A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
All-solid-waste curing agent proportioning method for building construction and preparation system of all-solid-waste curing agent
The invention provides a proportioning method and a preparation system of an all-solid-waste curing agent for building construction, and relates to the technical field of curing agents, and the all-solid-waste curing agent comprises the following components by mass: 40-70% of carbide slag; 10-20% of fly ash; 40-50% of blast furnace slag; 0-10% of phosphogypsum; the all-solid-waste curing agent is prepared from the carbide slag, the mineral powder, the fly ash and the ardealite according to a certain proportion, a traditional cement-based curing agent is replaced, the material cost is only 1/2 or 1/3 of that of cement, and the all-solid-waste curing agent has good economic and environmental benefits on the basis of achieving solid waste utilization. The problems of high energy consumption, high pollution and consumption of a large number of non-renewable resources caused by a large amount of carbon dioxide generated during cement production due to the fact that an existing soil curing agent is mainly made of cement are solved.
本发明提供一种建筑施工用的全固废固化剂配比方法及其制备系统，涉及固化剂技术领域，全固废固化剂，按照质量比包括如下组分：电石渣40‑70%；粉煤灰10‑20%；高炉矿渣40‑50%；磷石膏0‑10%；其余为纯净水，本发明全固废固化剂采用电石渣、矿粉、粉煤灰和磷石膏按照一定配比配制而成，替代传统水泥基固化剂，材料成本仅为水泥的二分之一或三分之一，其在实现固废利用的基础上，具备很好的经济和环境效益，解决了现土体固化剂以水泥为主，而生产水泥将产生大量二氧化碳，其生产过程将会带来高能耗、高污染和大量不可再生资源消耗的问题。
All-solid-waste curing agent proportioning method for building construction and preparation system of all-solid-waste curing agent
The invention provides a proportioning method and a preparation system of an all-solid-waste curing agent for building construction, and relates to the technical field of curing agents, and the all-solid-waste curing agent comprises the following components by mass: 40-70% of carbide slag; 10-20% of fly ash; 40-50% of blast furnace slag; 0-10% of phosphogypsum; the all-solid-waste curing agent is prepared from the carbide slag, the mineral powder, the fly ash and the ardealite according to a certain proportion, a traditional cement-based curing agent is replaced, the material cost is only 1/2 or 1/3 of that of cement, and the all-solid-waste curing agent has good economic and environmental benefits on the basis of achieving solid waste utilization. The problems of high energy consumption, high pollution and consumption of a large number of non-renewable resources caused by a large amount of carbon dioxide generated during cement production due to the fact that an existing soil curing agent is mainly made of cement are solved.
本发明提供一种建筑施工用的全固废固化剂配比方法及其制备系统，涉及固化剂技术领域，全固废固化剂，按照质量比包括如下组分：电石渣40‑70%；粉煤灰10‑20%；高炉矿渣40‑50%；磷石膏0‑10%；其余为纯净水，本发明全固废固化剂采用电石渣、矿粉、粉煤灰和磷石膏按照一定配比配制而成，替代传统水泥基固化剂，材料成本仅为水泥的二分之一或三分之一，其在实现固废利用的基础上，具备很好的经济和环境效益，解决了现土体固化剂以水泥为主，而生产水泥将产生大量二氧化碳，其生产过程将会带来高能耗、高污染和大量不可再生资源消耗的问题。
All-solid-waste curing agent proportioning method for building construction and preparation system of all-solid-waste curing agent
一种建筑施工用的全固废固化剂配比方法及其制备系统
LI YUNHONG (author) / WU YALEI (author) / ZHANG LIXIANG (author) / YAN LIJUN (author) / LIU JUAN (author) / YANG JUNJIE (author) / GUO YUEMING (author) / WANG PAN (author) / LI ZHENQI (author)
2024-06-07
Patent
Electronic Resource
Chinese
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