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HPQ Silicon Disruptive Product Verified By World’s Largest Producer Under LOI

Posted by Alavaro Coronel at 4:22 PM on Friday, June 13th, 2025

HPQ Silicon $HPQ / $HPQFF is taking aim at one of the most entrenched—and overlooked—industrial markets: fumed silica. Found in everything from cosmetics to pharmaceuticals and batteries, this material hasn’t seen a meaningful manufacturing innovation since World War II. That may be about to change.

In a major step toward commercialization, HPQ announced that a leading global fumed silica manufacturer—a $10 billion industry heavyweight—has independently confirmed that the company’s pilot plant successfully produced fumed silica using its proprietary Fumed Silica Reactor. This marks a pivotal third-party validation of HPQ’s clean-tech, direct-from-quartz process.

WHY THIS MATTERS

Traditional fumed silica production relies on multi-step processes with high energy input and chemical byproducts. HPQ’s plasma-based FSR process simplifies this by producing fumed silica directly from quartz.

Today’s milestone confirms: 

  • Completion of a fourth successful pilot test 
  • Independent verification that the output is fumed silica 
  • A five-day turnaround for technical feedback—dramatically accelerating R&D cycles

“Gaining direct access to the testing facilities of a global leader significantly accelerates our validation efforts for HSPI’s FSR technology and its ability to produce fumed silica that meets their rigorous specifications,” said Bernard Tourillon, CEO of HPQ Silicon.

ACCELERATED TESTING, STRATEGIC VALUE

The validation was delivered within just five business days—far faster than the 30-day cycle typical of academic testing. This rapid feedback loop allows HPQ to refine its process with real-time industry input and make informed adjustments between tests. The partnership is expected to improve the speed, precision, and cost-efficiency of product development as HPQ progresses toward commercial output.

LOOKING AHEAD

While the current test confirms pilot-scale success, HPQ has stated that further optimization is underway. The insights from the global manufacturer will help improve material quality, reduce impurities, and support the company’s path to larger-scale operations.

Next steps include: 

  • Additional pilot batch testing 
  • Enhanced performance based on third-party guidance
  • Ongoing collaboration through established LOIs with global players

FINAL TAKE

With third-party validation now secured, HPQ is gaining meaningful momentum. Its direct-from-quartz plasma process represents a potential leap forward in how fumed silica is produced—offering advantages in cost, sustainability, and scalability. While commercial-grade production remains a near-term target, today’s milestone offers clear confirmation that HPQ’s disruptive technology is working—and gaining attention in a multi-billion-dollar global industry.

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HPQ and Pragma Partner to Commercialize Innovative Green Hydrogen Tech

Posted by Alavaro Coronel at 8:16 AM on Wednesday, June 11th, 2025

When the CEO of an international company says a small-cap company’s technology represents a major breakthrough in decentralized high-pressure hydrogen production, you should probably pay close attention. That’s exactly what the CEO of Pragma Industries said about HPQ Silicon and its partner Novacium. The companies have signed a commercial and industrial cooperation agreement to advance their METAGENE™ green hydrogen production system.

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HPQ Has The 2 Biggest Fumed Silica Companies In The World Request Samples

Posted by Alavaro Coronel at 10:49 AM on Thursday, May 29th, 2025

WHAT YOU NEED TO KNOW

  • First-Mover Advantage: HPQ is the only known company with a proven direct process from quartz to fumed silica—cutting cost, emissions, and complexity.
  • Two Global Giants Testing Samples: One under LOI, another under NDA and re-engaging after prior testing—signaling escalating interest and competitive optionality.
  • Modular, Scalable Tech: Enables regional production with lower capex to capitalize on tariff wars and ESG mandates.
  • Domestic Market Opportunity: Canada’s $150–200M USD fumed silica market currently has no Canadian manufacturer — HPQ is positioned to fill that gap.

When the $10 Billion industry leading manufacturer asks for early samples of your product — before you’re even ready to ship — it signals more than interest. It signals intent. HPQ Silicon $HPQ / $HPQFF, alongside partner PyroGenesis, has entered a critical phase in its commercialization path for fumed silica — an essential compound used in everything from cosmetics to construction.

