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The effect of quench rate on the TCLP and PCT durability of environmental waste glass
Author(s) -
J.L. Resce,
B.M. Wolff,
A. Jurgensen,
C.M. Cicero,
D.F. Bickford
Publication year - 1995
Publication title -
osti oai (u.s. department of energy office of scientific and technical information)
Language(s) - English
Resource type - Reports
DOI - 10.2172/154944
Subject(s) - materials science , durability , devitrification , crystallinity , metallurgy , slag (welding) , chemical engineering , composite material , crystallization , engineering
The relationship between glass composition and the chemical durability of environmental waste glass is very important for both the development of glass formulations and the prediction of glass durability for process control. The development of such a model is extremely difficult for several reasons. Firstly, chemical durability is dependent upon the type of leach test employed; the leach tests themselves being only crude approximations of actual environmental conditions or long term behavior. Secondly, devitrification or crystallinity can also play a major role in durability, but is much more difficult to quantify. Lastly, the development of any one model for all glass types is impractical because of the wide variety of wastestreams, the heterogeneity of the wastestreams, and the large variety of components within each wastestream. Several ongoing efforts have been directed toward this goal, but as yet, no model has been proven acceptable

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