delerious1
3月前
Kingsland drilling delivers high-grade graphite hits proving Leliyn’s rich bounty
" Kingsland drilling delivers high-grade graphite hits proving Leliyn’s rich bounty
Kingsland Minerals (Leliyn) vs. Hazer Group: The Graphite Showdown
Comparing Kingsland Minerals’ Leliyn project to Hazer Group’s graphite in a cost matchup of Natural Mined Flake Graphite versus Advanced Synthetic Graphite.
Here is how the development potential of the two approaches breaks down in my view.
Kingsland Minerals (Leliyn): The Leliyn project in the Northern Territory is shaping up to be a massive traditional mining play. Its development potential is rooted in volume, scale, and traditional resource economics.
Sheer Scale: Leliyn has an inferred resource of 194.6 million tonnes at 7.3% Total Graphitic Carbon (TGC), making it one of the largest graphite resources in Australia. When the world needs millions of tonnes of graphite for EV batteries, projects like Leliyn can produce bulk-tonnage concentrate for decades.
Established Supply Chains: Natural flake graphite mining is a known entity. You mine it, crush it, run it through flotation cells, and produce a concentrate.
The Processing Hurdle: The main challenge for Leliyn's development potential is post-processing. To get natural flake graphite into a battery, it must go through 5 to 7 additional intensive stages, including micronization, spheronization (which wastes up to 50% to 70% of the material!), and chemical or thermal purification.
Hazer Group approaches graphite not as a miner, but as a clean technology and advanced materials company. Using methane pyrolysis, they crack natural gas or biogas into hydrogen and synthetic graphite using an iron ore catalyst.
Purity and Morphology: Hazer’s graphite is highly crystalline and globular right out of the reactor. Because it is practically "pre-spheronized" by the chemical process, it requires drastically less processing to become battery-ready active anode material compared to natural flake graphite.
The Hydrogen Driver: Hazer's graphite is essentially a co-product of hydrogen production. Its development potential is intrinsically tied to the rollout of their hydrogen technology.
The Verdict on Costs
1. Kingsland’s Leliyn: The True Cost of Battery-Grade
Upstream Effort & Cost (Rock to Concentrate):
The Effort: Leliyn is a bulk open-pit proposition. It is a straightforward, traditional mining operation.
The Cost: According to Kingsland’s Scoping Study released in September 2025, they anticipate a very competitive C1 cash operating cost of just US$423 per tonne to produce a 94% TGC concentrate.
Downstream Effort (Concentrate to Battery Grade):
This is where the heavy lifting, high costs, and technical hurdles come in. You cannot just put 94% flake concentrate into an EV battery.
The "Yield Killer": The flake graphite must be milled to roughly 15-17 microns and rolled into tiny spheres. This causes massive yield loss. You need about 2.2 tonnes of concentrate to make 1 tonne of spherical graphite. At Leliyn's US$423/t cost, you are already looking at **~US$930 in raw mined material** per finished tonne.
Purification & Coating: The spheres must be purified to 99.95%+ (Kingsland successfully used an ESG-friendly low-temp alkaline bake/acid wash to hit 99.97%, avoiding toxic HF acid), then coated and baked.
Total Implied Cost: Factoring in the highly energy-intensive milling and purification (typically US$500–US$800+/t), the total operating cost to produce one tonne of uncoated battery-grade spherical graphite from Leliyn generally lands between US$1,500 and US$2,000 per tonne.
2. Hazer Group: The "Free Carry" Advantage
Hazer has several unique cost factors. Hazer's costing is for hydrogen only and has not yet considered graphite in any of the upcoming planned builds. Graphite is effectively a free carry from the hydrogen (yielding More than two tonnes of graphite for each tonne of hydrogen).
No "Yield Killer": Hazer skips spheronisation entirely. Their synthetic graphite grows directly out of the methane gas as highly crystalline, naturally globular carbon. No intense mechanical shaping means Hazer doesn't suffer the massive yield losses that usually double the raw material cost.
Upgrading to Battery Grade: Hazer’s graphite is already structurally organized when it exits the reactor at ~900°C. The only reason it isn't 99.9% pure immediately is the iron ore catalyst trapped inside. They upgrade this using chemistry, not heat:
The Method: A single-stage chemical wash to strip the iron out of the carbon.
The ESG Advantage: They recently secured patent filings for this purification process, achieving 99.95%+ purity without using highly toxic Hydrofluoric (HF) acid.
The Cost: While definitive commercial-scale costs aren't published, standard acid/alkaline leaching circuits in the metallurgical industry typically run in the low hundreds of dollars per tonne—a fraction of the US$1,500+ it takes to shape and purify mined natural flake.
PS the Iron in the Hazer Graphite may be better!
