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Radioactive Waste - ASIAN PANORAMA

  • May 2015
  • -
  • Expernova
  • -
  • 433 pages

The following Panorama contains a detailed overview of the Scientific Expertise on Radioactive Waste, in Asia.



The nuclear industry, ranging from uranium mining to processing and storage of waste, is the main source of electricity generation. Nuclear energy reduces dependence on hydrocarbons but still generates radioactive substances with environmental and health risks. Radioactivity, a natural phenomenon, is used medically, industrially and scientifically. Its use requires the implementation of protection measures and strict regulations. The use of its properties produces waste that is not recycled or reused for technical and economical reasons.
Radioactive waste, containing radionuclides, are listed under five categories in France: products from the dismantling of nuclear facilities, radium-bearing waste containing radium, waste from spent fuel nuclear power plants, the fission products from the processing of nuclear fuels and waste from hospitals and laboratories. They are classified by their lifespan and their level of radioactivity.
Radioactive waste management is an R&D program whose research lines are based on the separation / transmutation of minor actinides, storage in deep geological formation and storage.



Featuring 20 companies’ profiles such as Toshiba Corporation and Hitachi, and 25 R&D Laboratories such as the Korea Atomic Energy Research Institute of Daejeon, or the Key Laboratory for Marine Reservoir Evolution and Hydrocarbon Accumulation Mechanism of the China University of Geosciences, this report is ideal for anyone wanting:



- Identify R&D Partners,



- Obtain IP & Technologic Intelligence,



- Develop your R&D Partnerships,



- And also benchmark competitors.



…all on a global scale.



You will also find 40 expert’s profiles, containing their scientific works and details of their field of expertise.



These Key Innovation Leaders are in Eastern Asia (Japan, Korea, Taiwan…).





For each of them, you will receive a scientific profile updated at time of order, a selection of focused works and a presentation of their collaborative partners, as well as an in-depth explanation of why companies such as Toshiba Corporation are leaders on Radioactive Waste.





A Panorama is composed of:

- A global overview of the subject (issues, distribution of sources of expertise, international networks, European projects, main standards...)

- A selection of scientific profiles of actors (research centers , companies, experts)

- A selection of targeted works (from 50 different types of scientific and technical documents from more than 250 data sources).



Here are some examples of our data sources:



Research institutes databases (NASA, MIT, Fraunhofer, ...)



Patent Databases (European Patent Office, USPTO, ...)



Thematic Databases (MedLine/PubMed, INRA, ...)



Project Databases (Cordis FP-7, FP-6, ...)



Panorama are generated and updated with the unique mapping technology developed by Expernova, which covers 52 countries. Expernova data base is constantly growing, so each Panorama updated at any given time is potentially different from the others Panorama generated at other times on the same subject.





SCOPE OF THE PANORAMA

radioactive waste,nuclear fuel, waste disposal, waste repository, nuclear waste, waste management, liquid waste, hazardous waste, nuclear reactor, radioactive material, radioactive pollution




Table Of Contents

Radioactive Waste - ASIAN PANORAMA
I. General Panorama


1. Innovation Opportunities

2. Global ecosystem : overview

3. Focus : calls for proposal

4. Focus : ISO / CEN Standards




II. Selection of key-profiles and innovation leaders


1. 30 RandD Labs profiles

2. 30 Companies Profiles

3. 50 Experts profiles




III. Targeted documents


1. 25 Scientific works

2. 25 Patent families




APPENDIX

- Labs Index

- Companies Index

- Experts Index

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