Talk:FC-MSR nuclear reactor: Difference between revisions
imported>David MacQuigg (add {{TOC}}) |
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From the Executive Summary:<br> | From the Executive Summary:<br> | ||
“All MSRs chemically treat the fuel to varying extents while the reactor operates to remove radioactive isotopes that affect reactor performance. Therefore, unlike other reactors, MSRs generally require on-site chemical plants to process their fuel. MSRs also need elaborate systems to capture and treat large volumes of highly radioactive gaseous byproducts.”<br> | “All MSRs chemically treat the fuel to varying extents while the reactor operates to remove radioactive isotopes that affect reactor performance. Therefore, unlike other reactors, MSRs generally require on-site chemical plants to process their fuel. MSRs also need elaborate systems to capture and treat large volumes of highly radioactive gaseous byproducts.”<br> | ||
Discussing the need for '''online fuel processing''' a '''Wikipedia''' article on | |||
[https://en.wikipedia.org/wiki/Molten_salt_reactor#Chlorine Molten salt reactors] says:<br> | |||
"Chlorine, unlike fluorine, must be purified to isolate the heavier stable isotope, chlorine-37, thus reducing production of sulfur tetrachloride that occurs when chlorine-35 absorbs a neutron to become chlorine-36, then degrades by beta decay to sulfur-36." | |||
== Intermediate Level Waste == | == Intermediate Level Waste == | ||
Will it be more of a problem with unmoderated (fast neutron) reactors? | Will it be more of a problem with unmoderated (fast neutron) reactors? | ||
"all of the reactor components exposed to neutron flux will become what's called intermediate level waste (ILW) following decommissioning. These wastes will end up having a larger volume than high level/spent fuel." from a recent discussion in the FaceBook forum [https://www.facebook.com/groups/2081763568746983/posts/3111046639151999 Renewables vs Nuclear Debate] | "all of the reactor components exposed to neutron flux will become what's called intermediate level waste (ILW) following decommissioning. These wastes will end up having a larger volume than high level/spent fuel." from a recent discussion in the FaceBook forum [https://www.facebook.com/groups/2081763568746983/posts/3111046639151999 Renewables vs Nuclear Debate] | ||
Latest revision as of 20:16, 23 March 2022
Risk of proliferation
Union of Concerned Scientists report:
"Advanced" Isn't Always Better, Edwin Lyman (2021).
https://www.ucsusa.org/resources/advanced-isnt-always-better
“We studied the most prominent “advanced” nuclear reactor designs. Unfortunately, few are safer or more secure than current generation reactors.”
From the Executive Summary:
“All MSRs chemically treat the fuel to varying extents while the reactor operates to remove radioactive isotopes that affect reactor performance. Therefore, unlike other reactors, MSRs generally require on-site chemical plants to process their fuel. MSRs also need elaborate systems to capture and treat large volumes of highly radioactive gaseous byproducts.”
Discussing the need for online fuel processing a Wikipedia article on
Molten salt reactors says:
"Chlorine, unlike fluorine, must be purified to isolate the heavier stable isotope, chlorine-37, thus reducing production of sulfur tetrachloride that occurs when chlorine-35 absorbs a neutron to become chlorine-36, then degrades by beta decay to sulfur-36."
Intermediate Level Waste
Will it be more of a problem with unmoderated (fast neutron) reactors? "all of the reactor components exposed to neutron flux will become what's called intermediate level waste (ILW) following decommissioning. These wastes will end up having a larger volume than high level/spent fuel." from a recent discussion in the FaceBook forum Renewables vs Nuclear Debate