Hazer's early independent battery testing (conducted with the University of Sydney), they tested their partially purified graphite. Instead of washing all the iron out to hit 99.95%, they left some in. The result? It still performed exceptionally well, showing no loss in capacity after 150 cycles and beating some commercial benchmarks. The specific morphology created by the iron catalyst made the carbon highly receptive to lithium ions, proving that you don't necessarily need hyper-expensive, perfectly pure graphite to get top-tier battery performance if the physical structure is superior.
The Heavy Industry Cheat Code (Steel & Cement)
If Hazer decides not to purify the graphite for EV batteries, they can sell the raw 85% to 95% pure output directly into heavy industry.
Steelmaking: Steelmakers use vast amounts of carbon (coke) as a reductant. If you sell them Hazer graphite that is 90% carbon and 10% iron ore... they do not care. They are making steel anyway! The iron is a perfectly acceptable, even beneficial, additive.
Cement & Asphalt: Hazer has been researching advanced carbon materials (ACM) for building materials. The raw iron-graphite composite can increase the tensile strength and thermal properties of concrete without requiring a single drop of expensive purification acid.
PS Hazer process actually produces ~3 to 3.3 tonnes of graphite for every 1 tonne of hydrogen
delerious1
5月前
Hazer Selected to Supply Clean Hydrogen and Graphite Tech for M Resources’ Whyalla Steel Decarbonisation Plan
By
Fuel Cells Works
December 12, 2025 at 10:38 AM EDT
• M Resources selects Hazer technology as a low-cost, decarbonisation solution for its Whyalla steelworks acquisition proposal
• The Hazer Process delivers an economically and technically viable supply of low-cost clean hydrogen and graphite for steelmaking
• Hazer–KBR strategic alliance brings global engineering capability and a long-standing South Australian presence, materially strengthening the Whyalla clean-steel proposal
• The proposed deployment targets an integrated large scale commercial Hazer facility that delivers globally competitive low-cost hydrogen
• Proposal aligns with State and Federal Government plans to transform Whyalla into a clean, advanced steelmaking hub with lasting community and economic benefits
PERTH, AUSTRALIA -- Hazer Group Ltd ("Hazer" or "the Company") (ASX: HZR) is pleased to announce it has entered into a binding Memorandum of Understanding (“MOU”) with M Resources, a leading global commodity supply group that is pursuing the acquisition of One Steel Manufacturing Pty Ltd (“OSM”), the owner of the Whyalla steelworks. Under the partnership, Hazer’s proprietary methane pyrolysis technology, in conjunction with KBR, has been incorporated on an exclusive basis into M Resources’ proposal for Whyalla, significantly strengthening the envisioned development of a revitalised, low carbon emissions steelmaking hub in South Australia.
The Whyalla steel works, a long-standing pillar of Australia’s iron ore and steel industry, is currently being offered for sale by its Administrator, KordaMentha, through a process managed by 333 Capital. M Resources has submitted a proposal that prioritises an economically viable long-term industrial renewal with a strong emphasis on carbon abatement. Hazer’s technology, producing clean hydrogen and high-value graphite from methane, is well positioned to play an enabling role in the establishment of a low-carbon emissions steel manufacturing precinct at Whyalla.
Under the MOU, the parties have agreed to collaborate on the integration of the Hazer Process with the facilities at Whyalla. This includes incorporating Hazer’s clean hydrogen into the Direct Reduction Process (DRP), where hydrogen replaces natural gas to reduce iron ore pellets. In addition, Hazer Graphite will be used in the Electric Arc Furnace (EAF) to produce steel. The planned Hazer facility is expected to target large-scale commercial hydrogen production capacity with additional synergies coming from the use of an iron-ore catalyst in the Hazer Process.
Hazer will leverage its strategic alliance with KBR, whose long-standing presence in South Australia has been further strengthened by its recent selection by the Australian Government as the concept design partner for new nuclear-submarine construction yard being developed under the AUKUS partnership.
Furthermore, the parties have agreed to jointly explore the deployment of the Hazer technology in the production of low carbon emissions DRI in other jurisdictions, particularly the Middle East and the United States. The parties are working together on an exclusive basis for the Whyalla project. Each party will bear its own costs associated with this agreement.
Hazer’s CEO and MD Glenn Corrie said: “We’ve long spoken about the potential of Hazer’s technology and its strong alignment with low-carbon emissions iron and steel production. This partnership with M Resources is a clear demonstration of the Hazer Process’s ability to integrate into steelmaking, particularly through the use of low-cost clean hydrogen for direct iron reduction and the application of Hazer graphite in electric arc furnaces.
The opportunity to apply Hazer’s technology in conjunction with KBR at Whyalla is particularly compelling. In my recent engagements in Canberra, steelmaking was consistently recognised by key ministries as a natural fit for Hazer’s technology and Australia’s broader clean-industry ambitions. I’m pleased we are able to advance this opportunity with M Resources and support the South Australian Government in meeting its decarbonisation objectives for Whyalla.”
