HPQ Silicon Inc (QB) (HPQFF)

https://media.stocktwits-cdn.com/api/3/media/12762041/default.webp

https://www.linkedin.com/posts/bernard-tourillon_one-of-the-things-i-find-encouraging-about-share-7468313718066696192-EG5e/?utm_source=share&utm_medium=member_desktop&rcm=ACoAACqICfIBDnVCtKiuX6gsoBWZSJ9pAt341yg

HPQ Silicon CEO: Gen4 7,000mAh battery, fume silica & autonomous hydrogen breakthrough

https://www.linkedin.com/posts/highpurityquartz-hpq-semiconductors-share-7457611396348993536-fzcI/?utm_source=share&utm_medium=member_desktop&rcm=ACoAACqICfIBDnVCtKiuX6gsoBWZSJ9pAt341yg

$HPQFF Governments are pouring billions into hydrogen
Today’s hydrogen boom is backed by:

U.S. Hydrogen Hubs

EU Green Hydrogen mandates

IRA tax credits

Asia’s fuel-cell transportation programs

Plug Power sits right in the middle of this global push.

$UMAC merged with Upgrade Energy recently.
https://www.stocktitan.net/sec-filings/UMAC/8-k-unusual-machines-inc-reports-material-event-2300c75fde49.html
Upgrade Energy puts $ampx cells into packs and they sell to drone companies.
https://www.upgradeenergytech.com/collections/amprius?srsltid=AfmBOor1Yu14iH_9fLvn_trKeNTfbRL-C0kZjUHCV--YhNFhppEpYKIN

Tom Stepien, from amprius said a few weeks back companies were talking about mergeing or partnering with $ampx.

$SES is also into drone batteries. They could be next on $UMAC list to aquire. Also Don Jr is on $UMAC board.

Maybe they buy out this small company. $umac is looking to buy battery companies.

$HPQFF Drone Batteries https://www.reddit.com/r/amprius/s/o7zEmsWXGe
US government to start direct investment in drone development

$HPQFF ⚡ 1. Why an Energy Crunch Increases Demand for HPQ’s Silicon-Based Products
HPQ Silicon is positioned in three global demand curves that all steepen during geopolitical energy stress:

A. Solar-grade silicon demand rises when fossil fuel risk rises
Oil shocks historically accelerate renewable adoption. Countries want energy independence, and solar is the fastest deployable form of domestic power.

Solar installations continue to grow at 20–30% annually worldwide.

Silicon is the core input for 95%+ of all solar panels.

Any conflict that threatens oil shipping lanes (like the Strait of Hormuz) pushes governments to expand solar capacity faster.

This directly increases demand for high-purity silicon, which is HPQ’s domain.

🔋 2. Battery-Grade Silicon Demand Surges in Energy-Security Scenarios




Silicon-enhanced anodes are one of the most important next-generation battery technologies.
Why? Because silicon can store up to 10× more lithium than graphite.

During an energy crunch:

EV adoption accelerates (to reduce oil dependence).

Grid storage demand spikes (to stabilize renewables).

Battery manufacturers seek higher-density, lower-cost materials.

Silicon anodes are one of the biggest materials bottlenecks in the EV supply chain.
HPQ’s low-carbon, low-cost silicon production technologies target exactly this bottleneck.

🏭 3. Western Governments Want Domestic Silicon Supply




A Middle-East conflict doesn’t just raise oil prices—it raises strategic anxiety about all imported energy-critical materials.

Silicon is one of them.

Right now:

China controls ~80% of global silicon metal production

China controls ~95% of solar-grade polysilicon

China controls ~90% of battery-grade silicon anode materials

In a geopolitical shock, the U.S., Canada, and EU accelerate:

reshoring

domestic refining

domestic metallurgical silicon

domestic battery materials

domestic solar supply chains

HPQ’s technologies (PUREVAP, Fumed Silica Reactor, Silicon Anode Materials) are explicitly designed to create Western-based silicon production.

That becomes more valuable when global supply chains are stressed.

🌍 4. HPQ’s Products Fit the “Energy Independence” Narrative
Here’s how each HPQ product line maps to global demand during an energy crunch:

High-Purity Silicon
Used in:

solar panels

semiconductors

battery anodes

Demand rises when countries want domestic clean energy and secure electronics supply chains.

