Global Nuclear Decommissioning industry Growth, Trends & Forecasts 2018-2025
According to the market research
and analysis, U.S.A is expected to lead the global nuclear decommissioning market for next 5 years and will
account for around xx% of the total market share. Stringent government
regulations and the projected decommissioning of several reactors in the region
will augment the growth of the power plant decommissioning services market in
this region. Moreover, it is estimated that the Compound Annual Growth Rate
(CAGR) will increase by xx% over the forecast period. The natural calamity
affected Fukushima projected the result of needing maximum safety at nuclear
plants. To ensure this safety government across the world reviewed the safety
regulations, and stringent rules were implicated over small nuclear plant
decommissions. These rules and regulations led to the digitalization of many
processes. The digitalization aware the loopholes in the plant setup.
Digitalization is definitely the uptrend in nuclear decommissioning market
which is consistently winning the nuclear decommissioning market share in today’s
time.
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The nuclear decommissioning
market is segregated into two segments, by type and geography. Where the type
segment is further sub-divided as Pressurized water reactor (PWR), Boiling
water reactor (BWR), Pressurized heavy water reactor (PHWR), Gas-cooled reactor
(GCR) and Light water graphite reactor (LWGR). The geographic segmentation of a
nuclear decommissioning maker is mostly seen in U.S.A, Asia-Pacific (APAC), and
Europe-Middle East- Africa (EMEA).
Nuclear decommissioning is the
process whereby a nuclear facility is dismantled to a point that it no longer
requires steps taken towards radiation protection. To ensure that
decommissioning sound environmental and safe, the NRC establishes the
regulations and associated guidance outlining the requirements and process
companies that should be compulsorily followed by the vendors. Decommissioning
is an administrative as well as a technical process. It is basically a process
where the nuclear power plant is either tore down completely or cleaned and
reused for conventional use. The radioactive contamination is cleaned up and
then the place can be reused but they don't actually let it happen for the
radioactive radiations take time to free the place.
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In the coming years, the world is
about to face the biggest global nuclear decommissioning market share. More
than half of the 449 nuclear power plants across the globe are nearing an end
of their scheduled life. The parts of the nuclear plant are either recycled or
sold for revenue cause. Decommissioning of even one plan takes around 1.5
billion. The entire process actually takes a years to complete.
Decommission can be done in
the following three ways:
1. Immediate dismantling, where
the plant is decommissioned within 5 years of the release of the license.
2. Safe enclosure, where
decommissioning is implicated in 40-60 years after the release of the license.
3. Entomb, where the remaining
radioactive material is kept at the site itself, precautions are taken that the
radiations are not leaked.
Competitive Landscape and Key
Vendors
The nuclear decommissioning
market size is quite fragmented as a result of the existence of a number of
well-diversified global, national and regional companies. Maximum count of
international companies have indulged in Joint venture with the local/regional
companies as also the regional companies need the machinery, etc.
The leading vendors in the
market are:
AECOM
AREVA SA
Babcock International Group
Studsvik
Westinghouse Electric
The other prominent vendors in
the market are Energy Solutions, Nuvia, Rosatom, EDF-Ciden, Javys, Enresa, and
NDA.
International Collaboration
and List of Decommissioned Plants:
Organizations that promote the
international sharing of knowledge, information and experience related to
nuclear decommissioning include the Organization for Economic Co-operation and
Developments, Atomic Energy Agency, Nuclear Energy Agency and the European
Atomic Energy Community. Additionally, an online system is also officially
called the Deactivation and Decommissioning Knowledge Management Information
Tool which was developed under the United States Department of Energy and
efficiently made available to the international collaboration in nuclear
decommissioning are reduced to decommissioning costs and improve workers
safety.
The decommissioned plants are:
1. Italy, Garigliano
2. Italy, Latina
3. Japan, Tokai
4. Japan, Fugen
5. Spain, Jose Cabrera
6. United Kingdom
7. United States, Fort St.
Vaint.
8. United States, Rancho Seco
NGS
9. United States, Shippingport
10. United States, San Onofre
NGS
11. United States, Yankee Rowe
12. United States, Maine
Yankee
13. United States, Pacific Gas
and Electric - Humboldt Bay.
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