EXPLORE MOLTEN SALTS FOR A GREENER ENERGY FUTURE
Are you enthusiastic about embracing unconventional challenges and thriving in a start-up environment? Would you like to collaborate with a committed team and use your experience with electrochemistry and molten salts to design and conduct innovative experiments to generate state of the art data needed to design a complex nuclear reactor? Then Seaborg may be the place you are looking for!
At Seaborg Technologies we are developing a nuclear power plant concept fundamentally different from what exists today. By bringing to market an advanced molten salt reactor we are making nuclear an inexpensive, sustainable, and scalable technology that can make fossil fuels a thing of the past and revolutionise energy markets. The opportunity to make an impact on climate change and provide millions of people with cheap and accessible energy is what inspires all of us every day.
Creating an innovation that can impact the world isn’t easy and requires a diverse team bringing together a range of talents and perspectives. We know that we cannot do this alone, so we work closely with regulators, shipyards, academic institutions, and the nuclear industry from all over the world to develop and identify needed technologies and materials so we can produce an advanced floating nuclear power plant.
This is your chance to become part of a collaborative research environment where you can chart an uncommonly diverse career and help change the world.
The start-up environment allows for great influence, the possibility to take on responsibility, and personal growth but also demands flexibility.
THE ROLE
We are looking for a Molten Salt Electrochemist to lead and support the execution of experimental projects to understand molten salt behaviour in Seaborg’s reactor. Your research will primarily focus on fluoride salts, using electrochemistry as a tool to understand the behaviour of salt, e.g., redox properties, and of salt impurities, such as fission and corrosion products. Besides conducting experiments in static environments, electrochemical techniques are to be developed for our dynamic small-scale pilot set-ups. Your results will give direct input to Seaborg’s reactor design, such as the redox control methodology and materials selection.
KEY RESPONSIBILITIES & TASKS
PROFESSIONAL COMPETENCIES
To succeed in the role, we imagine you have some of the following competencies:
PERSONAL COMPETENCIES
WHAT WE OFFER
WANT TO JOIN THE TEAM?
Please submit a motivational letter and CV in English. We evaluate and interview candidates on a running basis. We expect you to be able to start 1st of February or March.
As we strive to have a neutral hiring process, please do not add a picture to your CV. We look forward to reading your application.
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