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Provaris (ASX:PV1), a leading innovator in the green hydrogen sector is well-positioned to be an important part of the European green hydrogen supply chain through its groundbreaking compressed hydrogen solutions. The company's proprietary tank IP and innovative ship design support its vision to develop a portfolio of integrated green hydrogen projects.
Provaris’ innovative H2Neo carrier solution offers a more efficient and cost-effective alternative to traditional methods of hydrogen storage and transport. These carriers are designed to address the growing global demand for clean energy while overcoming the logistical challenges associated with green hydrogen distribution.
Provaris is expanding its portfolio to include CO2 storage technologies, a move that aligns with the company's core competencies in gas handling and storage, while addressing the growing demand for large scale CO2 storage and transport solutions in the European market, and beyond.
Company Highlights
- Provaris is a leading innovator in the green hydrogen sector, leveraging its proprietary compressed hydrogen technology to develop sustainable, clean energy supply chains across Europe.
- The company combines proven technology and unique IP for cost-effective hydrogen storage and transport solutions, with a first-mover advantage through its proprietary ship design and low-cost delivery.
- Provaris has established strong strategic partners across Europe, enhancing its credibility in delivering hydrogen to market
- In addition to green hydrogen, the company is leveraging its tank IP for application into the established CO2 storage and shipping market.
This Provaris Energy profile is part of a paid investor education campaign.*
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Investor Insight
Provaris presents a unique and attractive investment proposition in the rapidly expanding green hydrogen sector in Europe. With its proprietary technology, strategic partnerships and integrated business model, Provaris is well-positioned to capitalize on the growing demand for clean energy solutions.
Company Highlights
- Provaris is a leading innovator in the green hydrogen sector, leveraging its proprietary compressed hydrogen technology to develop sustainable, clean energy supply chains across Europe.
- The company combines proven technology and unique IP for cost-effective hydrogen storage and transport solutions, with a first-mover advantage through its proprietary ship design and low-cost delivery.
- Provaris has established strong strategic partners across Europe, enhancing its credibility in delivering hydrogen to market In addition to green hydrogen, the company is leveraging its tank IP for application into the established CO2 storage and shipping market.
Overview
Provaris (ASX:PV1), a leading innovator in the green hydrogen sector, is well-placed to become integral to the European green hydrogen supply chain through its groundbreaking compressed hydrogen solutions. The company focuses on developing regional projects that span the entire value chain, from production to export, with a particular emphasis on delivering hydrogen with the highest energy efficiency and the lowest cost.
With a vision to develop a portfolio of integrated green hydrogen projects, Provaris leverages its proprietary tank IP and innovative ship design, with a focus on collaborating with world-class partners.
Compression supports the development of simple, scalable and energy-efficient green hydrogen supply chains for the European market.
Provaris stands at the forefront of the green hydrogen revolution, dedicated to developing innovative and efficient supply chains for zero-carbon energy in the European region. With its rapid adoption of green hydrogen, the European market presents a golden opportunity for Provaris. As countries across the continent seek to decarbonize their economies, the demand for sustainable energy sources has skyrocketed. Provaris’ use of compressed hydrogen technology offers a compelling solution to the logistical challenges associated with hydrogen distribution, replacing complexity with simplicity to lower the delivered cost.
Core Product: H2Neo Carrier
At the heart of Provaris’ innovative H2Neo carrier solution is its proprietary compressed hydrogen technology. The H2Neo offers a more efficient and cost-effective alternative to traditional methods of hydrogen storage and transport. These carriers are designed to address the growing global demand for hydrogen while overcoming the logistical challenges associated with green hydrogen distribution.
Key Features and Benefits
- Enhanced Safety: Provaris’ compressed hydrogen technology prioritizes safety in storage and transportation.
- Cost-effectiveness: By eliminating the need for complex liquefaction or ammonia synthesis processes, the company's solutions reduce overall costs.
- Scalability: The technology is adaptable to various project sizes, from regional supply chains to large-scale international exports.
- Environmental Sustainability: Compressed green hydrogen aligns with global efforts to reduce carbon emissions and transition to cleaner energy sources.
