Proactively addressing risks in an unpredictable world.
To invest in technologies that detect and prevent hazards before they escalate, especially in the face of climate extremes and urban volatility.
PREVENTION
TRENCHLESS Precision Magnetic Detection:
Uncover Hidden Infrastructure Risks
A non-invasive scanning technology that identifies corrosion, stress cracks, and leaks in buried pipelines and bridges, preventing failures before they escalate into costly or dangerous incidents.
EARLY RISK WARNING
REDUCED DOWNTIME
COST EFFICIENCY
This system uses passive geomagnetic fields to identify metal fatigue, corrosion, and structural weaknesses in underground pipelines and bridges. Unlike traditional methods requiring excavation, it detects flaws as small as 1mm through advanced flexomagnetic analysis, measuring strain gradients in metal structures. For repairs, it offers three tailored solutions: internal polymer coatings for corrosion repair, spray-on linings for pipe reinforcement, and emergency fiber wraps for instant leak containment—all applied without service disruption.
How It Works
Where It’s Used
Critical for urban water/gas pipelines, oil/gas transmission lines, and aging bridge cables. Adopted by municipalities and energy companies to prevent leaks, theft, and structural failures. Ideal for high-risk areas where excavation is costly or dangerous (e.g., dense cities, sensitive ecosystems).
Measurable Benefits
This innovative system delivers significant cost efficiencies, reducing inspection expenses by up to 60% compared to traditional excavation methods while providing more comprehensive data. The technology extends infrastructure lifespan by 5-10 years through early detection and targeted repairs, offering long-term value for asset managers. Its environmentally safe approach eliminates toxic runoff associated with chemical treatments, protecting surrounding ecosystems. Most importantly, the system achieves remarkable 95% accuracy in identifying hidden defects that conventional ultrasonic or visual inspections typically miss, significantly improving risk prevention.