HPQ’s one-step quartz-to-fumed silica process eliminates the toxic chemicals, high emissions, and billion-dollar infrastructure typically required by incumbents who are working with outdated processes. That innovation is now moving out of the pilot plant and into the hands of world-leading producers.

THE MILESTONE THAT MATTERS

HPQ has shipped its first batch of fumed silica to a leading global manufacturer Evonik for evaluation. This follows third-party validation at the lab level and successful scale-up to pilot production.

“This collaboration gives us access to over 80 years of real-world manufacturing and market expertise—an advantage that accelerates our development and strengthens our commercialization efforts.”
 — Bernard Tourillon, CEO, HPQ Silicon

A second global player, which had previously received a small test batch and is under NDA, has also re-engaged — requesting additional material from a higher-quality production run. The significance: HPQ now has multiple industry leaders testing samples, placing the company in a far stronger commercial negotiation position than ever before.

THE STRATEGIC OUTLOOK

Rather than lock into early-stage agreements, HPQ is preserving flexibility to pursue the most advantageous commercial path — whether via joint ventures, licensing, or direct production. With a clean, modular process that eliminates toxic byproducts and avoids billion-dollar capex, HPQ is not just participating in a $2B+ market — it’s challenging its foundation.

For investors, this isn’t merely a materials science breakthrough. It’s a potential paradigm shift. With validation underway, commercial discussions accelerating, and strategic optionality intact, HPQ is emerging as a first mover with the technology and timing on its side.

Watch the full interview with CEO Bernard Tourillon to understand why the world’s top producers are now knocking on HPQ’s door.

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HPQ Silicon On The Cusp Of Disrupting 80 Year Old $1.5 Billion Fumed Silica Industry

Posted by Alavaro Coronel at 5:33 PM on Thursday, May 22nd, 2025

WHAT YOU NEED TO KNOW

  • Untapped Market: Canada consumes ~24,000 tonnes of fumed silica annually. HPQ aims to become the country’s first domestic producer.
  • Cost Advantage: Traditional plants cost up to $150 million. HPQ’s model requires a fraction of that—making it economically and environmentally superior.
  • Global Relevance: Amid new tariffs and reshoring trends, HPQ offers a local, low-emission alternative to imported materials from China and Europe.

BOLD DISRUPTION OF AN 80-YEAR-OLD INDUSTRY

HPQ Silicon has reached the most significant milestone in its history: independent analysis has confirmed its proprietary Fumed Silica Reactor (FSR) produced commercial-grade material. This breakthrough disrupts a global industry still reliant on a toxic, energy-intensive process that hasn’t meaningfully changed since 1944.

Fumed silica is essential in everyday products like cosmetics, toothpaste, batteries, and paints. Traditional production requires converting quartz into silicon metal, processing it with corrosive chemicals, and incinerating it with hydrogen gas. HPQ’s process skips all that—producing fumed silica in a single step from raw quartz, with lower emissions, lower costs, and no hazardous byproducts.

The validation? It comes from a third-party microscopy analysis (conducted at one of Montreal’s top research universities), which confirmed that HPQ’s pilot-scale product matches the morphology and structure of established, high-purity industry standards.

STRATEGIC INTEREST FROM A GLOBAL LEADER

This milestone reinforces HPQ’s previously signed Letter of Intent with Evonik Industries, a $10 billion German chemical company that invented fumed silica and dominates the global market. With the technology now proven at a 20x lab scale, the door opens to further technical evaluations—and eventual commercial engagement.

“We’ve replicated lab-scale results at 20x scale and confirmed it through side-by-side imaging. This is the single biggest milestone in HPQ’s history.”
— Bernard Tourillon, CEO

WHAT’S NEXT

With this third-party validation in hand, HPQ is moving quickly to capitalize. Conversations with Evonik are already underway to determine whether this latest material batch will be shipped for qualification. 

Other major fumed silica producers—previously awaiting test results—have resumed discussions. Internally, HPQ continues optimizing the grade and consistency of its product through additional test cycles. With its pilot plant operating smoothly and yielding better-than-expected output, HPQ is now mapping the path to commercial production—built on scalable, industry-standard components. The momentum is real, and the company is positioning itself as a clean-tech leader in a global market ready for disruption.