Recent Concept Design Study reaffirms simplicity and efficiency of compressed hydrogen enables low-cost supply for Europe.
Innovative Vessel Designs
Complementing its innovative compressed hydrogen technology, Provaris is developing new vessel designs specifically tailored for hydrogen transport. These specialized ships are engineered to safely and efficiently carry compressed hydrogen across maritime routes, opening up new possibilities for international green energy trade.
CO2 Storage and Transport
As part of its commitment to sustainable energy solutions, Provaris is expanding its portfolio to include CO2 storage technologies. This strategic move aligns with the company's core competencies in gas handling and storage, while addressing the growing demand for large scale CO2 storage and transport solutions in the European market, and beyond.
Provaris is leveraging its expertise in compressed gas handling to develop innovative CO2 solutions, through the following strategies.
Adapting Hydrogen Tank Designs: The company is modifying its proprietary compression systems to efficiently capture and store CO2 from industrial processes.
Collaboration with Global Partner: Provaris announced a Joint Development Agreement with Yinson Product AS, a global energy infrastructure and technology company, which is developing CO2 infrastructure and supply chains.
Extension to Onshore Storage Solutions: Utilizing its experience in gas storage, Provaris is developing land-based facilities for intermediate CO2 storage before permanent sequestration.
Strategic Partnerships
At the forefront of Provaris Energy's European strategy is a groundbreaking Memorandum of Understanding (MoU) with Norwegian Hydrogen and Germany-based international energy company Uniper Global Commodities. This tripartite agreement marks a pivotal step in developing hydrogen supply chains, leveraging each partner's unique strengths.
The collaboration strategically capitalizes on the Nordic region's geographical advantages, facilitating efficient hydrogen distribution across Europe, with a particular focus on the German market. Germany is reliant on the import of over 70 percent of its hydrogen demand by 2030. This partnership not only underscores Provaris' role as an enabler for hydrogen transport at scale, but also a commitment by Uniper to support the development of Provaris’ unique approach.
A significant milestone is expected in the December 2024 quarter, including a maiden Term Sheet for supply and offtake.
Provaris also has a joint development agreement with Yinson Production, a global energy infrastructure and technology company, to explore CO₂ storage and marine transportation solutions, leveraging Provaris' hydrogen tank technology for enhanced carbon capture capabilities.
In The Netherlands, Provaris is collaborating with Global Energy Storage (GES) to develop a bulk-scale hydrogen import facility within Rotterdam’s global energy hub. The agreement involves the completion of a comprehensive prefeasibility study to demonstrate the technical and economic viability of berthing and unloading of Provaris’ H2Neo compressed hydrogen carriers. Provaris will be responsible for the transportation of the hydrogen in the H2Neo carriers and GES will be responsible for the discharge and injection into the hydrogen grid.
Management Team
Martin Carolan – Managing Director & CEO
Greg Martin – Chairman
Andrew Pickering – Non-executive Director
David Palmer – Non-executive Director
Per Roed – Chief Technical Officer
Mats Fagerberg – Business Development, Europe
Garry Triglavcanin – Product Development Director
Norman Marshall – Group Commercial Manager
John Stevenson – Group Financial Controller
Jessica Roed – Operations Manager, Norway
Term Sheet for Hydrogen Supply and Offtake with Uniper
Highlights:
- Provaris, Uniper and Norwegian Hydrogen sign a conditional Term Sheet for hydrogen supply, transport and offtake.
- Agreed Key Terms and Conditions to form the basis of negotiating a binding Hydrogen SPA, targeted for June 2025.
- Annual volume of 42,500 tonnes per year of RFNBO1-certified hydrogen to be delivered as gaseous compressed hydrogen using Provaris’ H2Neo carriers.
- Uniper Global Commodities SE will be the buyer of hydrogen at an agreed fixed price and responsible for the receiving terminal in North-Western Europe for delivery.
- Commencement of cargos deliveries is targeted for early-2029, for a minimum term of 10-years, making it Europe’s first regional hydrogen marine transport project at scale.
- Term Sheet for supply of hydrogen using Provaris carriers demonstrates Uniper’s commitment to a portfolio of supply sources, including a focus on supply from the Nordic Region.