Fumed Silica
Used in:

batteries

EV components

solar sealants

electronics

industrial coatings

Global demand is growing at 5–7% annually, and HPQ’s process aims to produce it cheaper and cleaner than traditional methods.

Silicon Anode Materials
Used in:

next-gen EV batteries

grid storage

aerospace batteries

defense energy systems

This category grows 20–40% annually, and geopolitical shocks accelerate it.

🔥 5. Why a Middle-East Conflict Amplifies These Trends
A conflict involving Iran affects:

oil supply

shipping lanes

global energy prices

strategic materials security

This pushes governments and corporations to:

deploy more solar

build more batteries

secure domestic materials

diversify away from China

invest in next-gen battery tech

HPQ sits at the intersection of solar + batteries + domestic supply chains, which are the three sectors that benefit most from energy insecurity.

🧭 6. What This Means (Without Giving Investment Advice)
I’m not giving buy/sell/hold guidance.
But I can say this:

If you map HPQ’s product lines to global macro trends, the alignment is unusually strong during:

oil shocks

geopolitical instability

supply chain disruptions

renewable energy acceleration

battery technology transitions

Those are exactly the conditions created by a Middle-East energy crunch.

800 views May 21, 2026
When a company moves from lab validation to commercial conversations, the phone starts ringing from multiple directions.
HPQ Silicon's technology partner Novacium has signed a non-binding, non-exclusive Letter of Intent with GH Technologies, a Hong Kong based B2B distributor, to evaluate potential commercial opportunities for GEN4 lithium-ion cells in Asia Pacific markets. The LOI covers Novacium's GEN4 18650 and 21700 formats, along with other batteries built on Novacium's GEN4 silicon anode technology. Asia Pacific represents more than 57% of global demand for cylindrical lithium-ion cells.
🧐

https://finance.yahoo.com/sectors/energy/articles/novacium-signs-letter-intent-gh-150000378.html

https://www.linkedin.com/posts/todays-blog-looks-at-what-it-actually-takes-share-7457758634043744257--s6m?utm_source=share&utm_medium=member_desktop&rcm=ACoAACqICfIBDnVCtKiuX6gsoBWZSJ9pAt341yg

https://www.linkedin.com/posts/bernard-tourillon_recommended-reading-share-7457059549661868032-gAmy?utm_source=share&utm_medium=member_desktop&rcm=ACoAACqICfIBDnVCtKiuX6gsoBWZSJ9pAt341yg

HPQ Silicon is not a traditional mining company — it’s a technology company developing breakthrough processes in silicon, battery materials, and green industrial production.
If its tech scales, HPQ could sit at the center of multiple trillion-dollar megatrends.

Here’s the pure bullish breakdown.

🚀 1. HPQ Is Developing a Revolutionary Silicon Production Process
HPQ’s PUREVAP™ Quartz Reduction Reactor (QRR) aims to produce:

High-purity silicon

At lower cost

With lower energy use

With fewer steps

With dramatically lower emissions

If successful, this is a game-changing industrial breakthrough.

🔋 2. Silicon Is the Future of Next-Gen Batteries
Silicon-anode batteries are the next major leap in energy storage.
Why? Because silicon can store 10x more lithium than graphite.

HPQ is positioning itself as a key supplier of:

Silicon materials

Nano-silicon

Battery-grade silicon powders

This is a massive, fast-growing market.

🌱 3. HPQ Is a Pure Play on Green Industrial Transformation
HPQ’s tech aims to:

Reduce carbon emissions

Reduce energy consumption

Replace dirty legacy silicon production

Enable cleaner battery materials

This aligns perfectly with global ESG and decarbonization trends.

🧪 4. HPQ Has Multiple Technology Platforms, Not Just One
HPQ is developing:

PUREVAP™ QRR (high-purity silicon)

PUREVAP™ Nano Silicon Reactor (battery materials)

Fumed silica reactor (high-value industrial material)

Hydrogen-on-demand tech (emerging energy applications)

This is a multi-platform tech company, not a single-asset bet.

🏭 5. HPQ’s Silicon Tech Could Disrupt a $10B+ Industry
Traditional silicon production is:

Dirty

Expensive

Energy-intensive

Multi-step

HPQ’s process aims to:

Cut steps

Cut costs

Cut emissions

Improve purity

This is the kind of disruption that creates category leaders.

🔥 6. HPQ Is Targeting High-Margin Specialty Markets
HPQ is not chasing low-margin commodity silicon.
It’s targeting:

Battery-grade silicon

Nano-silicon powders

Fumed silica

High-purity silicon for solar and electronics

These markets have premium pricing and explosive demand.

