With the continuous development of construction, underground pipe network construction is becoming more and more frequent. Among the many construction technologies, guided mud-water balance pipe jacking machine has outstanding performance in environmental protection with its unique advantages, providing an efficient and environmentally friendly construction method for the development and utilization of urban underground space.
Traditional underground pipe network construction often requires large-scale excavation of the ground, which will cause serious damage to urban roads, greening, etc. The guided mud-water balance pipe jacking machine adopts trenchless technology, which only requires local excavation at the working pit and receiving pit, greatly reducing the scope of damage to the ground. In the city, this means that a large amount of vegetation can be avoided from being cut down, protecting the ecological environment and landscape of the city, and reducing the impact on residents' lives and urban traffic.
During the construction process, the guided mud-water balance pipe jacking machine discharges slag through the mud circulation system, avoiding a large amount of dust generated by traditional excavation methods. At the same time, its working principle makes the construction process relatively quiet and less noise pollution. In contrast, operations such as excavation and crushing in traditional construction will generate a lot of dust and high-decibel noise, which will cause serious interference to the living and working environment of surrounding residents. The application of guided mud-water balance pipe jacking machine helps to reduce dust and noise pollution in cities and improve the quality of life of residents.
The guided mud-water balance pipe jacking machine can accurately advance underground through precise guidance system and mud-water balance control, with less disturbance to the surrounding strata. It can reasonably adjust the mud pressure and advancement speed according to geological conditions and design requirements, maintain the stability of the excavation surface, and reduce the risk of ground subsidence and uplift. This is crucial for densely packed buildings and underground pipelines in cities, and can effectively protect the surrounding infrastructure and environmental safety, and avoid problems such as ground collapse and building tilt caused by construction.
The mud-water balance system of this equipment is equipped with a complete mud treatment and recycling device. The mud generated during the construction process can be reused after treatment, which greatly reduces the amount of mud discharged. At the same time, this recycling method also saves water resources and slurry materials, reduces construction costs, and realizes efficient use of resources. Compared with the waste of resources and environmental pollution caused by a large amount of waste mud in traditional construction, the mud circulation system of the guided mud-water balance pipe jacking machine has obvious environmental advantages.
Since the guided mud-water balance pipe jacking machine reduces ground excavation and earthwork transportation, the construction waste generated is relatively small. In traditional construction, a large amount of earthwork and waste building materials need to be transported and processed, which not only occupies a large amount of land resources, but also increases the burden of waste disposal. The small amount of slag generated by the guided mud-water balance pipe jacking machine construction can be transported to a designated location through a mud pipeline for centralized treatment, effectively reducing the generation and discharge of construction waste, which is conducive to the cleanliness and sanitation of the urban environment.
In the construction of urban underground pipe networks, the guided mud-water balance pipe jacking machine fully demonstrates its environmental value by reducing ground excavation, reducing pollution, accurately controlling stratum disturbance, recycling mud, and reducing construction waste. With the continuous improvement of urban requirements for environmental protection, this environmentally friendly construction technology will play a more important role in the future development of urban underground space and provide strong support for the sustainable development of cities.
