zile

Notă biografică

In 1991 Mir Mohammad Alavi Nikje gained a BS degree in Applied Chemistry at the Faculty of Science, Tehran University, Iran. In continuation of his studies he gained an MS degree in Organic Chemistry and graduated in 1994. In 2001 Alavi Nikje obtained his PhD degree in Organic Chemistry from Tehran Teacher University. During his MS and PhD studies, he was an advisor at the Engineering Research Center (ERI). In 2001 he became Assistant Professor of Organic Chemistry at Imam Khomeini International University (IKIU). He conducted research on polymer functionalizations, polyurethane chemistry and synthesis, nanocomposites and condensed polymer chemical recycling using conventional heating methods as well as microwave energy. He researched chemical recycling of polyurethanes, PC and PET wastes using conventional heating methods and MW in order to recover value monomers and oligomers both in the laboratory and industrially. In the past five years he has transferred his industrial know-how on chemical recycling of rigid, flexible and microcellular polyurethane wastes. During the past decade he has published more than 200 papers, art works, presentations and patents. He became associated professor in 2008 and full professor in 2016.