“The challenge is no longer whether hydrogen repurposing is possible, but how to prioritise investment and integrity actions across complex networks with confidence.”
Decarbonisation efforts in the energy sector are advancing from high-level feasibility studies to detailed implementation plans, with pipelines recognised as a critical vector for transporting hydrogen and hydrogen blends.
Repurposing existing fossil fuel infrastructure introduces complex technical challenges, and most Operator-led studies conclude that further pipeline-specific data are required. This often leaves Operators uncertain about how best to allocate limited resources across large and diverse networks.
Download form
"*" indicates required fields
In a new technical paper first presented at the 2026 Pipeline Technology Conference, Penspen Asset Integrity experts outline a practical framework for assessing and prioritising pipelines within a network based on variability in operating stress, pressure cycling, and inferred crack populations.
The methodology enables operators to identify the pipelines most at risk or most in need of further data, and to rank candidate pipelines for actions such as crack inspection, fracture toughness testing, or operational modifications (e.g., pressure restrictions).
By systematically highlighting pipelines in the least favourable position to accept hydrogen—due to condition, operating envelope, or data scarcity—the approach reduces complexity at the system level and provides a clear, condition-informed basis for decision-making.
Complete the form to access the full technical paper.
Related Insights
From Chokepoints to Corridors: Why Energy Security Now Depends on Infrastructure Resilience
In the 31st issue of Dar Magazine, Nigel Curson, EVP of Technical Excellence, explores why resilient infrastructure will play a defining role in Africa's long-term energy security and economic...
Industry Report – Capability Gap Analysis for Newbuild Offshore CO2 Pipeline Transportation Systems
Penspen's new report, commissioned by the North Sea Transition Authority, examines the challenges posed by transporting carbon dioxide through newbuild offshore pipelines, and addresses the steps...
Managing Electrical Interferences in Pipelines – A Practical and Cost-Effective Approach
The rapid expansion of AC/DC transmission networks, electrified transportation systems and pipeline infrastructure has increased the spatial overlap among these...
Growth Across Borders: Meet Nilesh
A lifelong passion for continuous improvement has seen Nilesh soar in his career. Now, as Principal Mechanical Engineer at Penspen, he's using his experience to mentor graduate...