Matt Latimore, M Resources CEO said: “We are very pleased to be collaborating with Hazer to incorporate their world-class methane pyrolysis technology into our Whyalla proposal. This technology further strengthens our bid for this unique asset by dramatically lowering the cost of low carbon emissions steel production. We look forward to working with Hazer on this and other opportunities.”
Low-carbon steel making and Hazer Technology synergies
Hydrogen (and graphite) are emerging as pivotal enablers of low-carbon steelmaking, particularly in the Direct Reduction Process (DRP) paired with Electric Arc Furnaces (EAFs). Hydrogen is increasingly being viewed as a replacement for natural gas or coal as the reductant in the DRP, converting iron ore pellets to metallic iron while producing only water vapour, dramatically cutting Scope 1 emissions. In parallel, high-purity synthetic graphite plays an important role in EAF operations, where it serves as a carburiser in the production of low carbon emissions steel. By 2060, the iron and steel industry will represent the largest increase of hydrogen demand in the manufacturing sector and of this 80% is forecast to be used to produce low emissions steel using the DRI process – this represents growth of over 10 times in the next 35 years1.
Global Hydrogen Demand Outlook2
1 DNV Energy Transition Outlook 2025 – a global and regional forecast (Hard to Abate Sectors – Hydrogen)
2 Sources for all numbers: IEA - Global Hydrogen Review (2022 / 2024); DNV - Hydrogen Forecast to 2050 (2022); IRENA and Methanol Institute – Renewable Methanol (2021
Hazer technology is uniquely positioned with this industry shift by converting methane emissions and/or gas into low-cost clean hydrogen and premium synthetic graphite in one efficient, low-emission process, delivering both critical inputs for hydrogen-DRP/EAF steelmaking. This dual-output capability creates a compelling technical and economic fit for the decarbonisation of this pathway.
Additional Information on the MOU with M Resources
The table below provides further detail on the key terms in the MOU.
This announcement is authorised for release by the Board of the Company.
About Hazer Group Ltd
Hazer Group is an Australian technology company, driving global decarbonisation efforts with the commercialisation of the company’s disruptive world-leading climate-tech. Hazer’s advanced technology enables the production of clean and economically competitive hydrogen and high-quality graphite, using a natural gas (or biogas) feedstock and iron-ore as the process catalyst.
About M Resources
Headquartered in Brisbane, Australia, M Resources is a market leader in the supply of steel making raw materials and ranks among the top three seaborne metallurgical coal movers in the world, exporting over 20 million metric tonnes annually. M Resources is supported by a team of experts operating in Australia, China, India, Singapore, South America, Switzerland, the United Kingdom, and the United States. For more information visit M Resource’s website: https://mresources.com.au/
Hazer Group Limited - Social Media Policy
Hazer Group Limited is committed to communicating with the investment community through all available channels. Whilst ASX remains the prime channel for market-sensitive news, investors and other interested parties are encouraged to follow Hazer on X (Twitter) (@hazergroupltd), LinkedIn, Facebook, and YouTube. Subscribe to HAZER NEWS ALERTS - visit our website at www.hazergroup.com.au and subscribe to receive HAZER NEWS ALERTS, our email alert service.
delerious1
5月前
Posted on 12 Dec 2025 M Resources, Hazer Group lay out methane pyrolysis plans at Whyalla steelworks
Posted on 12 Dec 2025
Hazer Group says it has entered into a binding Memorandum of Understanding (MoU) with M Resources, a global commodity supply group that is pursuing the acquisition of One Steel Manufacturing Pty Ltd (OSM), the owner of the Whyalla steelworks, in South Australia.
Under the partnership, Hazer’s proprietary methane pyrolysis technology, in conjunction with KBR, has been incorporated on an exclusive basis into M Resources’ proposal for Whyalla, significantly strengthening the envisioned development of a revitalised, low carbon emissions steelmaking hub in South Australia, Hazer says.
The Whyalla steel works, a long-standing pillar of Australia’s iron ore and steel industry, is currently being offered for sale by its Administrator, KordaMentha, through a process managed by 333 Capital. M Resources has submitted a proposal that, it says, prioritises an economically viable long-term industrial renewal with a strong emphasis on carbon abatement. Hazer’s technology, producing clean hydrogen and high-value graphite from methane, is well positioned to play an enabling role in the establishment of a low-carbon emissions steel manufacturing precinct at Whyalla, it says.
Under the MoU, the parties have agreed to collaborate on the integration of the Hazer Process with the facilities at Whyalla. This includes incorporating Hazer’s clean hydrogen into the Direct Reduction Process (DRP), where hydrogen replaces natural gas to reduce iron ore pellets. In addition, Hazer Graphite will be used in the Electric Arc Furnace (EAF) to produce steel. The planned Hazer facility is expected to target large-scale commercial hydrogen production capacity with additional synergies coming from the use of an iron-ore catalyst in the Hazer Process.
