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Dredger fill consolidation system and method utilizing microorganisms to assist degradation
The invention discloses a dredger fill consolidation system and method utilizing microorganisms to assist degradation, the system comprises a vacuum device, a gas-water separator, a storage box, a filter pipe, a plurality of vertical drainage bodies and a plurality of horizontal drainage bodies, one end of the filter pipe is communicated with the vacuum device, and the filter pipe is further respectively communicated with the gas-water separator and the storage box; when the dredger fill consolidation system is applied to dredger fill and is in a working state, the filter pipe is laid on the surface of the dredger fill, the vertical drainage body and the horizontal drainage body are both communicated and connected with the filter pipe, and the filter pipe is connected with the vertical drainage body and the horizontal drainage body. The vertical drainage bodies are distributed at intervals in the axial direction of the filter pipe and are perpendicular to the filter pipe; and the horizontal drainage bodies are horizontally buried in the dredger fill and are distributed in parallel at intervals along different depths of the dredger fill. The consolidation effect is improved, and the post-construction settlement problem is effectively avoided.
本发明公开一种利用微生物辅助降解的吹填土固结系统及方法，系统包括真空装置、气水分离器、储料箱、滤管、若干竖向排水体和若干水平排水体，滤管的一端与真空装置连通连接，滤管还分别与气水分离器、储料箱连通连接，储料箱用于存储微生物降解剂，储料箱输出端与滤管之间的连通管路上还安装有开关，当所述吹填土固结系统应用于吹填土并处于工作状态下：所述滤管铺设在吹填土表面，所述竖向排水体、水平排水体均与滤管连通连接，各个竖向排水体沿着滤管的轴向间隔分布设置，且均垂直于滤管；各个水平排水体水平地埋入吹填土内，且沿着吹填土的不同深度平行间隔分布设置。本发明提高了固结效果，有效避免工后沉降问题。
Dredger fill consolidation system and method utilizing microorganisms to assist degradation
The invention discloses a dredger fill consolidation system and method utilizing microorganisms to assist degradation, the system comprises a vacuum device, a gas-water separator, a storage box, a filter pipe, a plurality of vertical drainage bodies and a plurality of horizontal drainage bodies, one end of the filter pipe is communicated with the vacuum device, and the filter pipe is further respectively communicated with the gas-water separator and the storage box; when the dredger fill consolidation system is applied to dredger fill and is in a working state, the filter pipe is laid on the surface of the dredger fill, the vertical drainage body and the horizontal drainage body are both communicated and connected with the filter pipe, and the filter pipe is connected with the vertical drainage body and the horizontal drainage body. The vertical drainage bodies are distributed at intervals in the axial direction of the filter pipe and are perpendicular to the filter pipe; and the horizontal drainage bodies are horizontally buried in the dredger fill and are distributed in parallel at intervals along different depths of the dredger fill. The consolidation effect is improved, and the post-construction settlement problem is effectively avoided.
本发明公开一种利用微生物辅助降解的吹填土固结系统及方法，系统包括真空装置、气水分离器、储料箱、滤管、若干竖向排水体和若干水平排水体，滤管的一端与真空装置连通连接，滤管还分别与气水分离器、储料箱连通连接，储料箱用于存储微生物降解剂，储料箱输出端与滤管之间的连通管路上还安装有开关，当所述吹填土固结系统应用于吹填土并处于工作状态下：所述滤管铺设在吹填土表面，所述竖向排水体、水平排水体均与滤管连通连接，各个竖向排水体沿着滤管的轴向间隔分布设置，且均垂直于滤管；各个水平排水体水平地埋入吹填土内，且沿着吹填土的不同深度平行间隔分布设置。本发明提高了固结效果，有效避免工后沉降问题。
Dredger fill consolidation system and method utilizing microorganisms to assist degradation
一种利用微生物辅助降解的吹填土固结系统及方法
XIE YAO (author) / LIU ZHIJUN (author) / CHEN PINGSHAN (author) / HAO GUANGCUN (author) / HU JUNLONG (author) / MAO FENGSHAN (author) / DENG KAIFANG (author)
2024-08-16
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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