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VIDEO – Pilot Breakthrough Moves HPQ Closer to Multi-Billion-Dollar Fumed Silica Market

Posted by Alavaro Coronel at 5:32 PM on Friday, May 16th, 2025

HIGHLIGHTS

  • Scale-Up Success: The pilot unit marks a 20x scale increase from lab-scale and confirms the ability to produce and recover material in a commercial-style process.
  • Testing in Progress: Independent lab work is underway to determine whether the material is fumed silica and assess its purity. Initial results are expected within days.
  • Strategic Partnership: HPQ Silica Polvere previously signed an LOI with Evonik, one of the world’s largest silica producers, for potential collaboration pending successful material evaluation.
  • Commercial-Scale Capacity: The pilot reactor is designed to produce up to 50 tonnes per year, enabling consistent test runs and pre-commercial sample generation.

VISUAL CONFIRMATION, INDEPENDENT TESTING AND COMMERCIAL SCALE PROMISE

HPQ Silicon $HPQ $HPQFF announced a pivotal achievement in their fumed silica pilot project: the successful production and collection of white powder material from the reactor’s product recovery unit—commonly referred to as the “baghouse.” Early visual analysis suggests this may be commercial-grade fumed silica, pending confirmation through independent laboratory testing now underway.

This is the first time HPQ’s proprietary one-step, low-emission process has produced and recovered material at pilot scale, a significant leap forward in validating a system designed to disrupt a $2.2 billion market dominated by energy-intensive legacy methods.

“Saying we’re excited by the results would be an understatement. Achieving these outcomes so early in the testing phase significantly boosts our confidence in our ability to replicate this milestone and consistently produce commercial-quality material,” said Bernard Tourillon, President & CEO 

TRADE RESUMPTION

HPQ’s trading status was recently reinstated for Tuesday, May 20, 2025 following a brief cease trade order related to disclosure housekeeping. Regulators found no material issues in the company’s audited financials. HPQ also transitioned from Tier 1 to Tier 2 issuer status on the TSX-V—an administrative change with no operational impact.

LOOKING AHEAD

Should the ongoing tests validate what early signs suggest, HPQ Silicon may be on the verge of a breakthrough that significantly reduces the cost and carbon footprint of producing fumed silica.

“We’ve proven the system can be scaled—now it’s about optimization and commercialization,” said Bernard Tourillon, CEO.

With a functioning pre-commercial unit, high-level strategic interest, and validation now in progress, HPQ is positioning itself to challenge the status quo in advanced material manufacturing.

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HPQ Silicon MOU To Produce On Demand Hydrogen. French Military Set To Be First To Test In Real World Conditions

Posted by Alavaro Coronel at 4:24 PM on Monday, April 14th, 2025

HPQ Silicon and its France-based affiliate Novacium have taken a critical step toward revolutionizing hydrogen production with the signing of a Memorandum of Understanding (MoU) alongside Malaysian aluminum recycler GLD Alloys. 

Their collaborative innovation is a solid-state fuel that generates hydrogen without electricity, dangerous pressurized storage, or complex infrastructure—tackling some of the biggest barriers in traditional hydrogen systems.

FRENCH MILITARY LOOKING TO FINANCE PILOT PLANT IN 2025 AND REAL WORLD TESTING

In a powerful vote of confidence, France’s Directorate General of Armaments (DGA) has pre-selected the project as a candidate for a €750,000 pilot plant grant, and the French military is set to be the first to test the technology in real-world conditions.

STRATEGIC PARTNERSHIP WITH GLOBAL SUPPLY CHAIN IMPACT

GLD Alloys is a leading Malaysian producer of recycled aluminum. The MOU collaboration leverages GLD Alloys’ 200,000-ton recycled aluminum production capacity, a critical input in METAGENE’s low-carbon hydrogen solution. This partnership addresses two converging needs: scalable hydrogen production and decarbonized aluminum use.