Hazer will leverage its strategic alliance with KBR, whose long-standing presence in South Australia has been further strengthened by its recent selection by the Australian Government as the concept design partner for new nuclear-submarine construction yard being developed under the AUKUS partnership.
Furthermore, the parties have agreed to jointly explore the deployment of the Hazer technology in the production of low carbon emissions DRI in other jurisdictions, particularly the Middle East and the US. The parties are working together on an exclusive basis for the Whyalla project. Each party will bear its own costs associated with this agreement.
Hazer’s CEO and MD, Glenn Corrie, said: “We’ve long spoken about the potential of Hazer’s technology and its strong alignment with low-carbon emissions iron and steel production. This partnership with M Resources is a clear demonstration of the Hazer Process’s ability to integrate into steelmaking, particularly through the use of low-cost clean hydrogen for direct iron reduction and the application of Hazer graphite in electric arc furnaces.
“The opportunity to apply Hazer’s technology in conjunction with KBR at Whyalla is particularly compelling. In my recent engagements in Canberra, steelmaking was consistently recognised by key ministries as a natural fit for Hazer’s technology and Australia’s broader clean-industry ambitions. I’m pleased we are able to advance this opportunity with M Resources and support the South Australian Government in meeting its decarbonisation objectives for Whyalla.”
Matt Latimore, M Resources CEO, said: “We are very pleased to be collaborating with Hazer to incorporate their world-class methane pyrolysis technology into our Whyalla proposal. This technology further strengthens our bid for this unique asset by dramatically lowering the cost of low carbon emissions steel production. We look forward to working with Hazer on this and other opportunities.”
Hydrogen (and graphite) are emerging as pivotal enablers of low-carbon steelmaking, particularly in the DRP paired with EAFs, Hazer says. Hydrogen is increasingly being viewed as a replacement for natural gas or coal as the reductant in the DRP, converting iron ore pellets to metallic iron while producing only water vapour, dramatically cutting Scope 1 emissions. In parallel, high-purity synthetic graphite plays an important role in EAF operations, where it serves as a carburiser in the production of low carbon emissions steel.
Hazer technology is, the company says, uniquely positioned with this industry shift by converting methane emissions and/or gas into low-cost clean hydrogen and premium synthetic graphite in one efficient, low-emission process, delivering both critical inputs for hydrogen-DRP/EAF steelmaking. This dual-output capability creates a compelling technical and economic fit for the decarbonisation of this pathway.
delerious1
5月前
16 October, 2025
Deals
WRITTEN BY Maddison Elliott
Hazer strengthens alliance with KBR
Hazer Group’s (ASX:HZR) alliance with Kellogg Brown and Root (NYSE:KBR) is generating early interest in Hazer’s technology from prospective licensees.
Following the execution of a binding alliance agreement in May this year, Hazer’s now sits within KBR’s Net Zero and Sustainable Future portfolio with the two companies advancing commercialisation and licensing milestones.
Major equipment components have now been selected to underpin Feasibility assessments.
The agreement engages KBR to assist in the deployment of Hazer technology in the ammonia and methanol markets, as well as other hydrogen sectors, focusing on the marketing, licensing, and commercialisation, as reported by Mining.com.au.
Hazer CEO Glenn Corrie says the partnership has generated plenty of early momentum for both parties due to KBR’s presence at major industry conferences generating interest from prospective licensees.
“The inclusion of the Hazer Process in KBR’s Net Zero portfolio is a strong endorsement of our technology and its relevance to global decarbonisation efforts,” Corrie says.
“KBR’s reputation, global reach and execution capability are proving invaluable as we move through our commercialisation phase.
“We remain focused on delivering licensing outcomes and building a robust pipeline of industrial-scale projects.”
Hydrogen plays a critical role in the production of ammonia and methanol, which have potential to act as low-carbon fuels and hydrogen carriers needed to drive the energy transition.
Hazer Group is an Australian technology company focused on driving global decarbonisation efforts.
delerious1
5月前
M Resources, Hazer Group lay out methane pyrolysis plans at Whyalla steelworks
Posted on 12 Dec 2025
Hazer Group says it has entered into a binding Memorandum of Understanding (MoU) with M Resources, a global commodity supply group that is pursuing the acquisition of One Steel Manufacturing Pty Ltd (OSM), the owner of the Whyalla steelworks, in South Australia.
Under the partnership, Hazer’s proprietary methane pyrolysis technology, in conjunction with KBR, has been incorporated on an exclusive basis into M Resources’ proposal for Whyalla, significantly strengthening the envisioned development of a revitalised, low carbon emissions steelmaking hub in South Australia, Hazer says.
The Whyalla steel works, a long-standing pillar of Australia’s iron ore and steel industry, is currently being offered for sale by its Administrator, KordaMentha, through a process managed by 333 Capital. M Resources has submitted a proposal that, it says, prioritises an economically viable long-term industrial renewal with a strong emphasis on carbon abatement. Hazer’s technology, producing clean hydrogen and high-value graphite from methane, is well positioned to play an enabling role in the establishment of a low-carbon emissions steel manufacturing precinct at Whyalla, it says.
