Provaris Energy charts steady course through energy market headwinds with hydrogen and CO2 milestones
Provaris Energy Ltd has outlined robust progress in advancing its hydrogen and carbon dioxide (CO₂) transport technologies, despite geopolitical headwinds and market uncertainty that have dampened risk appetite for clean energy investments in the early months of 2025.
In a shareholder letter, the company emphasised that recent disruptions to global supply chains and regulatory frameworks have reinforced the need for flexible, regional energy solutions—areas in which Provaris’ compressed hydrogen and CO₂ shipping models are well-positioned.
Advancing hydrogen supply chains in Europe
Provaris reported key developments in its hydrogen segment, including the signing of a Term Sheet with Uniper Global Commodities and a Nordic hydrogen supplier for the delivery of 42,500 tonnes per annum (tpa) of compressed hydrogen to Germany.
A second Norway-to-Germany supply chain is under pre-feasibility review, with offtake discussions ongoing.
The company highlighted strong interest from German utilities in compressed hydrogen due to its cost and energy efficiency compared to ammonia or liquefied hydrogen.
With Norway’s hydrogen qualifying as ‘green’ under European Union definitions, Provaris targets delivered costs of €6–7 per kilogram, below Germany’s domestic benchmark of over €9/kg.
Monetising CO₂ technology with Yinson
In the CO₂ market, Provaris has achieved a commercial milestone under its joint development agreement with energy infrastructure operator Yinson Production AS.
Phase 2 work is underway on a new bulk-scale liquid CO₂ tank, with potential revenue of up to US$500,000 in the current financial year.
The company is also positioning for long-term growth in CO₂ shipping, with the European Union aiming to transport 170 million tonnes of CO₂ annually by 2050—requiring an estimated 200 carriers and US$30 billion in investment.
Capital discipline and prototype development
Provaris has restarted its hydrogen prototype program at the Fiska fabrication facility in Norway.
Completion in 2025 will be a key enabler for future technology licensing, third-party validation and accelerated carrier approvals.
To preserve cash, the company has implemented cost-reduction strategies and is exploring non-dilutive financing options.
Directors and executives have voluntarily opted to receive part of their remuneration in shares, freeing up approximately A$150,000 in working capital.
Looking to 2030
Provaris reaffirmed its 2030 target of supporting 1.5 gigawatts of hydrogen supply capacity and transporting 250,000 tpa via a fleet of 10–15 H₂Neo™ carriers.
The company views its CO₂ collaboration with Yinson as a complementary value lever, offering near-term revenue and reduced cost exposure.
With a licensing-led strategy and strong alignment with EU energy goals, Provaris aims to deliver scalable, capital-efficient solutions amid a shifting global energy landscape.
Australia’s first new salt operation in over 30 years has entered full-scale operations, with BCI Minerals Ltd’s Mardie Salt and Potash Project now officially producing at commercial scale. The project is set to deliver 5.35 million tonnes of industrial salt annually, making it not only the largest in Australia but also the third-largest globally.
A significant milestone was reached following Commonwealth and Western Australian Government approval of the project’s updated Groundwater Monitoring and Management Plan (GMMP), enabling BCI to begin filling all evaporation ponds and commissioning the first crystallisers.
Located on the Pilbara coast, the Mardie Project will draw on an environmentally efficient process, with more than 99% of its energy needs powered by solar and wind. An innovative seawater strategy will see ponds filled from both the northern and southern ends of the site, with full capacity expected before the 2025–26 summer, optimising conditions for large-scale salt production.
The Mardie Project is expected to deliver long-term economic value, with a 60-year operational life forecast to contribute over A$4.8 billion to national gross domestic product and generate more than 1,000 jobs. It also positions itself as a value-adding resource operation by planning to recycle residual brine (bitterns) to produce Sulphate of Potash (SOP), a high-value fertiliser.
BCI Managing Director David Boshoff said,
We’re the newest salt producer, bringing the latest technology to produce a commodity that is essential in manufacturing thousands of products used in everyday life.
“Together, we’ve paved the way for a world-class salt operation to come online, bringing multigenerational benefits to Australia.”
The Mardie Salt and Potash Project
- The Mardie Project will be the largest solar salt project in Australia and the third largest globally, producing 5.3 million tonnes per annum (Mtpa) of high-quality industrial salt for export from late next year.
- The project is the only substantial Australian salt operation to be developed in almost three decades and will capitalise on the growing global supply shortage for industrial salt.
- Located 80 kilometres south of Karratha, in the Pilbara region of Western Australia, the Mardie Project has an operating life expected to exceed 60 years.
- The project stretches over 100 square kilometres, or the equivalent of the distance from Manly to Parramatta in Sydney, or from Fremantle to Perth Airport.
- BCI has obtained a Syndicated Financial Agreement (SFA) of A$981 million in project debt finance from key lenders comprising the Northern Australia Infrastructure Facility (NAIF), Export Finance Australia, Export Development Canada, Westpac Banking Corporation and Industrial and Commercial Bank of China Limited, to fund the salt-first component of the Mardie Project.
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Provaris Energy charts steady course through energy market headwinds with hydrogen and CO2 milestones, source