🤝 7. HPQ Has Strong Technology Partnerships
HPQ works with:

PyroGenesis Canada (engineering partner)

Leading battery researchers

Industrial process experts

These partnerships give HPQ credibility and technical depth.

🌍 8. Global Silicon Demand Is Surging
Silicon is essential for:

Solar panels

Semiconductors

Batteries

EVs

Aerospace

Electronics

HPQ is positioned to supply multiple high-growth sectors.

🧩 9. HPQ’s Fumed Silica Reactor Could Be a Sleeper Hit
Fumed silica is used in:

Cosmetics

Pharmaceuticals

Plastics

Adhesives

3D printing

Industrial coatings

It’s a high-margin specialty chemical, and HPQ’s process aims to produce it:

Cheaper

Cleaner

More efficiently

This could become a major revenue driver.

🔋 10. Silicon-Anode Batteries Are a Multi-Billion-Dollar Opportunity
Companies like:

Tesla

Sila Nanotechnologies

Amprius

Group14

…are all racing to commercialize silicon-anode batteries.

HPQ is positioning itself as a materials supplier to this revolution.

🧠 11. Management Is Focused on Technology, Not Hype
HPQ’s leadership is:

Engineering-driven

Focused on IP

Focused on commercialization

Focused on long-term value creation

This is a tech-first company with a clear roadmap.

🧨 12. HPQ Has Asymmetric, Moon-Shot Upside
If HPQ’s tech:

Scales

Gets commercial adoption

Wins industrial contracts

Becomes a new standard

…it could become a major player in multiple global industries.

🌟 13. HPQ Is a Pure Play on the Future of Silicon
If you believe:

Silicon-anode batteries will dominate

Green industrial processes will win

High-purity silicon demand will explode

Specialty materials will outperform

…then HPQ is one of the clearest, purest ways to express that view.

🚀 14. HPQ Is Built for the Next Decade of Tech & Energy Growth
HPQ sits at the intersection of:

EVs

Batteries

Solar

Semiconductors

Green tech

Specialty chemicals

This is a powerful long-term positioning.

https://www.linkedin.com/posts/bernard-tourillon_weve-been-talking-a-lot-about-gen4-over-share-7455712314256969728-Z33O?utm_source=share&utm_medium=member_desktop&rcm=ACoAACqICfIBDnVCtKiuX6gsoBWZSJ9pAt341yg

300 Reasons Investors Cite When They’re Bullish on HPQ Silicon ($HPQFF)
(15 sections × 20 reasons each)

1. Global Silicon Market Tailwinds (20 reasons)
Silicon demand is rising globally.

Silicon is essential for solar panels.

Silicon is essential for batteries.

Silicon is essential for semiconductors.

Silicon is essential for electronics.

Silicon is essential for EVs.

Silicon is essential for energy storage.

Silicon is essential for metallurgy.

Silicon is essential for aluminum alloys.

Silicon is essential for chemical production.

Silicon is essential for aerospace.

Silicon is essential for defense.

Silicon is essential for renewable energy.

Silicon is essential for grid modernization.

Silicon is essential for 5G infrastructure.

Silicon is essential for AI hardware.

Silicon is essential for robotics.

Silicon is essential for advanced manufacturing.

Silicon is essential for global electrification.

Silicon is essential for long-term energy transition.

2. HPQ’s PureVap Quartz Reduction Reactor (QRR) Technology (20 reasons)
QRR aims to produce high-purity silicon at lower cost.

QRR reduces energy consumption.

QRR reduces carbon emissions.

QRR reduces process steps.

QRR reduces labor requirements.

QRR reduces waste.

QRR reduces impurities.

QRR reduces reliance on traditional furnaces.

QRR reduces reliance on high-cost feedstock.

QRR reduces reliance on complex supply chains.

QRR increases efficiency.

QRR increases yield.

QRR increases purity.

QRR increases scalability.

QRR increases automation potential.

QRR increases competitiveness.

QRR increases market access.

QRR increases sustainability.

QRR increases long-term profitability.

QRR increases strategic value.

3. High-Purity Silicon (Si) Market Advantages (20 reasons)
High-purity silicon is critical for solar cells.

High-purity silicon is critical for semiconductors.

High-purity silicon is critical for batteries.

High-purity silicon commands premium pricing.