Under the MoU, the parties have agreed to collaborate on the integration of the Hazer Process with the facilities at Whyalla. This includes incorporating Hazer’s clean hydrogen into the Direct Reduction Process (DRP), where hydrogen replaces natural gas to reduce iron ore pellets. In addition, Hazer Graphite will be used in the Electric Arc Furnace (EAF) to produce steel. The planned Hazer facility is expected to target large-scale commercial hydrogen production capacity with additional synergies coming from the use of an iron-ore catalyst in the Hazer Process.
Hazer will leverage its strategic alliance with KBR, whose long-standing presence in South Australia has been further strengthened by its recent selection by the Australian Government as the concept design partner for new nuclear-submarine construction yard being developed under the AUKUS partnership.
Furthermore, the parties have agreed to jointly explore the deployment of the Hazer technology in the production of low carbon emissions DRI in other jurisdictions, particularly the Middle East and the US. The parties are working together on an exclusive basis for the Whyalla project. Each party will bear its own costs associated with this agreement.
Hazer’s CEO and MD, Glenn Corrie, said: “We’ve long spoken about the potential of Hazer’s technology and its strong alignment with low-carbon emissions iron and steel production. This partnership with M Resources is a clear demonstration of the Hazer Process’s ability to integrate into steelmaking, particularly through the use of low-cost clean hydrogen for direct iron reduction and the application of Hazer graphite in electric arc furnaces.
“The opportunity to apply Hazer’s technology in conjunction with KBR at Whyalla is particularly compelling. In my recent engagements in Canberra, steelmaking was consistently recognised by key ministries as a natural fit for Hazer’s technology and Australia’s broader clean-industry ambitions. I’m pleased we are able to advance this opportunity with M Resources and support the South Australian Government in meeting its decarbonisation objectives for Whyalla.”
Matt Latimore, M Resources CEO, said: “We are very pleased to be collaborating with Hazer to incorporate their world-class methane pyrolysis technology into our Whyalla proposal. This technology further strengthens our bid for this unique asset by dramatically lowering the cost of low carbon emissions steel production. We look forward to working with Hazer on this and other opportunities.”
Hydrogen (and graphite) are emerging as pivotal enablers of low-carbon steelmaking, particularly in the DRP paired with EAFs, Hazer says. Hydrogen is increasingly being viewed as a replacement for natural gas or coal as the reductant in the DRP, converting iron ore pellets to metallic iron while producing only water vapour, dramatically cutting Scope 1 emissions. In parallel, high-purity synthetic graphite plays an important role in EAF operations, where it serves as a carburiser in the production of low carbon emissions steel.
Hazer technology is, the company says, uniquely positioned with this industry shift by converting methane emissions and/or gas into low-cost clean hydrogen and premium synthetic graphite in one efficient, low-emission process, delivering both critical inputs for hydrogen-DRP/EAF steelmaking. This dual-output capability creates a compelling technical and economic fit for the decarbonisation of this pathway.
delerious1
5月前
Kemira to collaborate with Hazer Group on industrial applications
Kemira and Hazer Group Ltd (“Hazer”) have signed a non-binding Memorandum of Understanding (“MOU”) to evaluate and explore commercial opportunities for deployment of Hazer’s proprietary methane pyrolysis technology.
Under the MOU Hazer and Kemira will collaborate to evaluate the technical and commercial feasibility of deploying Hazer’s technology and/or its products in Kemira’s operations. Kemira will conduct testing of Hazer carbon in water treatment, as well as assessment of the feasibility of integration of Hazer’s technology in industrial applications. Furthermore, if the initial assessments are positive, the parties have agreed to enter into discussions about commercial collaboration, such as technology licensing and/or product offtake.
“We are delighted to partner with Kemira, a global leader in sustainable chemical solutions for water intensive industries. This collaboration further confirms Hazer’s position as a leading provider of methane pyrolysis technology, and the interest in Hazer Graphite. We look forward to collaborating with Kemira,” says Hazer’s CEO and MD Glenn Corrie.
“We have identified Hazer’s technology to be very exciting and advanced, and we look forward to working with Hazer to investigate the integration of Hazer’s innovative technology across Kemira’s operations,” says Kemira’s EVP Research & Innovation Sampo Lahtinen.
delerious1
9月前
Hazer Group’s Hydrogen Collaboration Gains UK Government Backing
TipRanks Australian Auto-Generated Newsdesk
Oct 01, 2025, 07:53 PM
Story Highlights
Hazer Group collaborates with EnergyPathways on the MESH project, gaining UK Government backing.
MESH project aims to be a cornerstone of UK clean energy, integrating Hazer’s hydrogen technology.
