In subway construction, the evolution of techniques and machinery is fundamental to execute projects with quality, safety and efficiency. Today we will talk about two essential tools: the pipe ramming and the tunnel boring machineswhich have become key pieces to carry out works with trenchless technologies.
Pipe jacking: A flexible solution for infrastructures
The pipe ramming is a technique that consists in the installation of pipelines through remote-controlled equipment, allowing the connection of infrastructures without the need for large excavations. This methodology is highly appreciated in water supply and sanitation projects, as it minimizes the impact on the surface and speeds up the execution of the project.
The tunnel boring machine: Power, precision and excavation safety
On the other hand, the tunnel boring machine represents the state of the art in subway machinery. These machines allow tunnels of different diameters to be excavated with great precision and, most importantly, with a high level of safety for the operators. In our section of EquipmentIn this section, you will find information on the various technologies available, such as the EPB shields and the hydro-shielding systemsThe company's products are designed to guarantee a continuous and controlled execution.
In addition, to know the global context of these technologies, we recommend reading this article at Trenchless Technology.
Integration of techniques for optimal results
One of the keys to success in infrastructure projects is the ability to integrate different methods. The pipe ramming and the use of tunnel boring machines complement each other by allowing, for example, the installation of subway networks together with tunnel excavation. This integration not only facilitates execution, but also optimizes time and reduces costs.
Technical and economic benefits
The adoption of these technologies in subway construction has significant advantages:
Reduced environmental impact: By avoiding large excavations, disturbance to the environment is minimized.
Increased security: The use of remote-controlled systems and advanced machinery protects work teams, making construction sites safer.
Efficiency in terms of deadlines and costs: The integration of techniques allows a more agile execution, generating considerable savings.
Versatility: These tools are adapted to different types of terrain and to the requirements of both urban and rural projects.
To learn more about how we are improving safety and efficiency, we invite you to explore our Technical Assistance and Engineering.
In conclusion, the combination of pipe jacking and the use of tunnel boring machines is a clear example of how the integration of techniques can transform the execution of subway projects. These methods work together to offer technical and economical solutions that reduce environmental impact and improve the safety of operations.
If you wish to learn more about these topics or how we implement these technologies in our projects, please visit our sections of Works, Equipment y Contact. So you can discover how experience and innovation come together in Eurohinca to lead the future of trenchless construction.
ES 
EN 
FR 