Energy Multiplier Module: Difference between revisions

Revision as of 19:29, 17 April 2022

Revision as of 19:31, 17 April 2022

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Each module can be manufactured in either U.S. domestic or foreign facilities using replacement parts manufacturing and supply chain management with large components shipped by commercial truck or rail to a site for final assembly, where it will be fully enclosed in an underground containment structure. Dry cooling capability allows siting in locations without a source of cooling water.

If the reactor is to become part of a [[hydrogen economy]], the coolant outlet temperature of 850°C would allow the [[sulfur iodine cycle]] to be used which directly converts thermal energy into hydrogen (without electric or other intermediate steps) with an overall thermal efficiency around 50%.

==Nuclear waste==