1966
DOI: 10.1002/crat.19660010412
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Entstehung, Phasenbestand und Reaktionen von Brennstoffschlacken in Hochdruckdampfkraftwerken

Abstract: Es wird die Entstehung von Schlacken, Aschen und Flugstäuben aus den Mineralen und anorganischen Substanzen der Brennstoffe, wie sie in Kraftwerken verfeuert werden, dargestellt. Die in den Schlacken auskristallisierenden Substanzen werden gekennzeichnet, und ferner wird auf die Reaktionen der Schlacken mit den feuerfesten Stampfmassen der Feuerräume eingegangen. Getrennte Behandlung finden Schlacken aus Kohle—Öl‐Gemisch‐Feuerungen und Versuche zur Kristallisation von glasigem Steinkohlenschlackegranulat.

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“…The slag components exhibit the least sulfate release. This is in contrast to their high S tot , suggesting that sulfur is not bound in the highly soluble sulfide and sulfate minerals such as hannebachite, oldhamite, gypsum, and ettringite, as Roy 2009 andKirsch andPollmann 1966 reported for slag. Grinding slag to silt particle size did not lead to higher solubility.…”
Section: Total Sulfur and Readily Soluble Sulfate Contentscontrasting
confidence: 73%
“…The slag components exhibit the least sulfate release. This is in contrast to their high S tot , suggesting that sulfur is not bound in the highly soluble sulfide and sulfate minerals such as hannebachite, oldhamite, gypsum, and ettringite, as Roy 2009 andKirsch andPollmann 1966 reported for slag. Grinding slag to silt particle size did not lead to higher solubility.…”
Section: Total Sulfur and Readily Soluble Sulfate Contentscontrasting
confidence: 73%