For long-distance pipeline transportation on water, a combination of two halves and clamps can be used to float the pipeline on the water surface, providing increased buoyancy. For pipelines floating on the water surface, the working weight can be calculated based on the weight of the transport medium and work efficiency.

    The plastic buoy of the floating pipeline on water is wholly formed by new type high molecular weight polyethylene through rotational molding, and the inside of the pipeline buoy is filled and foamed with light polystyrene foam, with good sealing performance. In daily use, even if the shell is damaged by external force, it will not leak and can still be used normally.

    The floating body of the pipeline is formed by rotational molding process, and various specifications can be designed and developed according to the customer's matching pipeline size requirements to meet the requirements of water engineering use. The internal plan design of the pipeline floating body is reinforced with multiple reinforcing ribs. When installed in combination, the pipeline floating body can be securely fixed to the outer wall of the pipeline, preventing back and forth sliding, and improving the use of the pipeline and floating body.

    The plastic floating body for pumping mud on water is made of high materials and molded by the rotational molding process. The inside of the pipe floating body is filled with EPS solid foam, which increases the use strength and impact capacity, avoids the abrasion of the floating body caused by external force damage, and can be used longer.

    The newly developed water-based clamp pipe float by Shanghai Yuezhan Rolling Plastic Co., Ltd. uses imported raw materials to customize the clamp pipe float. The pipeline float is connected to the water surface through a clamp type method to adapt to long-distance transportation work. This operation method not only saves labor costs, but also is relatively simple and convenient for later maintenance. The work rate and cost have both improved compared to traditional dredging methods in the past。

    With the advancement and development of dredging pipeline technology, dredging plays an increasingly important role in human social progress, economic development, and environmental protection, and its impact on sustainable human development is becoming more and more evident. Pipeline floating dredging includes deepening or maintaining water depth in port waterways, dredging rivers, lakes, and storage areas for floods, dredging and cleaning the environment, and land reclamation for development needs. In order to meet the increasingly developing requirements mentioned above, the trend towards the standardization, intelligence, and automation of dredging equipment is becoming stronger and stronger. Faced with all the challenges in the dredging industry, it is necessary to strengthen research on dredging technology, carry out technical exchanges, and promote the progress of dredging pipeline technology.