DOE awards Core Energy and MIT Vitality Initiative funding for floating nuclear energy analysis undertaking


The US Division of Vitality’s Nuclear Vitality College Program (NEUP) has awarded analysis funds to the MIT Vitality Initiative, CORE POWER, and the Idaho Nationwide Laboratory for a three-year research into the event of offshore floating nuclear energy era within the US.

The NEUP funding will enable detailed collaborative analysis into the financial and environmental advantages of floating superior nuclear energy era and take a granular have a look at all features of constructing, working, sustaining, and decommissioning such services.

DOE earlier introduced its intention to fund and develop regional clear hydrogen hubs (H2Hubs) throughout America, certainly one of which have to be powered by nuclear. Funding would come from the $1.2-trillion Bipartisan Infrastructure Legislation. The hydrogen hub program is an $8-billion program to carry collectively stakeholders to assist drive down the price of superior hydrogen manufacturing, transport, storage, and utilization throughout a number of sectors within the economic system.

In 2021, the DOE additionally launched the Hydrogen Shot to chop the price of clear hydrogen to $1 per 1 kilogram of fresh hydrogen in 1 decade, nicknamed 1-1-1.

Because the US strikes to decarbonize various industries, together with transport, we should discover and perceive novel functions of applied sciences like nuclear and hydrogen manufacturing. This NEUP undertaking will assist us do this.

—John Parsons, the Principal Investigator on the undertaking and Affiliate Director for Analysis at MIT’s Heart for Vitality and Environmental Coverage

NEUP seeks to align the nuclear vitality analysis being carried out at US faculties and universities with DOE’s mission and objectives. This system helps tasks that concentrate on the wants and priorities of key Workplace of Nuclear Vitality applications, together with gasoline cycle, reactor ideas, and mission-supporting analysis. The analysis will run in parallel to proof-of-concept prototype reactors at present being developed within the US on the Idaho Nationwide Laboratory.

UK-based Core Energy was shaped in 2018 to pave the way in which for improvement and profitable deployment of superior reactor applied sciences for the maritime industries.

MIT’s Heart for Superior Nuclear Vitality Methods (CANES) has developed a technique for an Offshore Floating Nuclear Plant (OFNP). The offshore technique proposes situating reactors in comparatively deep water far-off from coastal populations, linked solely by an underwater energy transmission line. Constructing nuclear crops in shipyards, like deep-sea oil platforms, would make it doable to make use of significantly streamlined strategies of building, considerably chopping prices.

Offshore floating nuclear plant

Idea of OFNP. Supply: MIT CANES

As well as, offshore siting minimizes security issues by eliminating dangers of earthquakes and tsunamis as accident initiators, entry to the basically infinite ocean warmth sink, and making certain nobody resides inside the plant’s emergency planning zone.


  • Jacopo Buongiorno et al. (2014) “Offshore Small Modular Reactor (OSMR): An Modern Plant Design For Societally Acceptable And Economically Enticing Nuclear Vitality In A Put up-Fukushima, Put up-9/11 World” SMR2014-3306, Proceedings of the ASME 2014 Small Modular Reactors Symposium SMR2014


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