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') -- -- you are using an outdated browser. please upgrade your browser to improve your experience. language: english cymraeg powering your future. home/news about us the reactor faqs about gda gda library gda comment gweld y wefan cymraeg home news uk advanced boiling water reactor the uk abwr – uk advanced boiling water reactor – is a nuclear reactor design proposed for development and construction in the uk. the uk abwr is being developed and offered in the uk by hitachi-ge nuclear energy, ltd. (hitachi-ge). nuclear energy is highly regulated to ensure that the highest levels of safety, security and environmental protection are maintained at all times. for new nuclear build, the first stage of this is a rigorous assessment of the reactor design by uk regulators, known as generic design assessment (gda). from april 2013 to december 2017, the uk abwr was assessed under gda by the office for nuclear regulation (onr), environment agency (ea) and natural resources wales (nrw). generic design assessment was successfully completed by hitachi-ge on its original schedule, with the issue of a design acceptance confirmation (dac) from onr, and a statement of design acceptability (soda) from ea and nrw on 14th december 2017. this website was developed to support public engagement during the gda process. through this site, hitachi-ge published its regulatory submissions, as well as lay summaries of the reactor design. these summaries – as well as the final regulatory submissions of the gda process – remain available. a key aspect of gda is a comment process, enabling members of the public, organisations and institutions to make comments or ask questions about the technology and about our submissions made to the regulators. this website hosted that process from january 2014 to august 2017, receiving 83 comments throughout that time. a summary of those comments are available here . since its founding in 1910, hitachi has been dedicated to pioneering "advanced technology" to improve the reliability of its products. we always take the challenge to satisfy the needs of our customers. since 1946, hitachi has been actively involved in the development of nuclear technology. with the experience accumulated over the years, hitachi is now a front runner in providing energy solutions through its latest fleet of safety-enhanced abwr design. hitachi introduced boiling water reactor technology in the 1960's. since then hitachi has contributed to the development, design and construction of more than 20 bwr plants. the advanced boiling water reactor, or abwr, is the latest evolution of bwr technology, with "enhanced safety" and "state-of the art technologies" in a "proven" design. the abwr is the only generation iii+ reactor in operation today. hitachi has been engaged in more than 20 nuclear plant construction projects as the major plant epc supplier. four abwrs are now in operation and an additional three are under construction in japan. the main components of the abwr that contibute to its enhanced safety are:- the reactor pressure vessel and nuclear reactor internals are contained within a reinforced concrete containment vessel. the reactor internal pumps which supply coolant water to the reactor core are directly mounted to the bottom of the reactor pressure vessel to eliminate the risks of a pipe break. fine motion control rod drives are applied to enhance the reliability and operability of the plant abwr engineering is performed with the advanced plant integrated cae system. this system covers the entire lifetime of the plant from the beginning to the end. during construction, we developed novel construction methods as a pioneer of large-scale module construction using very heavy lifts. our motto is "execute as planned". worker safety, high quality products and on-schedule performance can be realized by performing each step of the construction work as pre-planned. the abwr design incorporates "enhanced safety" features but in addition to these inherent safety features it adopts further enhanced safety measures to counteract any unexpected external hazards. for plants located along sea shores, main buildings are sufficiently elevated to withstand large-scale tsunamis. the backup building equipped with redundant emergency support facilities is located at an even higher elevation. in addition, watertight walls and doors are installed in major buildings. a filtered vent is installed as a measure to further reduce the risks of public exposure to radiation. the "backup building" provides accident management facilities. fuel and water tanks installed in the basement provide sufficient supplies for management of severe accidents. the first floor of the back-up building is equipped with: an air-cooled diesel generator a pump truck an alternate reactor cooling system vehicle dc batteries an alternate accident management control room and an emergency control office in addition, fire engines, and power supply vehicles for use in events of emergency are located in a vehicle station. the characteristics of safety-enhanced abwr are: the inherent safety features of bwr and abwr further enhancements based on fukushima lessons learned and severe accident management measures with the highest level of safety in the world, the abwr combines all the latest safety features. with huge global energy demands, now is the time for nuclear energy. with its "enhanced safety" and "state-of the art technologies" in a "proven" design, the abwr provides reliable energy to support urban development while sustaining harmony with the environment and human life. hitachi abwr video - video based on a generic approach – individual site developments will be subject to site specific design accessibility policy terms of use privacy links language: english cymraeg share this: facebook twitter view desktop site copyright © 2014 hitachi-ge nuclear energy, ltd. all rights reserved produced by big group retail menu

URL analysis for hitachi-hgne-uk-abwr.co.uk

http://www.hitachi-hgne-uk-abwr.co.uk/faq.html
http://www.hitachi-hgne-uk-abwr.co.uk/about_us.html
http://www.hitachi-hgne-uk-abwr.co.uk/gda.html
http://www.hitachi-hgne-uk-abwr.co.uk/gda_comment_process.html
http://www.hitachi-hgne-uk-abwr.co.uk/terms.html
http://www.hitachi-hgne-uk-abwr.co.uk/gda_additional_links.html
http://www.hitachi-hgne-uk-abwr.co.uk/news.html
http://www.hitachi-hgne-uk-abwr.co.uk/index.html
http://www.hitachi-hgne-uk-abwr.co.uk/privacy.html
http://www.hitachi-hgne-uk-abwr.co.uk/accessibility.html
http://www.hitachi-hgne-uk-abwr.co.uk/cym/index.html
http://www.hitachi-hgne-uk-abwr.co.uk/gda_library.html
http://www.hitachi-hgne-uk-abwr.co.uk/cym/
http://www.hitachi-hgne-uk-abwr.co.uk/reactor.html
http://www.hitachi-hgne-uk-abwr.co.uk/downloads/external_gda_comment_process_digest.pdf
onr.org.uk
biggroup-retail.co.uk

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