This Ship Uses a Thorium Molten Salt Reactor For Its Energy Needs
Rahul Kalvapalle — May 4, 2022 — Eco
Ulstein, a Norwegian family-owned company that specializes in ship design, shipbuilding and related marine enterprises, has unveiled a concept polar ship that is designed to be able to leverage thorium molten salt reactor (MSR) technologies to offer zero-emissions operation on the high seas.
The 'Thor' polar ship would use a Generation IV MSR thorium reactor, which works by dissolving thorium in a blend of salts that are heated up to several hundred degrees Celsius. The molten salt mix is capable of utilizing passive cooling for emergency shutdowns, but can also be refueled through a looped chemical reaction. The ship, which measures in at nearly 150 meters in length, is positioned as a replenishment, research and rescue vessel. It is also capable of recharging the batteries of cruise ships such as Ulstein's own 'Sif' vessel.
This eco-friendly polar ship displays technologies that are capable of servicing rescue, tourism and other needs in the Antarctic and Arctic whilst also mitigating damage to the environment.
Image Credit: Ulstein
The 'Thor' polar ship would use a Generation IV MSR thorium reactor, which works by dissolving thorium in a blend of salts that are heated up to several hundred degrees Celsius. The molten salt mix is capable of utilizing passive cooling for emergency shutdowns, but can also be refueled through a looped chemical reaction. The ship, which measures in at nearly 150 meters in length, is positioned as a replenishment, research and rescue vessel. It is also capable of recharging the batteries of cruise ships such as Ulstein's own 'Sif' vessel.
This eco-friendly polar ship displays technologies that are capable of servicing rescue, tourism and other needs in the Antarctic and Arctic whilst also mitigating damage to the environment.
Image Credit: Ulstein
Trend Themes
1. Thorium Molten Salt Reactor Ships - MSR technologies offer opportunities for zero-emissions operation on the high seas.
2. Passive Cooling for Emergencies - Utilizing passive cooling offers disruption in safety and energy efficiency.
3. Research and Rescue Vessel Technology - Developing polar ships designed for research and rescue display disruptive innovation in eco-friendly marine solutions.
Industry Implications
1. Shipbuilding - Exploring thorium MSR technologies in shipbuilding showcases disruptive innovation in energy efficiency.
2. Maritime Rescue Services - Developing polar ships in partnership with maritime rescue services introduces disruptive marine solutions in environmental protection.
3. Arctic and Antarctic Tourism - Eco-friendly polar ships can offer disruptions in tourism and adventure industries by showcasing sustainable travel options.
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