The current method used to dispose of radioactive materials requires an excessive amount of concrete, and it’s extremely space-intensive due to the increased volume of the material that has to be entombed. In response to this, researchers from the University of Sheffield’s Faculty of Engineering developed a new process that mixes plutonium-contaminated waste with blast furnace slag to create glass. If employed, this new storage method would result in an 80 percent reduction of waste volume, along with a more stable end product.
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Post tags: nuclear and renewable energy combined, nuclear waste stored in glass, Professor Neil Hyatt, radioactive waste burial, radioactive waste buried in concrete, radioactive waste disposal, radioactive waste encased in glass, reduced volume of radioactive waste, safer nuclear waste storage, storing nuclear waste in glass, storing radioactive waste in glass, University of Sheffield’s Faculty of Engineering