- Provaris’ approach to hydrogen supply and transport provides a standardized, efficient and flexible approach to scaling hydrogen supply, which is exactly what Germany and Europe needs to meet its 2030 decarbonisation targets.
Execution of the Term Sheet achieves a significant milestone under the Memorandum of Understanding (MOU), announced in August 2024, and facilitates ongoing co-operation on developing hydrogen supply chains based on Provaris’ compressed hydrogen carriers from Norway and other potential Nordic sites to import locations in North- Western Europe.
Provaris’ Managing Director and CEO, Martin Carolan, stated: “We are delighted to see the collaboration has progressed to a Term Sheet for hydrogen supply and offtake. This represents a key milestone for Provaris and validation towards developing regional bulk-scale hydrogen supply chains within Europe using Provaris’ H2Neo compressed hydrogen carriers.”
Norwegian Hydrogen CEO, Jens Berge, added: “We’re very excited about this tri-party collaboration, and it’s rewarding for all three parties to see our efforts progress into increasingly concrete and advanced stages”
Uniper Global Commodities SE, Senior Vice President - New Energies Origination, Benedikt Messner, commented: “We think that the innovative transport concept by Provaris might be a solution to connect commercially interesting hydrogen supply locations with our core markets and look forward to the continuation of our collaboration.”
Compression Replaces Complexity with Simplicity to Lower the Delivered Cost of Hydrogen
Analysis by the collaboration partners has highlighted that when customer demand is for hydrogen (not a derivative), regionally sourced hydrogen from the Nordics, transported through Provaris’ compressed hydrogen carriers, provides an efficient and cost-effective supply chain, limiting the losses in the entire chain from electrolyzer through to the distribution pipeline in Europe.
Lowering the energy consumption over the entire supply chain results in more renewable energy available for hydrogen production and higher volumes delivered.
Hydrogen Supply Chain Development
Provaris and Norwegian Hydrogen are collaborating on the development of the supply of RFNBO compliant hydrogen, which will be stored and transported using Provaris’ H2Neo carriers. Work is underway to outline the preferred sites in the Nordics, including Norway and Finland. Sites with a detailed feasibility include the FjordH2 Project located in the Alesund region, Norway.
Based on the proposed hydrogen volumes and shipping distance, the supply chain’s storage and shipping infrastructure using Provaris’ proprietary shipping solutions will include one (1) H2Leo barge storage at the production site, with a capacity of 450 tonnes of compressed hydrogen at 250 barg pressure, and two (2) H2Neo hydrogen carriers with an individual storage capacity of 450 tonnes of compressed hydrogen at 250 barg pressure. Provaris continues to progress both the H2Neo and H2Leo towards Final Class approvals in the first half of 2025.
Uniper will be responsible for the selection and development of the import terminal and are working with Provaris to outline the capital and operating equipment to discharge the H2Neo carriers, which includes an assessment of optimal storage and connection to the European Hydrogen Backbone for distribution to industrial sectors. Simplicity of port infrastructure provides for the flexibility of nominating one or more entry ports.
The Term Sheet remains conditional upon, among others, the negotiation and execution of a fully termed Hydrogen SPA and obtaining all necessary approvals.
Illustration of the Regional Supply locations from the Nordic Region into North-West European ports with hydrogen import development plans linked to the future development of Germany’s core hydrogen network
Source: Provaris Energy
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Troy Minerals Reports Drilling Results from the Lake Owen Project, Wyoming. Critical Minerals inclusive of Scandium (Rare Earths Element) Discovered
In Q3 2024, the Company drilled two diamond holes totalling 607.77 metres (see Table 1). The holes were scouting in nature, drilled near the southwestern claims boundary and they represent the first holes drilled by Troy Minerals on the Project (see Figure 3). This release is for all initial selective core samples for which analytical results have now been received. Follow up infill / continuous sampling results are pending and once received and processed, reported intersections will be recalculated.
Key Highlights
- The two DDH holes at the Lake Owen Project targeted titanium (TiO2) and vanadium (V2O5) mineralization associated with magnetite in gabbro, as well as potential reef style PGE mineralization.
