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Power plant flue gas high-adsorbability cementing material prepared by directional dissociation of mine solid waste and preparation method of power plant flue gas high-adsorbability cementing material
The invention discloses a power plant flue gas high-adsorbability cementing material prepared by directional dissociation of mine solid waste and a preparation method thereof, and the preparation method comprises the following steps: 1) determining the key component content of each narrow fraction of coal gangue based on a directional dissociation technology, and constructing a corresponding relation model of key components and fraction distribution; and 2) mixing the dry materials of coal gangue, fly ash and cement with water to prepare the cementing material, wherein the dry materials are different in granularity. (3) researching an influence rule of the gangue particle size grading and the filling material ratio on the performance of the cementing material through a laboratory test; 4) obtaining a corresponding optimal ratio according to the components of the flue gas of the coal mine power plant; and (5) selectively crushing the coal gangue by utilizing multi-layer gradient variable-aperture screening equipment, accurately preparing the required mixed-particle-size coal gangue material, and then preparing the material. According to the method, the adsorption performance of the cementing material on the power plant flue gas can be optimized, and cooperative treatment of the power plant flue gas and the mine solid waste underground is facilitated.
本发明公开了一种矿山固废定向解离制备电厂烟气高吸附性能胶凝材料及其制备方法，包括如下步骤：1)基于定向解离技术确定煤矸石各个窄粒级的关键组分含量，构建关键组分与粒级分布的对应关系模型；2)以不同粒度的煤矸石、粉煤灰和水泥为干料与水混合后制备胶凝材料。3)通过实验室试验，研究矸石粒径级配和充填材料配比对胶凝材料性能的影响规律；4)根据煤矿电厂烟气成分组成得出相对应的最优配比；5)利用多层梯级变孔径筛分设备对煤矸石选择性破碎，精准制备所需的混合粒径煤矸石材料，而后进行材料制备。本方法能够优化胶凝材料对电厂烟气的吸附性能，有利于电厂烟气与矿山固废井下的协同处理。
Power plant flue gas high-adsorbability cementing material prepared by directional dissociation of mine solid waste and preparation method of power plant flue gas high-adsorbability cementing material
The invention discloses a power plant flue gas high-adsorbability cementing material prepared by directional dissociation of mine solid waste and a preparation method thereof, and the preparation method comprises the following steps: 1) determining the key component content of each narrow fraction of coal gangue based on a directional dissociation technology, and constructing a corresponding relation model of key components and fraction distribution; and 2) mixing the dry materials of coal gangue, fly ash and cement with water to prepare the cementing material, wherein the dry materials are different in granularity. (3) researching an influence rule of the gangue particle size grading and the filling material ratio on the performance of the cementing material through a laboratory test; 4) obtaining a corresponding optimal ratio according to the components of the flue gas of the coal mine power plant; and (5) selectively crushing the coal gangue by utilizing multi-layer gradient variable-aperture screening equipment, accurately preparing the required mixed-particle-size coal gangue material, and then preparing the material. According to the method, the adsorption performance of the cementing material on the power plant flue gas can be optimized, and cooperative treatment of the power plant flue gas and the mine solid waste underground is facilitated.
本发明公开了一种矿山固废定向解离制备电厂烟气高吸附性能胶凝材料及其制备方法，包括如下步骤：1)基于定向解离技术确定煤矸石各个窄粒级的关键组分含量，构建关键组分与粒级分布的对应关系模型；2)以不同粒度的煤矸石、粉煤灰和水泥为干料与水混合后制备胶凝材料。3)通过实验室试验，研究矸石粒径级配和充填材料配比对胶凝材料性能的影响规律；4)根据煤矿电厂烟气成分组成得出相对应的最优配比；5)利用多层梯级变孔径筛分设备对煤矸石选择性破碎，精准制备所需的混合粒径煤矸石材料，而后进行材料制备。本方法能够优化胶凝材料对电厂烟气的吸附性能，有利于电厂烟气与矿山固废井下的协同处理。
Power plant flue gas high-adsorbability cementing material prepared by directional dissociation of mine solid waste and preparation method of power plant flue gas high-adsorbability cementing material
一种矿山固废定向解离制备电厂烟气高吸附性能胶凝材料及其制备方法
LI MENG (author) / ZHANG JIXIONG (author) / YAN HAO (author) / DING LUWEI (author) / ZHOU NAN (author) / FENG WENCHANG (author)
2024-01-05
Patent
Electronic Resource
Chinese
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