Burnability and Mineral Properties of Clinker Added Chlorine

Tae-yeon Kim, Nam-Il Kim, Yong-sik Chu
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引用次数: 1

Abstract

In this study, raw mix was mixed with CaCl2 for analyzing characteristics of clinker added chlorine and chlorine was added by 2,000ppm at high concentration condition. The raw mix added chlorine was burned at 1250°C~1350°C and maintained during 10minutes at each maximum temperature. Clinker target modulus was LSF 92, SM 2.5 and IM 1.6 in this study. The burnability of clinker added chlorine was identified by free-CaO content. Free-CaO content decreased as chlorine content increased and free-CaO content of 1350°C-2000ppm clinker decreased by 1.5%. Optical microscope and XRD Analyses were used for identify mineral properties of clinker added chlorine. The mineral of clinker could not be observed at 1250°C and the size of alite grew larger as chlorine content increased at 1350°C. It showed a good crystallizability as chlorine content increased. As chlorine content of clinker increased, clinker showed a good burnability and mineral property.
加氯熟料的可燃性和矿物性能
在本研究中,原料混合料与CaCl2混合,分析添加氯的熟料特性,高浓度条件下,氯添加量为2000 ppm。加入氯的原料混合物在1250℃~1350℃下燃烧,在每个最高温度下保持10min。熟料靶模量LSF为92,SM为2.5,IM为1.6。用游离cao含量鉴定加氯熟料的可燃性。随着氯含量的增加,游离cao含量降低,1350℃-2000ppm熟料游离cao含量降低1.5%。采用光学显微镜和XRD分析对加氯熟料的矿物性质进行了鉴定。1250℃时,熟料矿物未见踪影,1350℃时,随着氯含量的增加,alite粒度增大。随着氯含量的增加,其结晶性较好。随着熟料中氯含量的增加,熟料表现出良好的可燃性和矿物性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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