A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Intense stirring in-situ solidification treatment method and stirring device
The invention discloses an intense stirring in-situ solidification treatment method and a stirring device. The intense stirring in-situ solidification treatment method comprises the following steps that construction preparation is conducted, and site facility conditions are surveyed and recorded according to project data; solidification treatment can be completed in situ or in a stacking area through the intense stirring device, soil waste and replacement are avoided, the intense stirring device is capable of reducing the influence degree of transportation and stacking on the environment, free of excavation work and capable of reducing the influence on surrounding buildings, high in automation degree, high in site adaptability, free of a mixing site, high in construction efficiency, uniform in mixing and capable of solidifying and improving waste soil to become foundation filler meeting the conditions to be reused; and the produced solidified soil is widely applied to resource utilization of reinforcing filler and dredged mud for bearing composite foundations and roadbed engineering, so that the intense stirring in-situ solidification treatment method meets the requirements of industries such as traffic, water conservancy and environmental protection in China, and the cyclic utilization of resources is improved.
本发明公开了一种强力搅拌就地固化处理方法及搅拌装置，包括以下步骤：施工准备，根据项目资料对现场设施条件进行勘察和记录，本发明结采用强力搅拌装置在原地或堆载区即可完成固化处理，避免了土体废弃、置换，降低运输及堆方对环境的影响程度，无需开挖工作，减少对周围建筑物的影响，而且该强力搅拌装置自动化程度高、场地适应能力强、无需拌合场地、施工效率高、拌和均匀，能够将废弃土固化改良后成为满足条件的地基填料再利用，所产出的固化土广泛应用到承载复合地基、路基工程的加固填料、疏浚泥的资源化利用中，因此强力搅拌就地固化处理方法符合我国交通、水利、环保等产业的需求，有利于提高资源的循环利用。
Intense stirring in-situ solidification treatment method and stirring device
The invention discloses an intense stirring in-situ solidification treatment method and a stirring device. The intense stirring in-situ solidification treatment method comprises the following steps that construction preparation is conducted, and site facility conditions are surveyed and recorded according to project data; solidification treatment can be completed in situ or in a stacking area through the intense stirring device, soil waste and replacement are avoided, the intense stirring device is capable of reducing the influence degree of transportation and stacking on the environment, free of excavation work and capable of reducing the influence on surrounding buildings, high in automation degree, high in site adaptability, free of a mixing site, high in construction efficiency, uniform in mixing and capable of solidifying and improving waste soil to become foundation filler meeting the conditions to be reused; and the produced solidified soil is widely applied to resource utilization of reinforcing filler and dredged mud for bearing composite foundations and roadbed engineering, so that the intense stirring in-situ solidification treatment method meets the requirements of industries such as traffic, water conservancy and environmental protection in China, and the cyclic utilization of resources is improved.
本发明公开了一种强力搅拌就地固化处理方法及搅拌装置，包括以下步骤：施工准备，根据项目资料对现场设施条件进行勘察和记录，本发明结采用强力搅拌装置在原地或堆载区即可完成固化处理，避免了土体废弃、置换，降低运输及堆方对环境的影响程度，无需开挖工作，减少对周围建筑物的影响，而且该强力搅拌装置自动化程度高、场地适应能力强、无需拌合场地、施工效率高、拌和均匀，能够将废弃土固化改良后成为满足条件的地基填料再利用，所产出的固化土广泛应用到承载复合地基、路基工程的加固填料、疏浚泥的资源化利用中，因此强力搅拌就地固化处理方法符合我国交通、水利、环保等产业的需求，有利于提高资源的循环利用。
Intense stirring in-situ solidification treatment method and stirring device
一种强力搅拌就地固化处理方法及搅拌装置
CHEN ZUOLEI (author) / WANG MEIQI (author) / ZHANG JUNNAN (author)
2021-09-03
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
Solidification treatment stirring device for soft foundation treatment
| European Patent Office | 2024
Bidirectional stirring equipment for in-situ solidification of soil body
| European Patent Office | 2023
Deep stirring device for soft soil foundation solidification
| European Patent Office | 2023
Stirring head for ultra-soft soil in-situ solidification treatment and application method thereof
| European Patent Office | 2021