We're connecting the world to a clean energy future.
Provaris is as an early mover in the future of energy, developing integrated green hydrogen projects for export to regional markets through the simplicity and efficiency of compressed hydrogen.
Compression supports the development of simple and energy-efficient green hydrogen supply chains for regional markets.
Safe
and proven method for storage and transport of hydrogen
Efficient
for regional production and delivery reducing capital and energy intensive processes
Flexible
to ‘load follow’ the variability and volatility in renewable energy generation
Simple
process enables low capex design, build and repeat
Delivers gaseous H2
required for decarbonisation of industries
Our mission is to become a leading developer of integrated green hydrogen projects.
“Provaris advocates for the development of regional hydrogen supply chains that focus on energy efficiency, delivered cost, and simplicity to execute.”
Managing Director & CEO
We’re making the future of green hydrogen accessible through the simplicity and efficiency of compressed hydrogen.
We are developing a proprietary gaseous hydrogen containment tank for carriers and storage solutions.
The H2Neo (430-tonne) and H2Max (2,000-tonne) capacity carriers and the H2Leo storage barge (300 - 600 tonne capacity range) designs are advancing through to final marine classification and approvals, along with critical safety studies. H2Neo is based on a standard MR tanker with two integrated tanks to store hydrogen at 250 bar MAOP. US Patent has been filed on the cargo containment system and integration into the hull.
Technical Partners & Advisors include:
Norway Collaboration Projects
Fjord H2 Project
In January 2023, a cooperation agreement was signed with Norwegian Hydrogen AS to develop projects for the green hydrogen value chain in the Nordic countries. This includes the joint development of the 270 MW FjordH2 project, a large-scale plant with a production capacity to export 40,000 tonnes of green hydrogen per year.
In August 2024, a tri-party Memorandum of Understanding was signed with Uniper Global Commodities SE to focus on key terms for a Hydrogen SPA for supply and offtake. More details here.
Australian Projects
Tiwi H2, Northern Territory
Provaris is the 100% developer of a 2.6 GW renewable green hydrogen project for export markets into Asia, located on the Tiwi Islands, Northern Australia. The Tiwi H2 project is a fully integrated compressed hydrogen project, controlled by Provaris, with development underway for solar generation, transmission, H2 production and the export of up to 90,000 tonnes per annum of hydrogen targeted for 2028. Provaris is seeking to introduce project partners for offtake, finance, construction and operations.
Joint development with Yinson brings innovation to CO2 Tank Designs
Prodtex
In October 2024, a Joint Development Agreement was signed with Yinson Production AS to evaluate the feasibility of transforming Provaris’ tank designs and technology for bulk liquid CO2 storage and transport. New bulk-scale solutions are critical to unlocking CCS global scale and growth potential.
New tank designs will target liquid CO2 storage transport at lower pressure and temperature, and higher volumes required for long voyages and larger cargo volumes – maximizing storage and transport efficiency. Yinson Production is a global energy infrastructure and technology company, with a strong track record in the offshore industry, who is developing the CO2 infrastructure supply chain.
Featured Post
Provaris welcomes Yinson’s full scale development of carbon capture in the Norwegian continental shelf
Featured post
FjordH2
Provaris is pleased to announce a joint development with Norwegian Hydrogen AS, to establish the 270 MW FjordH2 project, located at Ørskog in the Ålesund municipality. FjordH2 will utilise Provaris’ innovative compressed hydrogen storage (H2Leo) and marine carriers (H2Neo) to become one of the largest production facilities in the Nordic region to support the REPowerEU’s green hydrogen import demand by 2030, contributing to a zero-emission future.
