What are the new integrated pipe gallery equipment technologies around the world?

Integrated pipe corridor is an underground comprehensive channel that integrates various pipeline equipment such as electricity, communications, water supply and drainage, gas, etc. It can effectively avoid repeated excavation and construction of different pipelines, improve the utilization of urban underground space and the operating efficiency of comprehensive pipelines. With the acceleration of urbanization, the construction of integrated pipe corridors has been widely used around the world, and its development and innovation have been continuously promoted. The following are some of the main features of new integrated pipe gallery equipment technologies around the world:

1. Intelligent technology: With the continuous development of new technologies such as the Internet of Things, big data, and artificial intelligence, integrated pipe gallery equipment is becoming more and more intelligent. Intelligent technology can realize real-time monitoring, remote control and intelligent diagnosis of comprehensive pipe corridors, improve management efficiency, reduce safety risks, and effectively reduce maintenance costs.

2. High-efficiency construction technology: In order to improve the efficiency of project construction, modern comprehensive pipe gallery equipment adopts a variety of high-efficiency construction technologies, such as tunnel shields, underground linear excavators, etc. These high-efficiency construction technologies can greatly reduce construction time and shorten the construction cycle, while also reducing the impact of construction on the surrounding environment.

3. Green environmental protection technology: Modern integrated pipe corridors pay more and more attention to environmental protection and sustainable development. In terms of equipment technology, some new materials and equipment, such as rubber seals, fiber-reinforced composite materials, etc., can effectively reduce the risk of water leakage in underground pipe corridors, reduce pollution of groundwater resources, and protect the natural environment.

4. High-quality management technology: In order to ensure the quality and safety of the integrated pipe gallery, modern equipment also adopts various high-quality management technologies, such as structural monitoring systems, material testing technology, etc. These management technologies can realize all-round monitoring and management of the integrated pipe gallery and ensure its safe and stable operation.

5. Multifunctional design technology: In order to meet the needs of different cities, the design of modern comprehensive pipe gallery equipment is becoming more and more diverse. Some comprehensive pipe gallery equipment has a flexible combination structure that can meet the layout needs of different pipeline types. In addition, some comprehensive pipe corridors also have multi-functional designs that can simultaneously meet the needs of multiple pipeline equipment such as power, communications, water supply and drainage.

In general, new integrated pipe gallery complete equipment technologies around the world are increasingly focusing on intelligence, high efficiency, green environmental protection, high-quality management and multi-functional design. The continuous development and innovation of these technologies will provide better support and guarantee for the utilization of urban underground space and the operation of pipeline equipment, and promote the comprehensive pipe gallery to play an increasingly important role in urban infrastructure construction.