The major achievements obtained in the field of self-propagating reactions when exploited for environmental protection are reviewed in this chapter. In particular, the fixation and consolidation of high-level radioactive wastes; the treating and recycling of a highly toxic solid waste from electrolytic zinc plants; the recycling of silicon sludge and aluminum dross produced by semiconductor industries and aluminum foundries, respectively; the degradation of chlorinated aromatics; and the treatment of wastes containing asbestos are addressed. Future scientific and technological directions related to this promising field of reaction engineering are also foreseen.
On the exploitation of self-propagating high-temperature reactions for environmental protection
Orru R.;Cao G.
2014-01-01
Abstract
The major achievements obtained in the field of self-propagating reactions when exploited for environmental protection are reviewed in this chapter. In particular, the fixation and consolidation of high-level radioactive wastes; the treating and recycling of a highly toxic solid waste from electrolytic zinc plants; the recycling of silicon sludge and aluminum dross produced by semiconductor industries and aluminum foundries, respectively; the degradation of chlorinated aromatics; and the treatment of wastes containing asbestos are addressed. Future scientific and technological directions related to this promising field of reaction engineering are also foreseen.
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