Looking for the best stocks to buy? Follow the recommendations of top-performing analysts.
Hazer Group’s Hydrogen Collaboration Gains UK Government Backing
Hazer Group Ltd. ( HZR +0.98% ? ) has issued an update.
Hazer Group Ltd, in collaboration with its UK partner EnergyPathways, has received UK Government backing for the Marram Energy Storage Hub (MESH) project, which has been designated as nationally significant. This recognition allows for fast-tracked development approvals, enhancing the integration of Hazer’s clean hydrogen technology into the project. The MESH project aims to become a key component of the UK’s clean energy infrastructure, combining energy storage, low-carbon power, and hydrogen production. This development positions Hazer’s technology at the forefront of the UK’s energy transition, potentially establishing one of the country’s most important clean energy hubs.
The most recent analyst rating on HZR +0.98% ? stock is a Hold with a A$0.50 price target. To see the full list of analyst forecasts on Hazer Group Ltd. stock, see the AU:HZR Stock Forecast page.
More about Hazer Group Ltd.
Hazer Group Ltd is an Australian technology company focused on global decarbonisation through its innovative climate-tech solutions. The company specializes in producing clean hydrogen and high-quality graphite using natural gas or biogas feedstock and iron-ore as a process catalyst.
delerious1
9月前
Hazer Group and Veolia Partner to Advance Clean Hydrogen Production·
September 29, 2025 at 9:45 AM EDT
Hazer Group has inked a collaboration agreement with environmental services giant Veolia to evaluate the commercial use of its methane pyrolysis hydrogen process and graphite co-product.
· The study will assess deployment opportunities in water treatment, energy, and waste management, supported by access to Veolia’s European laboratories and industrial footprint.
Australia’s Hazer Group has signed a collaboration agreement with Veolia — the €21.22 billion [A$37.77 billion / $22.47 billion] French environmental services heavyweight — to jointly evaluate the commercial viability of Hazer’s catalytic methane pyrolysis process for low-emissions hydrogen and its high-quality graphite by-product.
The agreement opens the door to potential deployment of the Hazer process across Veolia’s global footprint in water treatment, waste management, and energy services.
Hazer’s CEO and MD Glenn Corrie said: “We are delighted to partner with Veolia, a world leading solutions provider to the water, waste and energy industries. This unique collaboration will allow us to investigate how Hazer’s technology, producing low-emissions hydrogen and graphite, can solve some of the most pressing challenges facing the water and waste industry today through the integration with Veolia’s existing operations.”
Hazer’s graphite, which is produced alongside clean hydrogen, will be tested at Veolia’s advanced European laboratories, with a focus on its performance in filtration and other treatment applications.
The collaboration is part of Hazer’s broader graphite market development strategy, which seeks to diversify offtake pathways and maximise the commercial value of its carbon product in parallel with scaling clean hydrogen production.
Veolia, active in over 100 countries and a key player in Australia’s utility and industrial sectors, brings infrastructure, expertise, and market access to what Hazer describes as “a growing range of industrial, energy and environmental uses.” Hazer’s process uses methane (natural gas or biogas) and iron ore as catalyst to produce hydrogen and solid carbon with no CO2 emissions — a decarbonisation approach that avoids the need for costly carbon capture.
About Hazer Group Ltd
Hazer Group is an Australian technology company, driving global decarbonisation efforts with the commercialisation of the company’s disruptive world-leading climate-tech. Hazer’s advanced technology enables the production of clean and economically competitive hydrogen and high-quality graphite, using a natural gas (or biogas) feedstock and iron-ore as the process catalyst.
delerious1
1年前
Clean Hydrogen Gets a Boost with Hazer Group’s $6.2M Grant
December 24, 2024 0 By John Max
Clean Energy Milestone Achieved with Hazer’s Government Support
Hazer Group Ltd, a forward-thinking Australian company specializing in clean energy innovations, has secured $6.2 million in funding from the Western Australian Government’s Lower Carbon Grants Program. This grant, which comes in stages with an initial payment of approximately $2 million, aims to accelerate the commercialization of Hazer’s technology. By focusing on low-emission hydrogen and graphite production, Hazer continues its mission to address environmental challenges while positioning itself as a key player in the global energy sector.
The Science Behind Hazer’s Carbon-Free Hydrogen Production
At the heart of Hazer Group’s success is its innovative hydrogen and graphite production process, known as the Hazer Process®. Developed with research from the University of Western Australia, this method utilizes methane gas, breaking it into hydrogen and solid graphite through a chemical reaction catalyzed by iron ore. Unlike traditional methods, the process emits solid carbon rather than greenhouse gases like CO2.
