GCC Regional Hydrogen Pipeline Infrastructure Development Feasibility Study with Energy Transition Market Outlook

Executive Viability Abstract

This feasibility study evaluates the development of a cross-border hydrogen pipeline network across the GCC (Saudi Arabia, UAE, Oman, Qatar, Kuwait, and Bahrain). Leveraging existing energy corridors and the region's competitive advantage in low-cost solar and natural gas, the project aims to position the GCC as a global hub for green and blue hydrogen export. The analysis suggests high long-term viability aligned with global 'Net Zero' targets, though it requires significant initial CAPEX and harmonized regional regulatory frameworks.

## Market Analysis The global shift toward decarbonization is driving a projected 10x increase in hydrogen demand by 2050. The GCC is uniquely positioned due to its existing pipeline expertise, vast solar radiation for green hydrogen, and CCS capabilities for blue hydrogen. Primary markets include the European Union (via Mediterranean connections) and East Asian industrial hubs. ## Technical Feasibility The project involves a 2,500km high-pressure pipeline network. Technical challenges include hydrogen embrittlement in repurposed steel pipes and the need for advanced centrifugal compressors. The study recommends a hybrid approach: 30% repurposing of existing natural gas infrastructure and 70% new dedicated hydrogen alloy piping. ## Financial Projections Estimated CAPEX stands at $25 billion for Phase 1. Revenue will be driven by volume-based transmission tariffs and 'Green Premium' certificates. Long-term off-take agreements with EU utilities provide the primary revenue floor. ## Risk Assessment Key risks include price volatility of hydrogen vs. natural gas, geopolitical stability across transit points, and the pace of technological adoption in heavy industry.