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Recycling Nanomaterials - Recovery, Life Cycle Analysis and Transforming Waste into High-Value Applications Product Image

Recycling Nanomaterials - Recovery, Life Cycle Analysis and Transforming Waste into High-Value Applications

  • ID: 2715070
  • November 2013
  • Region: Global
  • 80 Pages
  • Del Stark Technology Solutions

This report highlights recent academic research papers published in 2013 which could be of interest to companies interested in developing new technologies for the recycling of nanomaterials. The report also focuses on aspects of recovery, life cycle analysis and transforming waste into high-value applications which have appeared in 2013. A patent search was conducted to determine what research is being commercialised and what applications are being considered in industry. Experts were asked for their views on the commercial viability of recycling and recovery of nanomaterials.

It is reasonable to extrapolate that globally, many nano enable products are entering the marketplace, being bought and sold by companies and the general public and then, at the end of their use, these products need to be recycled. The question posed is whether there is scope to recover/recycle the nanomaterials embedded in these products and transforming waste into high-value applications giving some companies a new business opportunity and new income streams.

Can materials such as TiO2, ZnO, Ag, CNTs, Fe2O3 be recovered from products at the end of their useful life? Also, what about graphene and READ MORE >

Introduction

References

Policy Statements
- Federal Office for the Environment (FOEN) - Switzerland
- Safe Work Australia
- The Nanotechnology Industries Association

Expert Views for Recycling and Recovery of Nanomaterials
- Carol S.K. Lin, Assistant Professor, City University of Hong Kong
- Dr. Yiannis A. Levendis, Northeastern University
- Dr Anna Luisa Costa, CNR-ISTEC Institute of Science and Technology for Ceramics

Project Coordinator of the SANOWORK Project
- Professor Dusan Losic, School of Chemical Engineering, The University of Adelaide
- Professor Arturo A. Keller, Co-Director UC Center for the Environmental Implications of Nanotechnology, University of California
- Professor Yao-Jen Tu, National Cheng-Kung University
- Lynn L. Bergeson (Co-authored by Barbara P. Karn)

General Description of Graphene

References

Expert Views for Recycling and Recovery of Graphene:
- Prof. Andrea C. Ferrari, Director of the Cambridge Graphene Centre
- Prof. Chao Gao, Nanopolymer Lab, Zhejiang University
- Dr Xinmiao Xu, Fuzhou University
- Dr. Elena Polyakova, CEO of Graphene Laboratories
- Professor Micah J. Green, Dept. of Chemical Engineering, Texas Tech University
- Professor Gautam Mukhopadhyay, Indian Institute of Technology Bombay
- Jesus de la Fuente, CEO of Graphenea

Companies working in the field of Nanomaterial Recycling and Recovery

Examples of Pyrolysis Companies

Examples of Reverse Polymerization Companies

Views from Waste Industry Experts

Related European Projects

Related NSF Projects

Recycling and Recovery - Universities and or Institutes working in the field

Interesting Finds - Universities and or Institutes working in the field

Other References of Interest

Interesting Finds For potential high-value applications - Universities and Institutes research

Patents

Conclusions

Recommendations

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