One distinguishing factor of the Hazer Process is its use of iron ore as a cost-effective catalyst, enabling a lower reaction temperature and overall energy efficiency. The technology is adaptable and can be integrated into existing liquefied natural gas (LNG) supply chains or infrastructures like refineries and steel plants. This flexibility allows hydrogen to be produced where it is needed, reducing logistical challenges and enhancing accessibility for industries looking to decarbonize.Graphite
The graphite produced as a co-product holds commercial value as well and has potential applications in industries such as batteries, lubricants, and industrial manufacturing, further adding to the process’s appeal.
Hydrogen News – Recent Developments
Hazer Group has made significant strides in advancing its technology. Its Commercial Demonstration Plant (CDP), located at the Woodman Point Wastewater Treatment Plant in Perth, has undergone rigorous testing and achieved key milestones. The plant has operated continuously for over 360 hours with a reported 97% uptime, demonstrating its reliability and scalability for commercial adoption.
Additionally, Hazer’s methane conversion rates are nearing design goals, and the company has successfully produced substantial quantities of graphite. Current efforts are focused on optimizing the quality of hydrogen and graphite to meet commercial standards.
Hazer’s international outreach is also progressing. The company is developing hydrogen projects with partners in Canada, France, and Japan. Notable collaborations include engineering services for FortisBC in Canada and a project involving Chubu Electric and Chiyoda Corporation in Japan. These partnerships reinforce Hazer’s commitment to applying its technology globally.
Importance of the Grant
The $6.2 million grant is a crucial step in advancing Hazer’s goals. Government support, particularly through the Western Australian Government’s Lower Carbon Grants Program, signifies acknowledgment of the role Hazer’s innovations play in reducing carbon emissions. This funding is expected to bolster efforts to scale up their commercial reactor and bring their hydrogen and graphite production processes to industrial levels.
By receiving staged funding, starting with $2 million, Hazer can implement the upgrades and expansions needed for its demonstration plant and other projects. This financial boost will not only facilitate domestic advancements but also assist in strengthening global collaborations, further promoting the adoption of clean hydrogen technologies.
Timelines and Future Prospects
Hazer Group’s CDP is gearing up for consistent hydrogen and graphite production, targeting an annual capacity of 100 tonnes of hydrogen and approximately 380 tonnes of graphite. These outputs, expected in the near term, signify a step toward industrial-scale operations.
Looking ahead, Hazer’s technology is poised to support industries resistant to decarbonization, such as steelmaking, chemical production, and petroleum refining. Additionally, by accommodating biomethane from renewable sources like landfill gases, the process offers a pathway to decarbonize waste management and energy production sectors.
The recent achievements of continuous operation suggest that commercial scalability is within reach. If consistent performance continues, Hazer could be contributing significantly to decarbonization efforts both in Australia and internationally within the next few years.
Conclusionhydrogen news ebook
Hazer Group’s groundbreaking approach to hydrogen and graphite production highlights the potential of innovative technologies to transform the energy sector. The $6.2 million government grant is indicative of the trust placed in their capability to scale these advancements effectively.
delerious1
2年前
FY24 R&D TAX REFUND OF $5.1 MILLION RECEIVED
PERTH, AUSTRALIA; 20 November 2024: Hazer Group Ltd (“Hazer” or the “Company”, ASX: HZR) is pleased to
announce the approval and receipt of its FY 2024 Research and Development (“R&D”) tax incentive refund of
$5.092 million.
The refund is related to eligible R&D expenditure incurred during FY 2024. A further refund is expected next
year in connection with expenditure incurred in the current financial year.
The Australian Federal Government’s R&D Tax Incentive program provides a cash refund on eligible research
and development activities performed by Australian companies and is an important program that strongly
supports Australian innovation.
Glenn Corrie, Chief Executive Officer of Hazer Group, said, “This substantial R&D tax incentive refund
demonstrates Hazer’s ongoing development and scale up of our world-class, industry-leading technology. These
proceeds further strengthen our liquidity enabling us to drive forward our commercialisation strategy.”
Authorised for release by the Board of the Company.
[ENDS]
For further information or investor enquiries, please contact:
Corporate Enquiries
Hazer Group
Email: contact@hazergroup.com.au
Phone: +61 8 9329 3358
delerious1
2年前
Australian turquoise hydrogen pilot passes ten-day mark of continuous 24/7 operation
Developer Hazer Group plans commercial launch of H2 technology this year
Hazer's commercial demonstration plant near Perth, Western Australia.
Hazer's commercial demonstration plant near Perth, Western Australia.Photo: Hazer Group
Polly Martin
Senior Reporter
Published 9 August 2024, 08:56
Australian turquoise hydrogen developer Hazer Group has announced that its commercial demonstration plant has passed ten days of continuous round-the-clock operation, a milestone which unlocks its next tranche of government funding and adds to its case for launching the technology to the market this year.
Like incumbent “grey” hydrogen, turquoise H2 is produced from natural gas feedstock. However, while grey hydrogen is generated by splitting methane with steam, resulting in CO2 emissions, turquoise H2 is made via methane pyrolysis, which splits apart the molecule with heat in the absence of air, resulting in only solid carbon as a byproduct.
