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Proportioning method for preparing high-strength ceramsite from solid waste
The invention discloses a proportioning method for preparing high-strength ceramsite from solid waste. The method comprises the following steps: 1, analyzing and detecting chemical components of the solid waste; 2, according to a chemical component analysis and detection result, selecting more than one solid waste for blending or adding an additive for blending, so that the solid waste meets the chemical component requirements of the high-strength ceramsite; 3, sequentially granulating the mixture into balls, and roasting the balls in a high-temperature electric furnace to obtain test ceramsite; and 4, detecting the test ceramsite, and adjusting the blended components and content until the detection result of the test ceramsite meets the requirements of the high-strength ceramsite to obtain the ratio of the high-strength ceramsite. According to the chemical component requirements and the performance requirements of the high-strength ceramsite, blending is carried out on the basis of chemical component analysis and detection results of the solid waste, the proportion of the high-strength ceramsite is determined, the high-strength ceramsite is prepared from more than one solid waste, and the comprehensive utilization rate of the solid waste is increased.
本发明公开了一种利用固体废弃物制备高强陶粒的配比方法，该方法包括：一、对固体废弃物的化学成分进行分析检测；二、根据化学成分分析检测结果，选择一种以上的固体废弃物进行掺配或者添加外加剂进行掺配，使其满足高强陶粒的化学成分要求；三、将混合料依次经造粒成球、高温电炉焙烧得到试验陶粒；四、对试验陶粒进行检测结合对掺配的组分及含量进行调整，直至试验陶粒检测结果满足高强陶粒的要求，得到高强陶粒的配比。本发明根据高强陶粒的化学成分要求和性能要求，以固体废弃物化学成分分析检测结果为基础进行掺配，确定了高强陶粒的配比，实现了利用一种以上的固体废弃物制备高强陶粒，扩大了对固体废弃物的综合利用率。
Proportioning method for preparing high-strength ceramsite from solid waste
The invention discloses a proportioning method for preparing high-strength ceramsite from solid waste. The method comprises the following steps: 1, analyzing and detecting chemical components of the solid waste; 2, according to a chemical component analysis and detection result, selecting more than one solid waste for blending or adding an additive for blending, so that the solid waste meets the chemical component requirements of the high-strength ceramsite; 3, sequentially granulating the mixture into balls, and roasting the balls in a high-temperature electric furnace to obtain test ceramsite; and 4, detecting the test ceramsite, and adjusting the blended components and content until the detection result of the test ceramsite meets the requirements of the high-strength ceramsite to obtain the ratio of the high-strength ceramsite. According to the chemical component requirements and the performance requirements of the high-strength ceramsite, blending is carried out on the basis of chemical component analysis and detection results of the solid waste, the proportion of the high-strength ceramsite is determined, the high-strength ceramsite is prepared from more than one solid waste, and the comprehensive utilization rate of the solid waste is increased.
本发明公开了一种利用固体废弃物制备高强陶粒的配比方法，该方法包括：一、对固体废弃物的化学成分进行分析检测；二、根据化学成分分析检测结果，选择一种以上的固体废弃物进行掺配或者添加外加剂进行掺配，使其满足高强陶粒的化学成分要求；三、将混合料依次经造粒成球、高温电炉焙烧得到试验陶粒；四、对试验陶粒进行检测结合对掺配的组分及含量进行调整，直至试验陶粒检测结果满足高强陶粒的要求，得到高强陶粒的配比。本发明根据高强陶粒的化学成分要求和性能要求，以固体废弃物化学成分分析检测结果为基础进行掺配，确定了高强陶粒的配比，实现了利用一种以上的固体废弃物制备高强陶粒，扩大了对固体废弃物的综合利用率。
Proportioning method for preparing high-strength ceramsite from solid waste
一种利用固体废弃物制备高强陶粒的配比方法
MA MINGLIANG (author) / TANG YUJIAO (author) / LI SHOUDE (author) / LIU RONG (author) / SUN XIAONAN (author) / LI HUIXIAN (author) / YANG HUANYU (author) / ZHANG SHUWEI (author)
2021-04-16
Patent
Electronic Resource
Chinese
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