- August 23, 2022
- Image
IMSR Core-unit – outer view
By Simon Irish
This illustration is an outer view of the IMSR Core-unit. Their connections to the rest of the power system are at the top, allowing for easy replacement every seven years.
By Simon Irish
This illustration is an outer view of the IMSR Core-unit. Their connections to the rest of the power system are at the top, allowing for easy replacement every seven years.
By Simon Irish
Before and after use, IMSR Core-units are stored in a protective silo like this. Using these, an IMSR plant can keep several Core-units on hand for added energy security.
By Simon Irish
This cutaway view show the interior of the IMSR Core-unit. This elegant design enables Core-units to be factory made, easily transportable, and swappable inside the plant.
By Simon Irish
A cutaway view shows the complete IMSR Core-unit with integrated heat exchangers in a storage silo.
By Simon Irish
This cutaway view illustration shows how an IMSR Core-unit sits low and central in the reactor building, with replacement Core-units stored nearby.
By Simon Irish
Aerial view illustration of an IMSR cogeneration plant supplying an industrial facility.
By Simon Irish
Front view illustration of an IMSR cogeneration plant.
By Simon Irish
Illustration of an IMSR® cogeneration plant supplying an industrial facility.
By Simon Irish
Heat generated from an IMSR® Generation IV power plant is ideal for many industrial processes, not just for electricity production.
By Simon Irish
Illustration of the Terrestrial Energy IMSR400 power plant. This facility has the capacity to generate 390 MW (net) of clean, reliable and carbon-free electric power on a 7 hectare site.