Saudi Arabia's $40 Billion Ammonia Gamble: Why the Kingdom Is Betting Big on This Hydrogen Carrier
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While much of the hydrogen world debates theoretical transport solutions, Saudi Arabia executes a decisive strategy: massive investment in ammonia as its primary hydrogen carrier. The Kingdom now allocates approximately 65% of its hydrogen export infrastructure spending to ammonia export capabilities – signaling clear confidence in this carrier pathway.
Industry analysts predict Saudi Arabia will become the world's largest ammonia exporter by 2030, with production capacity potentially exceeding 10 million tonnes annually – dramatically reshaping global ammonia markets beyond traditional fertilizer applications.
Ammonia Chosen Over Direct Hydrogen Transport
Saudi decision-makers explicitly rejected direct hydrogen export methods such as liquid hydrogen shipping and pipeline transport, instead focusing exclusively on ammonia as the kingdom's hydrogen carrier of choice. This definitive approach contrasts with competitors pursuing multiple parallel pathways.
"We conducted comprehensive analysis of all hydrogen transport options and concluded ammonia offers the most immediate commercial viability," explains Mohammed Al-Qahtani, Senior Vice President at Saudi Aramco. "The technology exists today, the infrastructure can be scaled quickly, and most importantly – customer readiness exists in key markets."
This single-pathway strategy enables concentrated investment rather than diluting resources across multiple transport technologies. Saudi Arabia now develops the world's largest integrated ammonia export infrastructure, with five major terminals under simultaneous construction across its eastern and western coasts.
Existing Expertise Creates Head Start
Saudi Arabia leverages significant advantages in ammonia production through SABIC, which has manufactured ammonia for fertilizer applications since the 1970s. This established expertise provides immediate operational capabilities while competitors face steep learning curves.
This expertise extends beyond production to handling, storage, and marine loading systems – all critical components of successful ammonia export operations. Saudi facilities have loaded over 3,000 ammonia shipments historically, creating unmatched operational experience in safely handling this hydrogen carrier.
Strategic Port Positioning Targets Key Markets
The Kingdom strategically positions its ammonia export infrastructure to serve distinct market regions. The massive Neom Green Hydrogen Company facility targets European markets from the Red Sea coast, while Jubail and Ras Al-Khair facilities on the eastern coast focus on Asian destinations.
This geographic positioning creates fundamental economic advantages. Analysis by the Hydrogen Economics Institute indicates Saudi ammonia exports will reach European destinations with transportation costs approximately 22% lower than Australian alternatives, despite similar production costs.
Dual-Use Infrastructure Reduces Risks
Saudi planners mitigate market risks through dual-use infrastructure designs. The kingdom's ammonia export terminals and storage facilities serve both traditional fertilizer markets and emerging energy applications – providing revenue options regardless of how quickly new ammonia energy markets develop.
This pragmatic strategy addresses a fundamental risk facing many hydrogen projects globally: the possibility of stranded assets if hydrogen adoption progresses slower than projected. Saudi Arabia's dual-use approach ensures commercial viability regardless of energy transition timelines.
Specialized Vessel Fleet Under Development
The Kingdom moves beyond terminal infrastructure to control the entire ammonia export value chain. Saudi National Shipping Company (Bahri) now constructs the world's largest dedicated ammonia carrier fleet, with eight specialized vessels currently under construction in South Korean shipyards.
"We're building dedicated Very Large Ammonia Carriers (VLACs) with 90,000 cubic meter capacity – approximately double the size of typical ammonia vessels operating today," explains Ahmed Al-Subaey, Bahri's CEO. "This scale dramatically improves the economics of long-distance ammonia export."
The first of these specialized vessels begins operation next year, with the full fleet deployed by 2027. This controlled logistics chain allows Saudi Arabia to manage the entire export process rather than relying on third-party shipping arrangements with limited ammonia-ready capacity.
New Unloading Terminals Address Market Barriers
Saudi Arabia extends its ammonia strategy beyond production and transport to include destination infrastructure. The kingdom now co-finances ammonia import terminals in key target markets through its Public Investment Fund, addressing a critical market bottleneck.
This comprehensive approach addresses the fundamental chicken-and-egg problem facing many hydrogen carriers: markets require secure supply before investing in import infrastructure, while producers need market access to justify export investments.
Quality Standards Establish Market Position
The final component of Saudi Arabia's ammonia strategy involves establishing quality leadership. The Saudi Standards Organization recently published the world's first comprehensive standards for low-carbon ammonia, creating clear guidelines for certifying ammonia carbon intensity.
"We're establishing ourselves as the quality benchmark for ammonia exports globally," explains Dr. Saad Al-Kasabi, CEO of the Saudi Standards Organization. "This creates premium positioning for Saudi ammonia in increasingly carbon-conscious markets."
This standards leadership extends through participation in international certification initiatives. Saudi representatives now chair two ISO technical committees developing global ammonia standards, ensuring alignment with Saudi methodologies.
While many countries announce theoretical hydrogen export ambitions, Saudi Arabia's comprehensive ammonia export strategy demonstrates uncommonly decisive implementation. The kingdom's focused approach appears positioned to secure early market leadership in what may become the dominant hydrogen carrier for international trade.
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