From Crisis to Stability: How Capiphon Redefined Landslide Protection for Railways
When Rain Brought Risk
In civil engineering, the battle against nature's unpredictability is ongoing. For Taiwan's high-speed rail in 2021, this battle became all too real. Continuous heavy rains caused groundwater levels to rise dramatically by 26 feet (8 meters), leading to a severe landslide. This disaster not only highlighted the limitations of existing drainage systems but also compelled THSR to urgently find a solution that would prevent such occurrences in the future.
Capiphon’s Draintube Solution
The introduction of Draintube technology marked a turning point, showcasing how innovative drainage solutions can provide superior protection and resilience for critical infrastructure.
After an initial pilot test involving 50 holes and 500 Draintubes, the system quickly proved its effectiveness. Encouraged by these results, THSR expanded the installation to replace failing pipes and reinforce the most vulnerable slopes.
The positive outcomes led to wider implementation across critical areas, effectively reducing groundwater levels from GL.-11M to GL.-3M and significantly lowering the risk of future landslides.
Real-world Success
The engineer highlighted the substantial amount of water being discharged, underscoring the system’s capacity and functionality. The successful implementation of Capiphon technology has led THSR to adopt Draintubes for all their projects, marking a significant shift in their approach to drainage and slope stability.
This story isn't just about overcoming an engineering challenge; it's a testament to the power of innovation in safeguarding our infrastructure. It echoes the American Society of Civil Engineers' call for embracing cutting-edge solutions to build a resilient future.
Check out more information：