  • 95% fewer carbon emissions than primary aluminum-based processes
  • Hydrogen output of 1.25 m³ per kg of fuel, surpassing conventional methods
  • Target production of 500 tonnes of METAGENE™ fuel per year 

MILITARY-GRADE VALIDATION & MARKET READINESS

The announcement is more than a promising prototype—it’s a platform with real commercial traction. A pilot system producing 10kg of hydrogen per day is set to launch this year, with field testing expected in early 2026 and commercial production soon after.

“GLD Alloys is the ideal partner to make METAGENE™ a global commercial success. Their production capacity and environmental commitment position us to target the rapidly growing green hydrogen market.”

 – Bernard Tourillon, CEO, HPQ Silicon

A MARKET POISED FOR EXPONENTIAL GROWTH

According to BloombergNEF, the green hydrogen market is projected to reach US$500 billion by 2030.  HPQ and Novacium’s METAGENE™ offers a rare, fully off-grid solution—ideal for defense, industrial, and remote applications where energy independence is critical.

CONCLUSION: DISRUPTION IN MOTION

With French military backing, an industrial-scale partnership, and a disruptive technology that eliminates long-standing hydrogen hurdles, HPQ Silicon is no longer just an early-stage innovator—it’s an emerging force in the future of clean energy. Investors looking for the next transformative small cap may find this company difficult to ignore.

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HPQ Fumed Silica Breakthrough: Scaling Up for a Multi-Billion-Dollar Market

Posted by Alavaro Coronel at 10:25 AM on Wednesday, March 26th, 2025

HPQ Silicon (TSX-V: HPQ) is on the brink of a significant transformation in the manufacturing of Fumed Silica, with the successful scaling of its proprietary Fumed Silica Reactor (FSR). This milestone marks a critical step toward commercial production, validating the process and providing a clear path forward for full-scale operations. The company is confident that its breakthrough technology will disrupt the traditional, fossil-fuel-dependent manufacturing methods in the industry.

STRATEGIC PARTNERSHIPS AND INDUSTRY VALIDATION

  • HPQ’s LOI with major industry player Evonikfurther validates the company’s progress and positions it to negotiate future off-take agreements.

  • NDA discussions with another interested company indicate growing interest from industry leaders in HPQ’s Fumed Silica process.

“Since 1944, the fumed silica industry has relied on conventional, fossil-fuel-intensive production methods. PyroGenesis is committed to breaking that cycle through innovation,” said P. Peter Pascali, CEO of PyroGenesis.

SCALING TOWARD COMMERCIALIZATION

HPQ has successfully scaled its process by a factor of 20, producing Fumed Silica with the same high-quality properties observed in lab-scale testing. The company now focuses on final system adjustments and expects to complete additional testing to refine its production approach. Bernard Tourillon, CEO of HPQ, is optimistic that these final steps will lead to commercial-grade production, positioning the company to make a substantial impact in a multi-billion-dollar market.

NAVIGATING RISKS AND REWARDS OF SCALING

While scaling up the pilot plant presents risks, HPQ sees no difference in risk regardless of production size, emphasizing that once the process is proven at a smaller scale, they can move toward securing deals and financing. The company is exploring scaling options up to 1,000 tons per year, which could significantly enhance profitability.

BOARD MEMBER TRANSITION

As HPQ progresses toward commercialization, the company also acknowledges the retirement of Robert Robitaille, a longtime director with the company since 2008. Bernard expressed his gratitude for Robitaille’s dedicated service and professionalism, emphasizing that his departure marks a transition in leadership as HPQ moves forward.

LOOKING AHEAD

HPQ’s Fumed Silica Reactor is set to revolutionize an industry that has long relied on traditional, carbon-intensive methods. With strategic partnerships, a clear commercialization plan, and ongoing innovation, HPQ is poised for substantial growth in a high-demand market, bringing sustainable manufacturing solutions to the forefront.

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HPQ’s Silicon-Anode Batteries Outperform Samsung, Panasonic & LG After 1,000 Cycles

Posted by Alavaro Coronel at 8:45 AM on Thursday, March 20th, 2025

GEN3 KEY PERFORMANCE HIGHLIGHTS

  • Extended Lifespan – Retains 80% capacity after 1,000 cycles
  • Higher Energy Output – Delivers 30% more cumulative energy than graphite

A GAME-CHANGER IN LITHIUM-ION BATTERY INNOVATION

Novacium, a France-based affiliate of HPQ Silicon Inc. ($HPQ / $HPQFF), has achieved a breakthrough in battery performance. Its GEN3 18650 silicon-anode batteries have surpassed 1,000 charge cycles while maintaining exceptional energy capacity, outperforming the industry’s leading lithium-ion alternatives.