- Although sampling along the holes was visually selective, associated with high magnetite zones, several anomalous zones of Titanium (>1%) have been encountered.
- Elevated values of Vanadium are also associated with increased titanium enrichment.
- Most importantly, associated with these anomalous zones, is elevated concentration of Scandium (Sc), a rare critical metal belonging to the REE group with no domestic supply in the United States.
"The first hole drilled by Troy at our Lake Owen project, from historical data knowledge, was planned targeting to intersect magnetite, titanium and vanadium mineralization; beyond that, it also revealed seriously elevated Scandium, a rare-earth element (REE), classified by the USGS as a critical metal." said Yannis Tsitos, President of Troy Minerals. "Scandium has green-energy technologies applications, but additionally it is the most effective known microalloying element that can strengthen aluminium, while also offering improved flexibility, resistance to heat and corrosion, and lighter weight, therefore Scandium finds applications in the space, military and civilian aviation industries. We have recently expanded our total Claims footprint over the mafic layered intrusion at Lake Owen in Wyoming to 185 Claims and Troy is currently designing the 2nd Phase, summer 2025, exploration program."
Figure 1. Lake Owen, Location Map, Wyoming, USA
Figure 2. Lake Own Project, Troy's Claims on Topo Map
Drilling Results & Exploration Outlook
Several anomalous zones of titanium (>1%) were encountered. Elevated values of vanadium are correlative with the titanium. Sampling was highly selective to assess various lithological units and all zones with magnetite content up to 15-20% and or visible sulfide mineralization. Magnetite content in the gabbro in hole LO24-01 is consistently about 5-10%. In LO24-01, the limited sampling to date suggests a large zone of titanium and vanadium-enrichment and higher relative values correlate with the green gabbro.
Figure 3. Drill Hole Locations on top of Geology and Company's Claims
Associated with these anomalous zones are elevated concentration of scandium. Anomalous values of scandium were found in sampled Mag Gabbro and especially with Green Gabbro zones containing >10% magnetite. Scandium is considered a critical metal by the United States Geologic Survey (USGS) and a rare earth element (REE). This presents an additional critical element with no current domestic supply. The USGS recognizes the critical metal potential of the Lake Owen Complex and flew an airborne survey over the entire complex in 2023, including all of Troy's claims. The high value of scandium coupled with the total dependence on the metal from China and Russia makes scandium a potentially high-value critical metal target for the Lake Owen Project.
Table 1: Drill hole specifications
Drill hole LO24-01 was designed to test the extent of the Lower Mag Gabbro down to the basement contact. Drilling revealed a series of interlayered magnetic gabbro and a distinctive coarse-grained green gabbro. The green coloration is imparted by pyroxenes altering to chlorite. These layers are generally constrained to widths of less than 4 metres.
Table 2. Drill hole LO24-01 intersections
1: All intersections lengths are drill indicated thicknesses; insufficient work has been completed to reliably determine true thicknesses.
2: Analysis of titanium and vanadium converted to titanium oxide and vanadium oxide using conversion factor of 1.6681 and 1.7852, respectively.
3: The release is for all initial selective core samples for which analytical results have now been received. Follow up infill / continuous sampling results are pending and once received and processed, reported intersections will be recalculated.
Drill hole LO24-02 was also planned to test the extent of the Lower Mag Gabbro as well as the contact with basement rocks. This was collared lower in the stratigraphic sequence than hole LO24-01 starting in a weakly magnetite gabbro. At 28 metres, weak to strong foliation or schistosity was present. This schist is likely of gabbroic to slightly granitic in composition. It is speculated that these schists reflect basement rock ripped up into the intrusion as large xenoliths.
The drill program was managed on-site day-to-day by BRS Engineering Inc. of Riverton, WY under the supervision of Troy personnel. The drill core was quick-logged at the drill site by BRS staff including collection of geotechnical, magnetic susceptibility data and selective testing utilizing an XRF device. Upon completion of drilling, all drill core was shipped directly to BRS Engineering's secure facility in Riverton, WY.
