Space above ground in cities is severely limited. To ensure the mobility of residents, commuters and tourists, transport routes are being developed underground – new metro systems worldwide are evidence of this trend.
The expansion of metro networks has the highest priority in many metropolitan areas. The length of metro networks is expected to increase by 325 percent between 2017 and 2050.
Our tunnelling technology creates the fastest route from A to B
Together with contractors, we create efficient metro networks for the urban mobility of tomorrow to ensure stress-free traffic in cities.
Mobility bottlenecks due to chronically congested roads are one of the most urgent planning challenges in urban conurbations. Efficient metro systems are often the best or only solution to successfully meet this challenge. They prove themselves daily in cities around the globe and transport millions of tourists, commuters and city residents to their desired destinations – safely, reliably and low in emissions. For decades, clients and contractors have relied on Herrenknecht's experience and technology to efficiently drive progress in underground expansion and new construction. Our tunnelling technology can cope with tight space constraints, can be used in all geologies and builds high quality structures with maximum safety within the restrictions of existing urban conditions. Exactly where they are needed.
Road, railway, metro, utility, pipeline, hydropower, mining, and exploration: Herrenknecht’s references include more than 6,200 completed projects around the world. Our tunnelling technology helps to build tunnels, pipelines, shafts, and production wells in all types of ground with diameters ranging from 0.10 to 19 meters. Pioneering technology from Herrenknecht is creating the infrastructure to take people forward, paving the way for progress.
As the world’s leading provider, Herrenknecht stands for:
In conclusion: we make every effort to ensure that your project runs as smoothly as possible, while staying on budget and on schedule.
Automation can contribute greatly to the safety of metro networks by reducing
and ultimately removing the risk of human error altogether. Different grades of
automation offer gradually more safety up to the highest level (GoA 4), where
the metro is operating fully automated without any human involvement at all.
Source: UITP World Report on Metro Automation 2018
Growing networks: The length of metro networks is expected to
increase by 325 percent between 2017 and 2050, at which point
over two-thirds of metro tracks will be located in Asia.
With increased automation, metro networks can enhance safety
by reducing the risk of human error.
Large-scale metro projects like Grand Paris Express are not just about building
metro stations. Rather, it is to create new territories and districts around them,
where residents can live, work and travel more peacefully. With his research
on the potential on “Groundscape”, an architecture rooted in the ground,
Dominique Perrault is on the lookout for a strategy for resilient urban
development, skillfully blending architecture, infrastructure and landscape.
And its potential to shape the future of Megacities like Paris could be immense.
While it makes room for more livable space, it also transforms a city’s
infrastructure to a more organic one. So traveling is no longer a daily
obligation, but a choice.
The future of megacities as a living structure above and below
Dominique Perrault, Architect, urban planner, and
head of Dominique Perrault Architecture (DPA), Paris
“The challenge is to turn these stations into districts in order to provide physical continuity between where we live and where we work or where we go.”
Metro tunnels and ventilation or rescue shafts must be built within the
constraints of existing urban planning conditions with maximum safety for
people, buildings and technology. Herrenknecht tunnelling technology can
handle even the most confined spaces and bores exactly along the
specified alignment.
We are ready!
