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Sodium- and aluminum-rich high-level nuclear waste glasses are prone to nepheline (NaAlSiO4) crystallization.
Crystallization that occurs in waste glasses as the waste loading increases may complicate glass processing and affect the product quality.
A working example is presented about new LWA based on waste glasses, ceramic tile polishing sludge and clay raw materials.
The results are presented and compared with the equivalent properties of an inactive simulant of the current UK HLW glass and other nuclear waste glasses from the literature.
The mechanical properties of nuclear waste glasses are important as they will determine the degree of cracking that may occur either on cooling or following a handling accident.
A new dataset of meticulously measured viscosities of a large composition region of simulated nuclear waste glasses that recently became available provided an excellent opportunity to test this hypothesis to verify it again.
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Another problem is that waste glass must be separated by colour (i.e., clear, green, and brown) before it can be reused to make new glass containers.
The new law may add yet another container for curbside pickup, which already includes receptacles for nonrecyclable trash, yard waste, glass and other recyclables.
Founded by three young entrepreneurs in 2005, Tiostone turned about 100,000 tons of waste from the construction industry and 4,000 tons of waste glass last year into paving stones for Hong Kong sidewalks.
Waste glass creates serious environmental problems, mainly due to the inconsistency of waste glass streams.
This study involved waste glass as a replacement for aggregate.
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CEO of Professional Science Editing for Scientists @ prosciediting.com