Drill core was detail logged and sampled by Company staff. Core was selectively sampled based on lithology and mineralization with 45 samples taken. Core was split by saw with samples sent to ALS Global's laboratory in Reno, NV for preparation and analysis. Samples were analyzed for multi-elements (ME-MS61) and gold plus PGE's (PGM-MS23L).
The Company's quality control monitoring consisted of inserting certified reference material in the sample stream. No quality control issues were identified.
Figure 4. DDH Cross Section, LO24-01
Drill hole LO24-02 intersected gabbroic units that are weakly magnetic and contain no anomalous values of titanium, vanadium, or scandium.
Only a very small portion of the Lake Owen Complex has been drill-tested to date. As currently mapped, the prospective Lower Mag Gabbro unit continues along strike to the west. The Company has yet to drill test the stratigraphically higher Upper Mag Gabbro. Surface mapping and sampling in 2023 identified two massive magnetite rock samples that returned 8.812% TiO2 and 0.548% V2O5, and 15.505% TiO2 and 0.586% V2O5 (Figure 5) These represent priority drill targets for 2025. An historical drill hole was completed here but there was no assessment of titanium, vanadium, or scandium.
Figure 5. Rock Geochemistry, Titanium
Rock sampling also returned four anomalous scandium results (>59 ppm): three collected from gabbro-norite outcrop within the mapped "Layered Unit" which strikes across the Property and is stratigraphically situated between the Upper Mag and Lower Mag Gabbro units; and one from near the collar of LO24-02, within the Lower Mag Gabbro (Figure 6).
Figure 6. Rock Geochemistry, Scandium on top of Airborne Magnetics (1st Vertical Derivative)
A massive magnetic anomaly due to the very high magnetite content that covers Troy's claims and the interpretation of the airborne magnetic survey will be reported and discussed in another news release in due course.
* Cautionary Note
The reader is cautioned that grab samples are selective by nature and may not represent the true grade or style of mineralization across the property.
Qualified Person
The information contained in this news release has been reviewed and approved by Ted Vander Wart, P.Geo., a consultant to the Company, who is a qualified person as defined under National Instrument 43-101.
About Troy Minerals
Troy Minerals is a Canadian based publicly listed mining company focused on building shareholder value through acquisition, exploration, and development of strategically located "critical" mineral assets. Troy is aggressively advancing its projects within the silica (silicon), vanadium, and rare earths industries within regions that exhibit high and growing demand for such commodities, in both North America and Central-East Asia. The Company's primary objective is the near-term prospect of production with a vision of becoming a cash-flowing mining company to ultimately deliver tangible monetary value to shareholders, state, and local communities.
ON BEHALF OF THE BOARD,
Rana Vig | CEO & Director
Telephone: 604-218-4766
Email: rana@ranavig.com
Forward-Looking Statements
Statement Regarding Forward-Looking Information: This release includes certain statements that may be deemed "forward-looking statements". All statements in this release, other than statements of historical facts, that address events or developments that Troy Resources Inc. (the "Company") expects to occur, are forward-looking statements. Forward-looking statements are statements that are not historical facts and are generally, but not always, identified by the words "expects", "plans", "anticipates", "believes", "intends", "estimates", "projects", "potential" and similar expressions, or that events or conditions "will", "would", "may", "could" or "should" occur. Although the Company believes the expectations expressed in such forward-looking statements are based on reasonable assumptions, such statements are not guarantees of future performance and actual results may differ materially from those in the forward-looking statements. Factors that could cause the actual results to differ materially from those in forward-looking statements include results of exploration activities may not show quality and quantity necessary for further exploration or future exploitation of minerals deposits, volatility of commodity prices, and continued availability of capital and financing, permitting and other approvals, and general economic, market or business conditions. Investors are cautioned that any such statements are not guarantees of future performance and actual results or developments may differ materially from those projected in the forward-looking statements. Forward-looking statements are based on the beliefs, estimates and opinions of the Company's management on the date the statements are made. Except as required by applicable securities laws, the Company undertakes no obligation to update these forward-looking statements in the event that management's beliefs, estimates or opinions, or other factors, should change.
The Canadian Securities Exchange has not reviewed this press release and does not accept responsibility for the adequacy or accuracy of this news release.
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