Kai Karlstrom
Director of Solutions Engineering
Climate Resilient Pipeline Infrastructure, Segment-Level Risk Analytics
Quantify flood, erosion, landslide, and thermal stress risk across every segment, from buried trunk lines to exposed crossings and compressor stations.
Why Pipeline Networks Need Climate Adaptive Infrastructure Analytics
Generic Risk Models Fall Short
Pipeline networks face escalating threats from landslides, flooding, erosion, and extreme temperatures, but each segment’s vulnerability depends on its steel grade, coating, burial depth, pressure limits, and surrounding terrain.
Repath’s climate risk analytics connect these specifications to forward-looking physical hazard projections, quantifying exactly where integrity risk is highest and what adaptation investments protect your CAPEX most effectively.
Climate Risk Analytics Purpose-Built for Pipeline Infrastructure
repath combines climate hazard projections with detailed pipeline specifications like steel grade, coating, and pressure limits, to flag risks before failures occur. From route planning to retrofit, our tool enables you to:
Identify segments where climate exposure threatens pipeline integrity
Quantify the financial case for proactive reinforcement vs. reactive repair
Route and design new pipelines with climate adaptation built into every specification
Asset Risk Identification
Map Climate Vulnerability Across Your Pipeline Network
Pinpoint stretches of pipeline threatened by floods, landslides, wildfires, or erosion, and act early.
By modelling how flood scouring, soil instability, thermal cycling, and landslide exposure interact with each segment’s specific material and installation parameters, we identify where targeted reinforcement prevents the highest-consequence failures.
Resilient Operations
Prevent Climate-Driven Integrity Failures
Prevent environmental and financial damage by identifying where shifting terrain or soil instability could lead to failure, ensuring secure systems.
Tailored Resilience Planning
Custom Segment Profiles
Refine risk thresholds by pipeline diameter, material, coating, or burial method to match your real-world conditions.
Investment Prioritisation
Strategic CAPEX vs. OPEX Clarity
Balance long-term upgrades (e.g., deeper burial) with ongoing protective measures (e.g., cathodic protection).
This evidence-based approach ensures budgets are allocated strategically to maximise long-term impact, optimise resource use, and guide decision-making with clarity.
Safeguard critical assets, reduce costly service interruptions, and build stronger resilience against future climate risks.
Your assets are already at risk.
Book a Demo Today, and let us help you make the right decisions to protect them!