Depending on the region, gas as a feedstock can be much cheaper than the electricity needed to run electrolysis for green hydrogen production.
Daniel Fraile, chief policy and market officer at Hydrogen Europe
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Meanwhile, byproduct carbon could be sold as graphite to existing markets, offsetting the cost of production and making turquoise H2 theoretically one of the cheapest low-carbon hydrogen production pathways — although some critics have questioned whether the market for solid carbon is big enough to absorb a lot of extra supply.
Hazer started producing hydrogen and solid carbon at its pilot project near Perth, Western Australia, in January this year, which uses biomethane from an adjacent wastewater treatment plant (ie, from sewage sludge) as a feedstock to make around 100 tonnes of H2 and 380 tonnes of synthetic graphite a year.
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The ten days of continuous operation was one of the key milestones that the plant had to pass in order for the developer to access its next tranche of public funding from January next year via the Australian Renewable Energy Agency, which had allocated A$9.41m ($6.2m) in total.
Hazer’s commercial demonstration plant has been expected to cost A$23m-25m.
The Hazer process works by heating methane to about 900°C inside a fluidised bed reactor in the presence of sand-like particles of iron ore, but no air (which prevents the formation of CO2). This high-temperature heat turns the iron ore into nanoparticles, and the methane decomposes into hydrogen and graphite, the latter of which forms on the surface of the nanoparticles.
A Molten Industries reactor that cracks methane, in the absence of air, into hydrogen and solid carbon.
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The resulting powder is 80-95% graphite, which can then be separated and sold to existing markets for this type of solid carbon such as lithium-ion battery production.
Hazer announced that during the ten days of continuous operation, it saw “stable and reliable solids separation from product gas stream” and “operational reliability with process uptime above target” of 97.5%.
Hycamite's team at the launch of construction for its turquoise hydrogen facility at the Kokkola Industrial Park.
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However, it noted that it still has to optimise current operations in order to produce “commercially representative” graphite, which would have to undergo quality verification prior to distribution to industrial partners for large-scale testing and analysis.
Hazer also highlighted four existing commercial projects with South Korean conglomerate POSCO, a consortium of Japanese firms Chubu Electric and Chiyoda, French energy company Engie, and Canadian utility FortisBC, noting that it still plans to “declare commercial readiness” for its technology this year.
delerious1
2年前
FIRST PAYMENT FOR ENGINEERING SERVICES FOR THE
BRITISH COLUMBIA PROJECT
Highlights:
• First payment received for engineering services provided by Hazer to advance FortisBC Energy Inc (“FortisBC”)
British Columbia, Canada project.
PERTH, AUSTRALIA; 20 September 2024: Hazer Group Ltd ("Hazer" or "the Company") (ASX: HZR) announces
receipt of first monies for engineering services provided by Hazer to FortisBC’s British Columbia, Canada project
(“BC Project”).
As announced on 6 May 2024, Hazer and FortisBC entered into a binding Project Development Agreement (“PDA”)
to pursue the development of a hydrogen production facility in British Columbia based on Hazer’s technology and
with a design capacity of up to 2,500 tonnes per annum (“tpa”) of clean hydrogen. Under the terms of the PDA,
Hazer is to receive ongoing payment for Early Project Development Work associated with leading engineering
activities relating to the core Hazer technology components.
Expected total payment under the service agreement is anticipated to be more than A$1.8 million depending on
final scope of work incurred. Hazer is pleased to advise first payment of ~A$393k reflecting work performed to date
has been received under this arrangement. Payments will occur each month from now until Final
Investment Decision.
Hazer CEO Glenn Corrie said, “First payment for engineering services for the BC Project signifies FortisBC’s
commitmeidnt of their Hazer-enabled project in British Columbia. We value their strong collaboration with the
Hazer team as we work together towards achieving a successful FEED outcome. Further, this commercial progress
demonstrates our business model maturity and is indicative of how we expect to be reimbursed for client projects
through their FEED activities, enabling Hazer to support these activities in a commercially viable and sustainable
manner. This is one of many recent milestones that is progressing the commercialisation of the Hazer process and
supporting our growth strategy globally.”
[ENDS]
This announcement is authorised for release by the Board of the Company.
For further information or investor enquiries, please contact:
Corporate Enquiries
Hazer Group
Email: contact@hazergroup.com.au
Phone: +61 8 9329 3358
Media enquiries
WE Communications – Hannah Howlett
Email: HHowlett@we-worldwide.com
Phone: +61 4 5064 8064
ABOUT HAZER GROUP LTD
Hazer Group is an Australian technology company, driving global decarbonisation efforts with the commercialisation of the
company’s disruptive world-leading climate-tech. Hazer’s advanced technology enables the production of clean and
economically competitive hydrogen and high-quality graphite, using a natural gas (or biogas) feedstock and iron-ore as the
process catalyst.
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