A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Solid waste-based curing agent for open-cut engineering muck backfilling and application of solid waste-based curing agent
The invention discloses a solid waste-based curing agent for open excavation engineering muck backfilling and application thereof. The solid waste-based curing agent comprises a common solid waste material, a carbon-sequestration solid waste material and an anti-permeation erosion material, the common solid waste material comprises desulfurized gypsum and silicon crystal powder; the carbon-fixing and waste-fixing material is waste cement powder; the anti-permeation and anti-erosion material comprises epoxy resin and wheat straw fibers; the building material is prepared from the following components in parts by mass: 90 to 110 parts of desulfurized gypsum, 45 to 55 parts of silicon crystal powder, 45 to 55 parts of waste cement powder, 4 to 6 parts of epoxy resin and 4 to 6 parts of wheat straw fiber. According to the invention, a mode of combining a carbon dioxide sealing technology with a solid waste material and anti-seepage technology is adopted, and a common solid waste material, a carbon-sequestration solid waste material and an anti-seepage erosion material are matched as synergistic components. Compared with a traditional curing agent, a large amount of industrial solid waste is used as a curing agent body, the manufacturing cost is correspondingly reduced, and therefore feasibility is achieved in technology, economy and convenience.
本发明公开了一种明挖工程渣土回填的固废基固化剂及其应用，包括普通固废材料、固碳固废材料和防渗透侵蚀材料；上述普通固废材料包括脱硫石膏和硅晶粉；上述固碳固废材料为废水泥粉；上述防渗透侵蚀材料包括环氧树脂和麦秆纤维；按照质量份比例计，各组份的配比如下：脱硫石膏90‑110份、硅晶粉45‑55份、废水泥粉45‑55份、环氧树脂4‑6份和麦秆纤维4‑6份。本发明采用了“二氧化碳封存技术与固废材料、防渗技术”的组合方式，将普通固废材料、固碳固废材料与防渗透侵蚀材料三者作为协同组分进行搭配。与传统固化剂相比，利用大量工业固废作为固化剂主体，造价相应降低，因此在技术、经济方便具有可行性。
Solid waste-based curing agent for open-cut engineering muck backfilling and application of solid waste-based curing agent
The invention discloses a solid waste-based curing agent for open excavation engineering muck backfilling and application thereof. The solid waste-based curing agent comprises a common solid waste material, a carbon-sequestration solid waste material and an anti-permeation erosion material, the common solid waste material comprises desulfurized gypsum and silicon crystal powder; the carbon-fixing and waste-fixing material is waste cement powder; the anti-permeation and anti-erosion material comprises epoxy resin and wheat straw fibers; the building material is prepared from the following components in parts by mass: 90 to 110 parts of desulfurized gypsum, 45 to 55 parts of silicon crystal powder, 45 to 55 parts of waste cement powder, 4 to 6 parts of epoxy resin and 4 to 6 parts of wheat straw fiber. According to the invention, a mode of combining a carbon dioxide sealing technology with a solid waste material and anti-seepage technology is adopted, and a common solid waste material, a carbon-sequestration solid waste material and an anti-seepage erosion material are matched as synergistic components. Compared with a traditional curing agent, a large amount of industrial solid waste is used as a curing agent body, the manufacturing cost is correspondingly reduced, and therefore feasibility is achieved in technology, economy and convenience.
本发明公开了一种明挖工程渣土回填的固废基固化剂及其应用，包括普通固废材料、固碳固废材料和防渗透侵蚀材料；上述普通固废材料包括脱硫石膏和硅晶粉；上述固碳固废材料为废水泥粉；上述防渗透侵蚀材料包括环氧树脂和麦秆纤维；按照质量份比例计，各组份的配比如下：脱硫石膏90‑110份、硅晶粉45‑55份、废水泥粉45‑55份、环氧树脂4‑6份和麦秆纤维4‑6份。本发明采用了“二氧化碳封存技术与固废材料、防渗技术”的组合方式，将普通固废材料、固碳固废材料与防渗透侵蚀材料三者作为协同组分进行搭配。与传统固化剂相比，利用大量工业固废作为固化剂主体，造价相应降低，因此在技术、经济方便具有可行性。
Solid waste-based curing agent for open-cut engineering muck backfilling and application of solid waste-based curing agent
一种明挖工程渣土回填的固废基固化剂及其应用
MA TAO (author) / GAO BOCHUAN (author) / JIA ZHAOLIN (author) / QIN YONGGANG (author) / CAO SHUAI (author) / XING RUNDONG (author) / WANG YANFENG (author) / MA JIANGUO (author) / WANG JIAN (author) / DONG ZHIJIE (author)
2024-02-06
Patent
Electronic Resource
Chinese
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