Method for achieving slurry water separation and solidification of filling soil by utilizing filling bag and construction device

Abstract

The invention discloses a method for achieving slurry water separation and solidification of filling soil by utilizing a filling bag and a construction device, and provides the method and the device for achieving slurry water separation and solidification of filling soil by utilizing the filling bag, wherein silty soil or the mixture of silty soil and mucky soil is used as filling soil. A separating agent, a curing agent and filling soil are mixed completely through stirring, and then are filled in the filling bag; and separated water is drained out of the filling bag, and filling soil is deposited and solidified. The separating agent is a polluted water treatment agent STIR-S, and the curing agent is agglutinant STIR-Y for sewage disposal. The method leads slurry and water in a filling sand bag to be separated rapidly through rational choice and scientific ratio of the separating agent and the curing agent; water can be drained rapidly through the osmosis of a woven bag; and meanwhile, the curing agent added in filling soil can promote the soil agglomeration, can accelerate the consolidation of a soil body, can reduce the construction period by about 40 percent, and the method and the device are mainly suitable for the sand bag filling engineering for protection banks, reinforcing dams, protection slopes, dams and breakwater in harbors, river channels and the like.

Description

technical field [0001] The invention relates to the field of port waterway engineering, in particular to a method and a construction device for realizing the separation and solidification of filling soil, mud and water by using a filling bag. Background technique [0002] With the rapid growth of my country's economy, my country's coastal ports have ushered in a new development period, and large-scale land reclamation projects and coastal zone development projects are booming. At present, block stone materials and filling sand are widely used for land reclamation and embankment. However, with the large-scale use of block stone materials and filling sand materials, there has been a tension in the relationship between supply and demand. Moreover, in order to protect resources, mining is also restricted. [0003] Currently, Panjin in Liaoning, Caofeidian in Hebei, Huanghua in Hebei, Binzhou in Shandong, Dongying, Weifang and coastal areas in Jiangsu are all building land from...

AI Technical Summary

Problems solved by technology

[0005] For the silt soil with high clay content and the mixture of silt soil and muddy soil, such as Dongying, Weifang and other areas, due to the large amount of muddy soil, after filling into the woven bag, the separation time of mud and water is long, and the soil The consolidation effect is poor, resulting in a decrease in construction speed and a decrease in embankment quality

And because the filling bag is also affected by natural factors such as tide, current, and wind during the filling process, the longer the separation and solidification time in the filling bag is, the greater the hidden danger will be brought to the construction safety of the dam body. The bag is directly filled with silt and the mixture of silty soil and muddy soil as filling material

Images