Tellus Materials Energy Technology Perspective
Green Hydrogen Localisation Strategy: Comprehensive Ecosystem Development From Research to Industrial Deployment
The Wits-SAHLI project exemplifies correct green hydrogen development models: not merely pursuing technological breakthroughs, but establishing complete "education-research-industry" integrated ecosystems. By deploying real operational hydrogen facilities within university campuses, South Africa cultivates requisite talent, accumulates technical experience, and establishes local supply chains for green hydrogen industries. Tellus emphasizes that successful energy transitions must include educational investment, technological localisation, and industrial ecosystem construction. Exclusive reliance on imported technologies and external investment proves unsustainable; only establishing indigenous innovation systems and competitive local industry chains enables genuine green energy independence. Green hydrogen futures depend on localisation capability development, not solely technological advancement.
Green hydrogen's future depends on localisation capability development rather than technological sophistication alone.
Wits-SAHLI Project Strategic Significance
South Africa's University of the Witwatersrand (Wits) will soon host a fully operational hydrogen production facility, positioning students and researchers at the forefront of the nation's transition toward cleaner energy. Funded by Air Liquide and established through partnership with Wits University and the Localisation Support Fund (LSF), the Wits-South Africa Hydrogen Localisation Initiative (Wits-SAHLI) plans to invest R100 million in constructing a modular pilot hydrogen plant serving simultaneous hydrogen production, teaching, research, and testing functions.
The Localisation Support Fund, established in 2021 as a non-profit company and public benefit organisation, accelerates South African industrialisation through strategic localisation initiatives. By strengthening local manufacturing capabilities and removing competitive barriers, LSF ensures South African enterprises can achieve scale, innovation, and global market integration.
Technical Specifications and Operational Objectives
The Wits-SAHLI plant will utilise water and solar energy to produce hydrogen through electrolysis. At full operational capacity, the facility will produce approximately 2.2 kilograms of hydrogen hourly while maintaining storage capacity for up to 200 kilograms on-site. Produced hydrogen will serve campus energy requirements, campus transport projects including hydrogen-powered vehicles, and industry partner testing initiatives. The facility is projected to achieve full operational status in 2028.
Wits-SAHLI design team lead Professor Rodney Genga states the facility will fundamentally transform student learning methodologies and research implementation approaches. "This is not laboratory experimentation. This is a real operational plant on university campus," he explained. "Our students will learn within authentic operating environments. They will observe hydrogen production, storage, and deployment at scale."
Dual Educational and Research Missions
The plant will support applied research spanning engineering, science, and commerce disciplines. It will simultaneously provide postgraduate students with opportunities to address practical solutions linked to energy storage, clean transport, and industrial hydrogen applications. Wits Vice-Chancellor and Principal Professor Zeblon Vilakazi states the initiative reinforces the university's role in shaping the nation's energy trajectory. "We take pride in leading innovation that addresses our era's critical challenges. Wits-SAHLI perfectly aligns with our mission—advancing knowledge frontiers, delivering world-class research, and cultivating talent that will establish new industries."
South Africa's Green Hydrogen Localisation Strategy
South Africa's Hydrogen Society Roadmap positions the nation as a major global green hydrogen producer, targeting 500,000 tonnes production capacity by 2030 to reduce transport and industrial emissions. Wits-SAHLI and comparable projects are expected to build requisite skills and local supply chains essential for achieving that objective. Air Liquide CEO for Africa, Middle East and India Nicolas Poirot emphasizes that research and training investment proves critical. "We are excited to invest in this project, which represents genuine knowledge transfer methodology. Through bringing Air Liquide's 60 years of global hydrogen expertise to Wits-SAHLI, we provide South Africa the technical expertise essential for continental energy transition leadership."
Building Local Industrial Ecosystems
Air Liquide Southern Africa CEO Nkululeko Magadla states focus centers on local capability development. "Our objective ensures that as hydrogen economy expands, South Africa possesses homegrown workforce capabilities and competitive local supplier networks. Wits-SAHLI represents additional tangible commitment evidence toward South African decarbonisation while empowering local ecosystem development." Localisation Support Fund CEO Irshaad Kathrada states the partnership ensures new energy industry benefits achieve broad distribution. "Wits-SAHLI exemplifies public-private partnership models that construct competitive green hydrogen sector local supply chains from foundation level. By emphasising South African company empowerment, we guarantee energy transition benefits achieve broad sharing, fostering inclusive growth and industrial capacity development."
Practical Value for Students and Industry
For students, the plant opens novel learning pathways. Curriculum integration enables practical hydrogen training, while research projects transition from theoretical frameworks toward real-world campus testing. Industry partners will similarly access hydrogen application testing without incurring facility construction costs. Wits-SAHLI represents strategic South African investment in green energy transition, organically integrating education, research, and industrial localisation. Through this exemplary initiative, South Africa is constructing necessary human capital and technical infrastructure essential for realising its global green hydrogen market ambitions.
