Channel integration dredging mud making structure and construction method thereof

Abstract

The invention discloses an integrated channel dredging and mud-making structure, which includes a barge, a deck house is installed on the deck of the barge, and a control room is arranged under the deck house, and the control room is respectively connected with a GPS positioning device and an AIS system The device is connected with the tide reporting system device, and there is still a mud tank on the barge, and screw guide rails are installed on both sides of the mud tank, and a filter net is installed on the screw guide rail, and the filter net is controlled by a motor It reciprocates on the guide rail of the screw rod to conduct preliminary separation of the sludge. One side of the filter screen is provided with a dredging mud making device. The invention adopts the integrated granulation equipment to process the dredging mud into soil particles on the spot, which makes the dredging mud easy to transport in one step, reduces the cost input, simplifies the working procedure, improves the efficiency, and greatly improves the comfort of the ship operation and security.

Description

technical field [0001] The invention relates to a waterway integrated dredging and mud-making structure and a construction method thereof, belonging to the technical field of port water conservancy engineering. Background technique [0002] Sedimentation is a common problem in ports. Sedimentation often occurs after port excavation, and dredging is required for maintenance. In the absence of cover, manual excavation will only affect local water areas, and the surrounding environment will still maintain the original conditions of water flow and sediment erosion, and local water areas will silt back and tend to return to their original state. When there is a building cover, it will have a significant impact on the surrounding environment and form new conditions for water flow and sediment erosion. Artificial excavation of the water area can improve the water depth, but areas with sediment sources will be affected by waves, tidal currents and coastal currents. Silting will st...

AI Technical Summary

Problems solved by technology

[0005] There are many ways to solidify dredged mud, most of which are mechanized. However, the whole process from dredging to final solidified fill involves a lot of equipment, so a lot of manpower and material resources are required. The cutting process is cumbersome and labor intensive. The strength is high, which reduces the overall work efficiency

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