Growth Of Radioactive Waste Management Market 2015 - 2023

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Radioactive Waste Management Market:
Global Industry Analysis, Size, Share,
Analysis, Growth, Trends and Forecast
2015 - 2023
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REPORT DESCRIPTION
Radioactive waste is any solid, liquid or gaseous waste containing radionuclides and is no longer needed at the plant that
must be managed and disposed safely.. Radioactive waste is broadly classified into low level, intermediate and high
level waste depending upon the amount of radiation it emits, form of radiation and time span for which it will continuously
emit radiation. Low-level waste is produce from industry, hospitals and from the nuclear fuel cycle. It includes clothing,
tools, filter, paper and many more which contains small amount of short lived radioactivity.
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Intermediate level waste contains high radioactivity and requires shielding during transportation and treatment for some
material. It includes chemical sludge, waste material from decommissioned reactors, resins and metal fuel cladding which
makes 4% of radioactivity and 7% of volume from radioactive waste. High level waste is produced when uranium fuel is
burned in a nuclear reactor and it requires shielding and cooling as it is highly radioactive and contains heat above
2KW/m3. High level waste produce more than 95% of radioactivity during electricity generation.
Radioactive materials are widely used in industries, medicine, sterilization and Environment. Radiopharmaceuticals
contains radioactive material which helps in the diagnosis and treatment of many diseases and can be inhaled, injected or
taken orally as medicine. In industry radioactive material are used in civil engineering, process control in manufacturing
hub, material analysis, surveillance of oil and gas pipe for leakage, oil and gas exploration, and industrial radiography. In
agriculture sector radioactive material are used for food preservation, insect control and to improve the quality and
production of food. Radioactive material also find its application in measuring soil quality, moisture content, and erosion
rate. Sterilization is one the best application of radiation and can be used for sterilization of syringes, surgical gloves,
dressings and heart valves after packaging. Radiation can also be used in sterilization of powder and ointment where
traditional methods such as heating cannot be used. Radioactive material are used to monitor the environmental process
which includes monitoring of pollutant, moisture and silt. Radioactive materials are also used to measure the pollution and
effluent discharge from different industries, and the movement of sand around river and bays.
Radioactive waste management prime objective is to insulate the radioactive waste from environment and human being
for the period waste remains hazardous. European countries determined to set up a European Repository Development
Organization (ERDO) to work together on nuclear waste disposal. Environmentally Safe Disposal of Radioactive Materials is
composed of the organizations responsible for radioactive waste management in eleven countries: Canada (Ontario Power
Generation), Belgium (ONDRAF/NIRAS), Finland (POSIVA OY), Japan (NUMO), Sweden (SKB), France (ANDRA), Germany
(BfS, DBE), Spain (ENRESA), Switzerland (NAGRA), the United Kingdom (Nirex), and the United States (OCRWM).
Nuclear power is the only technology which can produce large amount of energy and takes responsibility of waste
generated during the process and includes its full cost into the project. The radioactive waste generated during the
nuclear power generation is very low as compared to the fossil fuel electricity generation. Safe method to dispose the high
radioactive material is technically proven which makes it viable and are key drivers for it. However lack of knowledge and
poor handling and treatment practices act as a restraint.
Some of the major players in radioactive waste management are Andra Sites International, Areva, Augean
PLC, BHI Energy, Perma Fix Environmental Services, Sogin, SKB-Swedish Nuclear Fuel and Waste
Management Co. and many more.
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Radioactive waste is any solid, liquid or gaseous waste containing radionuclides and is no longer needed at the plant that must be managed and disposed safely.. Radioactive waste is broadly classified into low level, intermediate and high level waste depending upon the amount of radiation it emits, form of radiation and time span for which it will continuously emit radiation. Low-level waste is produce from industry, hospitals and from the nuclear fuel cycle. It includes clothing, tools, filter, paper and many more which contains small amount of short lived radioactivity. Get free research PDF for more Professional and Technical insights : http://www.transparencymarketresearch.com/sample/sample.php?flag=B&rep_id=6874