AbstractMengcheng river is an important part of urban ecology, but due to the lack of effective management and maintenance, the problems of river siltation and pollution are gradually prominent. As a very important treatment method, dredging faces many problems. This paper explores the difficulties of river dredging in Mengcheng, analyzes the challenges and solutions in technology, cost, environmental protection and other aspects, and puts forward corresponding suggestions, aiming to attract more people's attention and attention. Body.
First, the dredging technology is difficult.
The dredging robot is a major breakthrough in dredging technology in recent years, which can improve the dredging efficiency, reduce the cost of dredging, and reduce the pollution of dredging to the environment. However, in actual operation, the technical difficulties encountered by the dredging robot are still very large. First of all, the design and manufacture of robots requires sophisticated technology and superb craftsmanship, and their system stability and operational performance directly affect the completion of dredging tasks. Secondly, in the face of complex and changeable river environment, robots need to have high adaptability and intelligence to be able to respond to various situations correctly and quickly. Therefore, we suggest that in the process of R&D and use, we should give full play to the technical advantages of the professional team, strengthen the multi-faceted consideration of the system performance and operability of the dredging robot, improve the adaptability and intelligence level of the robot, and ensure the efficient completion of the dredging task.
Second, the cost of dredging is high.
The cost of dredging mainly includes labor cost, equipment cost, dredging and dumping cost and environmental protection cost. Among them, the cost of labor and equipment is relatively fixed, while the cost of dumping and environmental protection will increase with the increase of dredging. In addition, there are many complex situations such as different locations, different seasons, and different physical properties of silt in urban river dredging, which will also increase the cost of dredging. Therefore, in terms of reducing the cost of dredging, we suggest that reasonable dredging plans and measures should be formulated in a targeted manner, the structure of dredging cost should be optimized according to the actual situation, and the innovation of technology and management should be strengthened to further reduce the cost of dredging and improve the efficiency of dredging.
Third, high environmental protection requirements.
The waste generated by dredging needs to be treated and disposed of scientifically and rationally, in line with the requirements of the relevant national pollution prevention and control fields. This puts forward higher requirements for the operation and use of dredging robots. In this regard, we suggest that in the manufacture and selection of dredging robots, we should strictly follow the environmental protection requirements, select materials and components that meet the national environmental protection standards, and provide excellent conditions for the collection, transportation and treatment of garbage.
Fourth, the robot is difficult to operate.
The operation of the dredging robot requires the operator to have a high technical level and experience, which puts forward higher requirements for the operator. In addition, the complex environment and water flow conditions of urban rivers pose great challenges to the operator's response and adaptability. In this regard, we suggest that we should pay attention to the professional training of dredging robot operators, provide multi-faceted skills and process training, continuously strengthen the technical and operational level of employees, and improve the effectiveness and safety of task completion. ConclusionThe dredging of Mengcheng River is facing many challenges, and solving this problem requires a variety of professional knowledge and technical support. This paper makes a professional and in-depth exposition from multiple perspectives such as the technical difficulty of dredging, the cost of dredging, the environmental protection requirements, and the difficulty of robot operation, and puts forward relevant suggestions and solutions. We hope that these will bring enlightenment to the society and the management departments, and further improve the attention and awareness of urban river governance, so as to better protect the stable and healthy development of national resources and the ecological environment. Barros Group specializes in demolition engineering, cleaning engineering, waste utilization, environmental protection engineering, chemical equipment demolition, sludge treatment, solid waste treatment, industrial equipment cleaning, renewable resources**.