Dual Fluid

Our mission: reduce the volume and lifetime of radioactive waste, lower the final energy cost, and maintain the stringent safety and security standards of nuclear energy production, by boldly investing in promising early-stage startups in NATO countries. We are convinced that nuclear energy can lead to more dignity and equality among people, in a healthier environment.We are determined to protect the planet from further degradation through a more sustainable consumption of its natural resources and by taking urgent action on climate change.We are acutely aware of the importance to look at these new ventures through the prism of economic feasibility and long-term profitability.Last but not least, we are active promoters of the peaceful use of new technologies, and in favor of the abolishment of atomic weapons. We are firmly backed by a strong network of international specialists. Hence the energy sector is responsible for the overwhelming majority of greenhouse gas emissions.This is an opportunity: decarbonising energy production is the most efficient lever to mitigate climate change. New technological perspectives are opening up, from digitalisation to small modular reactors, from the production of heat and hydrogen all the way to nuclear fusion. We believe both in the power of collective intelligence, and in the sparkle of singular persons. We see venture capital as a catalyst to turn innovators into entrepreneurs.We are also acutely aware that the great power of nuclear energy comes with great responsibility. Yet we believe in the importance of a strong sectorial focus - ours is nuclear energy.

Our mission is supported by a global syndicate of leading institutional investors, venture capital firms, and technology pioneers, together with governments across North America and Europe. We are moving the whole energy sector forward to make zero-carbon, firm electricity options viable. We are sharing our vision for Clean Energy. We are pursuing the fastest, most practical path to bringing fusion energy to market using Magnetized Target Fusion (MTF) technology. We are fast tracking our technical progress to provide commercial fusion energy to the grid by the 2030s by building a new MTF fusion machine in Richmond, British Columbia. Dispatchable, with no emissions, it will play a significant role in the clean energy future. We work with a global network to create a sustainable future built on cleaner energy. The need to decarbonize our energy system placed increased urgency on our mission.

Our mission is to improve the quality of life for humankind by advancing nuclear power. We are committed to solving today’s energy problems for a better tomorrow. What started as a university research project in 2002 is now a mission to bring SMR technology to the global energy market. We made history in 2020 as the first SMR to receive NRC design approval, and are set to make history again by bringing the first SMR plant online by 2030. Our leadership team is comprised of globally recognized industry experts with decades of combined experience. S&P Global Sustainable 1 performed an analysis to determine Scope 1 and 2 emissions from NuScale Power’s operations based on the greenhouse gas accounting standard: GHG Protocol. Join our team of innovative thinkers working at the forefront of nuclear technology. ENTRA1 develops, finances, owns and operates energy production plants with NuScale-inside.

Our vision is simply to secure clean, reliable, and affordable energy future for all. We provide an excellent forum for promoting dialogue and an opportunity to debate clean energy research and technology, including renewable energy, energy efficiency and investment in energy infrastructure. We believe that the right way to secure widespread recognition of the benefits of nuclear energy is to encourage the widest possible and best-informed debate about energy and climate change. Tim is Chairman of ElecLink Limited, a subsidiary of Getlink SE, which owns and operates a 1GW electricity interconnector between France and Britain. Tim is the Honorary Ambassador of Foreign Investment Promotion for South Korea and has worked in China on climate related projects including the design of China’s carbon trading markets and on carbon capture utilisation and storage with the UK-China (Guangdong) CCUS Centre. Since 2001, Baurzhan was leading the subsidiaries of KazAtomProm JSC - national uranium operator and largest uranium producer in the world. With over 10 years' experience in strategic communication and media relations, Albina is a leading expert in PR with a strategic approach on Central Asia. Our supporters network represents the global nuclear industry and offers the opportunity to listen to and debate with high-profile leaders and other government, industry and academia professionals.

We are designing and building the next generation (Generation IV) of nuclear reactors: the lead-cooled fast reactors (LFRs) fuelled with MOX. Our innovative reactors will provide the world with a safe and stable power source while reducing volumes of nuclear waste. Discover more about who we are, where we’ve come from, and where our ambitions will take us.

The African Commission on Nuclear Energy and DeepGeo have signed a partnership agreement which could see multinational deep geological repositories hosted in Africa, with a proportion of the income used to facilitate nuclear energy deployment. WNN is a public information service of World Nuclear Association. Commissioning has begun of China's first industrial-use nuclear energy steam supply project, China National Nuclear Corporation announced. Uranium production from Olympic Dam could increase in future as BHP considers expanding copper production at the mine in South Australia. Federal nuclear production tax credits are providing the foundation for the USA's largest producer of carbon-free energy to continue to invest in growth opportunities, Constellation Energy said in its 2023 results announcement and 2024 earnings forecast. TVEL has entered an agreement "to develop cost plans for the decommissioning" of the four units being built at Turkey's Akkuyu nuclear power plant, which are expected to have a design life of at least 60 years.