  • Panasonic NCR18650GA  
  • LG MJ1 
  • Samsung 30Q 

“Reaching 1,000 cycles with such strong results isn’t just validation—it’s a breakthrough proving that silicon can compete at scale. We’re showing the industry that high-energy, long-life silicon anodes are ready now.” – Dr. Jed Kraiem, COO, Novacium

MULTIPLE NDA’S SIGNED WITH BATTERY MANUFACTURERS AND END-USERS

HPQ has already signed NDAs with multiple battery manufacturers and end-users, demonstrating strong industry interest. Additionally, the French military is currently testing HPQ’s silicon-anode batteries for high-performance applications, further validating the technology’s efficiency and scalability.

A MARKET SET FOR EXPLOSIVE GROWTH

The global graphite market is projected to grow from 5.7 million tonnes in 2025 to 11.1 million tonnes by 2030, creating an addressable market valued between $27.5 billion and $55.0 billion. HPQ’s silicon material can replace up to 10 percent of graphite anodes, unlocking a multi-billion-dollar opportunity while providing a cost-effective, high-performance alternative.

HPQ is now advancing toward industrial-scale production with plans for a dedicated pilot plant, possibly through joint ventures, to meet growing demand. As a Canadian-European battery innovator, the company is well-positioned to capitalize on European investment in batteries and defense, as well as government-backed funding such as Horizon Financing.

LOOKING AHEAD

HPQ is also exploring the potential to spin off different divisions, including battery materials, fumed silica, and hydrogen technology, within the next 12 to 24 months to maximize shareholder value.

For investors seeking exposure to next-generation battery technology, HPQ is emerging as a leader in the transition to more efficient, longer-lasting lithium-ion batteries.

 

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Tariff War Exposes Canadian Lack Of Fumed Silica Production and Opens Door For HPQ Silicon

Posted by Alavaro Coronel at 12:12 PM on Friday, March 14th, 2025

KEY MILESTONES

  • Pilot plant operational—first successful batch produced in February 2025.
  • Offtake agreement discussions in progress — with world’s largest producer
  • Commercial launch by Q4 2025—establishing a reliable, cost-effective supply chain for Canadian manufacturers.

FIRST COMMERCIAL PRODUCTION BY Q4 2025—SCALING FOR DOMESTIC & GLOBAL EXPANSION

As trade tensions between the U.S. and Canada escalate, HPQ Silicon $HPQ / $HPQFF is taking decisive action to establish a reliable, domestic supply of fumed silica—a critical material used in industries from food to pharmaceuticals. With its pilot plant set for commercial production by Q4 2025, HPQ’s subsidiary, HPQ Silica Polvere (HSPI), is on track to become Canada’s first and only domestic supplier—while also preparing for global expansion.

STRATEGIC ADVANTAGE: COST-EFFICIENT, SCALABLE, & READY FOR MARKET

Canada imports 100% of its fumed silica—20,000 to 24,000 tonnes annually—leaving manufacturers vulnerable to supply chain risks and rising costs. HPQ, in collaboration with PyroGenesis Canada, has developed a proprietary plasma-based production process that slashes energy consumption by over 90% compared to conventional methods, lowering costs while significantly reducing emissions.

CEO INSIGHT: FROM PILOT TO FULL-SCALE PRODUCTION

“Fumed silica is critical to Canadian industry, yet we import 100% of it, leaving businesses at the mercy of trade policies,” said Bernard Tourillon, President & CEO of HPQ Silicon. “By pioneering a clean, scalable production process, HPQ is not just addressing tariffs—we are creating a self-sufficient, globally competitive supply chain. The pilot plant is just the beginning; we are building the foundation for a much larger commercial operation.”

