Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Low-carbon cement calcining process for replacing limestone clinker with carbide slag
The invention discloses a low-carbon cement calcining process using carbide slag to replace limestone clinker, and relates to the technical field of low-carbon calcined cement processing. A treatment table, a step-by-step crushing mechanism, a screening reflux mechanism, a self-turning drying mechanism and a linkage driving mechanism are matched to complete low-carbon cement calcination by using the carbide slag to replace limestone clinker, and the step-by-step crushing mechanism for performing multi-stage crushing on the waste carbide slag to gradually reduce the particle size is mounted on the upper end surface of the treatment table; according to the calcium carbide slag crushing and drying device, seamless connection of crushing and drying of calcium carbide slag is achieved through combination of the step-by-step crushing mechanism and the self-overturning drying mechanism, the processing speed is increased, dust is reduced, and the crushing and drying efficiency is improved. By means of the combination of the first-stage crushing assembly and the second-stage crushing assembly and staggered rubbing of the trapezoidal crushing plate and the crushed plate, complex stress is applied, the stress direction is increased, hard particles are effectively treated, and the uniformity of carbide slag is ensured.
本发明公开了一种利用电石渣替代石灰石熟料的低碳煅烧水泥工艺，本发明涉及低碳煅烧水泥加工技术领域。由处理台、逐级粉碎机构、筛分回流机构、自翻动烘干机构和联动驱行机构配合完成利用电石渣替代石灰石熟料的低碳煅烧水泥，处理台上端面安装有用于对废弃电石渣进行多级粉碎以逐步降低粒径的逐级粉碎机构，二级碾挤组件包括共同固定连接在受碾板与底盒腔壁之间的顶簧，本发明通过逐级粉碎机构与自翻动烘干机构的结合实现电石渣粉碎与烘干的无缝衔接，提升加工速度，降低粉尘，利用一级压碎和二级碾碎组件组合及梯形碾碎板与受碾板的错位搓碎，施加复杂应力，增加受力方向，有效处理硬颗粒，确保电石渣的均匀性。
Low-carbon cement calcining process for replacing limestone clinker with carbide slag
The invention discloses a low-carbon cement calcining process using carbide slag to replace limestone clinker, and relates to the technical field of low-carbon calcined cement processing. A treatment table, a step-by-step crushing mechanism, a screening reflux mechanism, a self-turning drying mechanism and a linkage driving mechanism are matched to complete low-carbon cement calcination by using the carbide slag to replace limestone clinker, and the step-by-step crushing mechanism for performing multi-stage crushing on the waste carbide slag to gradually reduce the particle size is mounted on the upper end surface of the treatment table; according to the calcium carbide slag crushing and drying device, seamless connection of crushing and drying of calcium carbide slag is achieved through combination of the step-by-step crushing mechanism and the self-overturning drying mechanism, the processing speed is increased, dust is reduced, and the crushing and drying efficiency is improved. By means of the combination of the first-stage crushing assembly and the second-stage crushing assembly and staggered rubbing of the trapezoidal crushing plate and the crushed plate, complex stress is applied, the stress direction is increased, hard particles are effectively treated, and the uniformity of carbide slag is ensured.
本发明公开了一种利用电石渣替代石灰石熟料的低碳煅烧水泥工艺，本发明涉及低碳煅烧水泥加工技术领域。由处理台、逐级粉碎机构、筛分回流机构、自翻动烘干机构和联动驱行机构配合完成利用电石渣替代石灰石熟料的低碳煅烧水泥，处理台上端面安装有用于对废弃电石渣进行多级粉碎以逐步降低粒径的逐级粉碎机构，二级碾挤组件包括共同固定连接在受碾板与底盒腔壁之间的顶簧，本发明通过逐级粉碎机构与自翻动烘干机构的结合实现电石渣粉碎与烘干的无缝衔接，提升加工速度，降低粉尘，利用一级压碎和二级碾碎组件组合及梯形碾碎板与受碾板的错位搓碎，施加复杂应力，增加受力方向，有效处理硬颗粒，确保电石渣的均匀性。
Low-carbon cement calcining process for replacing limestone clinker with carbide slag
一种利用电石渣替代石灰石熟料的低碳煅烧水泥工艺
LUO SHUAI (Autor:in) / BAO QUN (Autor:in) / ZHAO DENGYAN (Autor:in) / TANG XIAOHUA (Autor:in) / XIA XIAOLING (Autor:in)
21.01.2025
Patent
Elektronische Ressource
Chinesisch
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