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A Norwegian Company Plans Off Grid Nuclear Reactors for Thermal Processing Missions.
Norsk Kjernekraft focuses on off-grid SMR projectsSubtitle:
Under a new business plan, Norwegian nuclear project developer Norsk Kjernekraft says it plans to construct off-grid small modular reactors in industrial areas where both reliable power and access to heat are needed.
Excerpts:
The company noted that estimates of future energy demand in Norway vary from 50 TWh to 233 TWh. However, it says the introduction of artificial intelligence (AI) makes existing forecasts about power requirements invalid. "Basically, the need for data processing and data storage, unlike everything else, is unlimited. Artificial intelligence accelerates this need exponentially ... in reality, this means that there is no longer a limitation in power demand."
Norsk Kjernekraft said that when hydropower was developed in Norway, industry was established where the hydropower plants were. However, with small modular reactors (SMRs), power production can now take place where the industry is located. "Because nuclear power, like hydropower, lasts for 100 years (with two upgrades after 60 and 80 years respectively), it gives the opportunity to recreate what hydropower has done for Norway. After the power plants have been paid off, they supply cheap electricity for a further 70-80 years - as hydropower has done."
In addition to generating electricity, nuclear power produces a lot of heat. High-temperature steam can be used for heat-intensive industries, such as for the production of steel and aluminium. It can also be also for carbon capture, as well as the production of hydrogen, ammonia and e-fuels. The residual heat can be used for district heating. According to Norsk Kjernekraft, all this reduces the need for electricity, and thereby also the need for grid development...
...By building the SMR power plant off-grid and in connection with heat-intensive industry, Norsk Kjernekraft says this ensures good project economics, while municipalities can build industry and jobs and ensure economic growth for future generations. Renewable power production can then be channeled towards other needs in Norway...
Norsk Kjernekraft said that when hydropower was developed in Norway, industry was established where the hydropower plants were. However, with small modular reactors (SMRs), power production can now take place where the industry is located. "Because nuclear power, like hydropower, lasts for 100 years (with two upgrades after 60 and 80 years respectively), it gives the opportunity to recreate what hydropower has done for Norway. After the power plants have been paid off, they supply cheap electricity for a further 70-80 years - as hydropower has done."
In addition to generating electricity, nuclear power produces a lot of heat. High-temperature steam can be used for heat-intensive industries, such as for the production of steel and aluminium. It can also be also for carbon capture, as well as the production of hydrogen, ammonia and e-fuels. The residual heat can be used for district heating. According to Norsk Kjernekraft, all this reduces the need for electricity, and thereby also the need for grid development...
...By building the SMR power plant off-grid and in connection with heat-intensive industry, Norsk Kjernekraft says this ensures good project economics, while municipalities can build industry and jobs and ensure economic growth for future generations. Renewable power production can then be channeled towards other needs in Norway...
Regrettably the article makes reference to the use of the electricity side product to produce hydrogen by electrolysis, which is wasteful and rather dirty, but the thermal utilization scheme comes under the general rubric of "process intensification" about which I've written here many times. Support for data centers is a good idea however, as is the production of steel and aluminum, both of which are carbon intensive industries.