GROWTH STRATEGY: EXPANSION, PARTNERSHIPS & MARKET POTENTIAL

Beyond supplying the Canadian market—valued at $USD 160M–$200M annually—HPQ is actively exploring international expansion to meet growing demand in the U.S. and beyond by potentially partnering with the largest fumed silica producer(s) in the world. The company is also in discussions with institutional investors and evaluating innovative funding strategies, including tokenization of real-world assets, to support future growth.

A FIRST-MOVER ADVANTAGE IN A HIGH-GROWTH MARKET

With the North American fumed silica market projected to exceed $587M by 2034, HPQ’s low-cost, high-efficiency production model puts it in a prime position to seize market share while providing manufacturers with a cleaner, more cost-effective alternative.

Watch the full interview to learn how HPQ is transforming Canada’s industrial landscape and securing its leadership in fumed silica production.

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HPQ Silicon Signs NDAs With Aluminum Recyclers For Its Promising Tech To Solve The Annual $3 Billion Landfill Problem

Posted by Alavaro Coronel at 2:34 PM on Wednesday, January 29th, 2025

TRANSFORMING WASTE INTO WEALTH: NOVACIUM’S GAME-CHANGING TECHNOLOGY

HPQ Silicon, through its France-based affiliate Novacium, has unveiled a groundbreaking Waste-to-Energy (W2E) technology that promises to address the global $3 billion challenge posed by Black Aluminum Dross (BAD)—a toxic byproduct of aluminum recycling. This innovative process converts the waste into valuable resources, including green hydrogen and heat, with significant potential for reducing costs and making aluminum recycling a fully circular process. With encouraging lab-scale pilot test results and growing interest from major European recyclers, this breakthrough is poised to reshape the aluminum recycling industry.

A NEW ERA IN ALUMINUM RECYCLING

Aluminum recycling has long been plagued by the environmental and economic challenges of Black Aluminum Dross, which has limited recycling options and is often sent to landfills. Novacium’s innovative solution uses a novel additive to increase hydrogen yield from BAD while neutralizing its harmful compounds, offering a cleaner, more efficient recycling process. This process not only produces green hydrogen but also generates heat and returns otherwise wasted aluminum back to the producer, making it a game-changer for the industry.

KEY DEVELOPMENTS AND PARTNERSHIPS

  • Strategic Partnerships: Novacium’s breakthrough has attracted the attention of top-tier European aluminum recyclers, several of whom have already signed Non-Disclosure Agreements (NDAs) to explore the technology further.
  • Exclusive North American License: HPQ Silicon holds the exclusive North American (Canada, USA, and Mexico) license for Novacium’s proprietary W2E technology, positioning the company as a key player in both the aluminum recycling and green hydrogen markets.
  • Third-Party Validation: The technology has garnered praise from industry experts. Dr. Oliver Moos, Managing Director of Casthouse Engineering, highlighted the significance of Novacium’s approach, stating, “Black dross has been a historic challenge for the aluminum industry, and for the first time, I am seeing an innovative and promising approach developed to address this critical issue.”

A VISION FOR THE FUTURE

“The patent represents just the first step in establishing the value of this innovative process and demonstrating its transformative potential for the aluminum recycling industry. With potential savings of €600 to €1,000 per ton of Black Aluminum Dross processed, Novacium’s technology could reduce the global aluminum recycling industry’s waste management costs by up to $3 billion annually,” said Dr. Jed Kraiem, COO of Novacium.

As the technology progresses to the pilot stage, Novacium’s scalable and flexible design presents a clear path to commercialization. The process’s ability to produce hydrogen on-site for aluminum recyclers further enhances its potential, offering a dual benefit of waste reduction and clean energy generation.

CONCLUSION

With Novacium’s breakthrough technology poised to revolutionize the aluminum recycling industry, HPQ Silicon stands at the cutting edge of a transformative shift toward more sustainable and cost-effective practices. By turning harmful waste into valuable resources like green hydrogen, the company not only addresses a critical environmental challenge but also opens new avenues for growth in the green energy sector. As the technology advances and partnerships deepen, HPQ Silicon is well-positioned to lead the way in both the recycling and hydrogen markets, contributing to a cleaner, more sustainable future for the aluminum industry.

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