Helium Scarcity and Gas Cooled Reactors

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Gas-cooled reactors require helium for startup and loss replacement, but the exact amount needed is unclear, with discussions focused on flow rates rather than total inventory. Helium's current scarcity could hinder the widespread adoption of this coolant in nuclear reactors. However, if users implemented conservation programs to retain helium instead of releasing it, the supply could stabilize. The conversation highlights the need for more detailed information on helium requirements for reactors. Overall, effective helium management could support the future of gas-cooled nuclear technology.
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How much helium would a gas cooled reactor require for startup and loss replacement? Would helium's scarcity pose a major obstacle to widespread or long term adoption of it as a coolant for nuclear reactors?
 
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Helium would not be so scarce if users retained it after use instead of releasing it to the atmosphere as 99% do now.

If mandatory helium conservation programs are enacted, then there will be plenty of helium to cool future reactors.
 
Anyone know how much helium coolant a reactor would need? All I've been able to find is flow rates, not total inventory, and not how much might be lost over time.
 
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