Article content material
SEATTLE — Seattle-based Extremely Secure Nuclear Company and Lappeenranta-Lahti College of Expertise (LUT) in Lappeenranta, Finland as we speak signed a Memorandum of Understanding (MOU) to additional look at deployment of the Extremely Secure Nuclear Micro-Modular™ Reactor (MMR®) as a analysis and check reactor in metropolis of Lappeenranta at or close to the College’s campus. The reactor might be operated as a coaching, analysis and check facility and can hook up with the district heating community of Lappeenrannan Energia, the municipally owned vitality firm offering carbon-free district heating to the college, metropolis and surrounding space.
Article content material
A number one vitality analysis college, LUT analysis helps the world’s transition to carbon neutrality in all societal and industrial sectors. The MMR analysis and check reactor will check new applied sciences to decarbonize vitality manufacturing, microgrid integration, and assist prepare the long run workforce by way of hands-on expertise with a next-generation high-temperature gas-cooled microreactor.
“The work LUT is doing in transitioning to a carbon-neutral world is essential and the MMR is the right analysis and coaching facility to advance their data and expertise, particularly in the case of decarbonizing district heating programs,” stated Francesco Venneri, CEO and Founding father of Extremely Secure Nuclear.
Based on the World Nuclear Affiliation, district heating is extensively utilized in Finland however is basically fueled by fossil fuels reminiscent of peat and coal, which is to be phased out by 2029. At 15 MW to 30 MW of thermal vitality, the MMR is sufficiently small to be situated close to district heating masses. The unrivaled security of the MMR and its Absolutely Ceramic Micro-encapsulated (FCM®) gas imply homeowners and regulators can web site these MMR Vitality Methods with confidence.
“The protection and design of the MMR makes partnering with Extremely Secure Nuclear the best selection for LUT and for Finland as we work towards decarbonized municipal and industrial warmth provide and a carbon-neutral world,” stated Juhani Hyvärinen, Professor of Modelling in Nuclear Engineering at LUT.
The venture at LUT joins the rising record of world coaching, check, and analysis MMR tasks on the College of Illinois Urbana-Champaign within the USA and at McMaster College in Canada.
About Extremely Secure Nuclear
Extremely Secure Nuclear Company, a U.S. company headquartered in Seattle, is a world chief and powerful vertical integrator of nuclear applied sciences and companies, on Earth and in House. Main initiatives embrace the micro modular reactor MMR®, the totally ceramic micro-encapsulated FCM® nuclear gas, and nuclear energy and propulsion applied sciences for house exploration. The corporate is demonstrating MMR Vitality Methods on the Canadian Nuclear Laboratories with Ontario Energy Technology and on the College of Illinois Urbana-Champaign, with new deployment tasks underway in the US, Canada, and Europe.
Extremely Secure Nuclear is dedicated to bringing secure, commercially aggressive, clear and dependable nuclear vitality to international energy and industrial markets. Extremely Secure Nuclear is working with NASA and the Protection Division on superior radioisotope energy, nuclear thermal propulsion programs and superior supplies utilizing the identical strict inherent and intrinsic security ideas to drive innovation in fuels, supplies, and design.
Extremely Secure Nuclear is the one personal firm producing TRISO and FCM gas. That is enabling the transformation of key energy and industrial sectors. Extremely Secure Nuclear is Dependable Zero-Carbon Vitality. Anyplace.
View supply model on businesswire.com: https://www.businesswire.com/information/dwelling/20221215005887/en/
Contacts
Brian Meeley
[email protected]
703.282.0691
Professor Juhani Hyvärinen
[email protected]
+358 50 5241512
#distro
