The webinars provide a unique perspective with presentations from international experts involved in existing operations, new build and advanced R&D. The combination of topics gives you the opportunity to learn from the latest developments and potential synergies in LTO, New Build and Advanced Reactors. In a Q&A session questions from the audience and experts are addressed by Mr. Reed from EDF Energy, Mr. Liuko from Fennovoima, Mr. Kwang-hee from KHNP and Mr. Davies from USNC.
Read more about the webinar guests in the articles below.
While relatively young in the context of traditional nuclear development, Kairos Power’s iterative approach and strong emphasis on early engagement with the regulator have yielded significant experience and tangible licensing results early in the project lifecycle. Kairos Power’s near-term focus is on U.S. licensing and deployment, but the lessons learned through KP-FHR development, testing, and licensing experience are also valuable under different regulatory regimes.
Terrestrial Energy has been engaged in the Canadian Nuclear Safety Commission’s (CNSC) Vendor Design Review (VDR) process since 2015 which is an optional service provided by the CNSC when requested by a vendor.
A key aspect in the planning of new-built of a nuclear power plant is licensing. To allow for clear investment decisions and the prevention of cost overruns, it is of paramount importance that a transparent and harmonized licensing framework is provided. It should be possible to provide all relevant requirements and insights of the risks at the beginning of the project.
Our nuclear innovation conference to be held in March next year will focus on what innovations are needed for nuclear energy progression. The relevance of this topic is once again demonstrated by the recent publication of IPCC and by the publication of a Market Consultation report by KPMG.
Jim Reed is the Chief Graphite Engineer in EDF. In this role he has strategic oversight in a particular part of the nuclear power station, the graphite core. The graphite core is one of the key life-limiting issues for the nuclear reactors in the UK. The work to better understand the lifetime is a combination of science and engineering, trying to understand key behavior at the atomic level and how the graphite core as a 1000+ m3 structure behaves in a seismic event. Continue reading for his point of view when it comes to UK lifetime extension activities and energy providers’ business strategies.
The experience and innovation basis of the current fleet of reactors is fundamental for Design, Construction and Operation of new reactors which can improve their performance and availability using the lessons learned from the current LTO programs. In our innovation roadmap we share our view on the added value of the nuclear industry segments.
Janne Liuko of Fennovoima explains their project management approach on the construction of a VVER-1200 plant in Pyhäjoki, Finland, to reduce and control project risks. Focusing on minimizing revisions of Finnish regulation, they developed a stage wise approach of the design. These stages comprise plant safety, operational design and design for realization.
On April 6th 2021, commercial operation of the Burakah Unit 1 has succesfully commenced. The production of 5.6 GWe will provide up to 25% of the electricity within the United Arab Emirates. KHNP talks about their involvement in the development of the first nuclear power project in the Arab world, the other parties involved, their cooperation and their conctractual approach.
A special item on the first advanced reactor system that has been allocated a site in the Western part of the world. The USNC MMR is an inherently safe and modular system, designed to produce energy or heat for industrial processes or hydrogen production. Mark Davies, Vice President – Fuel at USNC, gives an interview on his experience in nuclear technology, his current work at USNC and the future including the MMR technology.