High-purity silicon has limited global supply.

High-purity silicon demand is rising.

High-purity silicon is essential for next-gen solar.

High-purity silicon is essential for EV batteries.

High-purity silicon is essential for silicon anodes.

High-purity silicon is essential for advanced electronics.

High-purity silicon is essential for aerospace.

High-purity silicon is essential for defense.

High-purity silicon is essential for AI chips.

High-purity silicon is essential for quantum computing.

High-purity silicon is essential for photonics.

High-purity silicon is essential for sensors.

High-purity silicon is essential for medical devices.

High-purity silicon is essential for industrial automation.

High-purity silicon is essential for global electrification.

High-purity silicon is essential for long-term tech growth.

4. Silicon Anode Battery Market (20 reasons)
Silicon anodes increase energy density.

Silicon anodes increase EV range.

Silicon anodes reduce charging time.

Silicon anodes reduce battery weight.

Silicon anodes reduce battery size.

Silicon anodes improve performance.

Silicon anodes improve cycle life.

Silicon anodes reduce degradation.

Silicon anodes support fast charging.

Silicon anodes support high-power applications.

Silicon anodes support next-gen EVs.

Silicon anodes support drones.

Silicon anodes support robotics.

Silicon anodes support aviation.

Silicon anodes support grid storage.

Silicon anodes support consumer electronics.

Silicon anodes support wearables.

Silicon anodes support medical devices.

Silicon anodes support industrial equipment.

Silicon anodes support long-term battery innovation.

5. HPQ’s Nano Silicon Initiative (20 reasons)
Nano-silicon is essential for silicon anodes.

Nano-silicon improves battery performance.

Nano-silicon improves energy density.

Nano-silicon improves charging speed.

Nano-silicon improves stability.

Nano-silicon improves conductivity.

Nano-silicon improves cycle life.

Nano-silicon reduces swelling issues.

Nano-silicon reduces degradation.

Nano-silicon reduces cost.

Nano-silicon supports EV batteries.

Nano-silicon supports grid storage.

Nano-silicon supports consumer electronics.

Nano-silicon supports robotics.

Nano-silicon supports aerospace.

Nano-silicon supports defense.

Nano-silicon supports industrial markets.

Nano-silicon supports renewable integration.

Nano-silicon supports global electrification.

Nano-silicon supports long-term battery adoption.

6. ESG & Sustainability Advantages (20 reasons)
QRR reduces carbon emissions.

QRR reduces energy usage.

QRR reduces waste.

QRR reduces environmental impact.

QRR supports clean manufacturing.

QRR supports renewable energy.

QRR supports solar adoption.

QRR supports EV adoption.

QRR supports battery innovation.

QRR supports sustainable supply chains.

QRR supports circular economy initiatives.

QRR supports low-carbon industrial processes.

QRR supports green hydrogen integration.

QRR supports ESG investment trends.

QRR supports climate policy goals.

QRR supports global decarbonization.

QRR supports sustainable materials.

QRR supports responsible mining.

QRR supports clean technology.

QRR supports long-term environmental goals.

7. Strategic Partnerships (20 reasons)
Partnerships accelerate commercialization.

Partnerships provide technical expertise.

Partnerships provide manufacturing support.

Partnerships provide validation.

Partnerships provide credibility.

Partnerships provide supply chain access.

Partnerships provide market access.

Partnerships provide R&D collaboration.

Partnerships provide pilot projects.

Partnerships provide field testing.

Partnerships support scaling.

Partnerships support export opportunities.

Partnerships support industrial adoption.

Partnerships support battery integration.

Partnerships support solar integration.

Partnerships support semiconductor integration.

Partnerships support government engagement.

Partnerships support commercialization pathways.

Partnerships support long-term growth.

Partnerships support global expansion.

8. Intellectual Property & Moat (20 reasons)
QRR technology is patentable.

Nano-silicon processes are patentable.

Coating technologies are patentable.

Purification processes are patentable.

Manufacturing methods are patentable.

System architectures are patentable.

Integration methods are patentable.

IP protects against competitors.

IP increases acquisition value.

IP supports licensing opportunities.

IP supports joint ventures.

IP supports global expansion.

IP supports premium pricing.

IP supports differentiation.

IP supports long-term defensibility.

IP supports investor confidence.

IP supports multi-sector applications.

IP supports future innovation.

IP supports long-term growth.

IP supports strategic positioning.

9. Market Expansion Opportunities (20 reasons)
Solar industry.

Semiconductor industry.

Battery industry.

EV industry.

Aerospace industry.

Defense industry.

Robotics industry.

Consumer electronics.

Industrial automation.

Metallurgy.

Aluminum alloys.

Chemical production.

Photonics.

Quantum computing.

Medical devices.

Grid storage.

Renewable integration.

Hydrogen production.

Export markets.

Global electrification.

10. Policy & Regulatory Tailwinds (20 reasons)
Governments support clean manufacturing.

Governments support renewable energy.

Governments support EV adoption.

Governments support battery innovation.

Governments support semiconductor supply chains.

Governments support solar expansion.

Governments support critical mineral strategies.

Governments support domestic manufacturing.

Governments support decarbonization.

Governments support climate targets.

Governments support ESG investment.

Governments support clean tech R&D.

Governments support export markets.

Governments support industrial modernization.

Governments support energy security.

Governments support grid modernization.

Governments support advanced materials.

Governments support sustainable supply chains.

Governments support innovation ecosystems.

Governments support long-term electrification.

11. Manufacturing & Scalability Potential (20 reasons)
QRR is designed for scalability.

Nano-silicon production is scalable.

Automation reduces costs.

Modular systems support expansion.

Low-cost materials support scaling.

Manufacturing can be localized.

Manufacturing can be decentralized.

Scaling reduces costs.

Scaling improves margins.

Scaling supports global demand.

Scaling supports solar markets.

Scaling supports battery markets.

Scaling supports semiconductor markets.

Scaling supports industrial markets.

Scaling supports export markets.

Scaling supports renewable integration.

Scaling supports hydrogen markets.

Scaling supports multi-sector growth.

Scaling supports long-term competitiveness.

Scaling supports global expansion.

12. Financial & Business Model Potential (20 reasons)
High-purity silicon commands premium pricing.

Nano-silicon has high margins.

Licensing opportunities exist.

Joint venture opportunities exist.

Manufacturing partnerships reduce costs.

Service revenue potential exists.

Replacement component revenue exists.

Export revenue potential exists.

Industrial contracts can be long-term.

Government contracts can be stable.

Solar industry demand is massive.

Battery industry demand is massive.

Semiconductor demand is massive.

EV demand is massive.

Renewable energy demand is massive.

Global electrification supports revenue.

Multi-sector exposure reduces volatility.

Technology monetization potential exists.

IP monetization potential exists.

Long-term growth runway exists.

13. Strategic Positioning (20 reasons)
Positioned in high-purity silicon.

Positioned in nano-silicon.

Positioned in battery materials.

Positioned in solar materials.

Positioned in semiconductor materials.

Positioned in advanced materials.

Positioned in clean manufacturing.

Positioned in renewable energy.

Positioned in EV supply chains.

Positioned in global electrification.

Positioned in ESG investment.

Positioned in climate policy.

Positioned in industrial modernization.

Positioned in next-gen battery tech.

Positioned in next-gen solar tech.

Positioned in next-gen semiconductor tech.

Positioned in global supply chain reshoring.

Positioned in multi-sector growth.

Positioned in long-term energy transition.

Positioned in future technology ecosystems.

14. Long-Term Optionality (20 reasons)
Solar-grade silicon.

Semiconductor-grade silicon.

Battery-grade silicon.

Nano-silicon for EVs.

Nano-silicon for grid storage.

Nano-silicon for aerospace.

Nano-silicon for defense.

Nano-silicon for robotics.

Nano-silicon for consumer electronics.

Nano-silicon for medical devices.

Silicon for photonics.

Silicon for quantum computing.

Silicon for AI hardware.

Silicon for 5G infrastructure.

Silicon for advanced manufacturing.

Silicon for hydrogen production.

Silicon for synthetic fuels.

Silicon for export markets.

Silicon for global electrification.

Silicon for future tech ecosystems.

15. Future Innovation Potential (20 reasons)
Improved QRR efficiency.

Improved QRR purity.

Improved QRR scalability.

Improved nano-silicon performance.

Improved nano-silicon stability.

Improved nano-silicon manufacturing.

Improved battery integration.

Improved solar integration.

Improved semiconductor integration.

Improved coating technologies.

New catalyst materials.

New substrate materials.

New purification processes.

New system architectures.

New industrial applications.

New transportation applications.

New renewable integrations.

New export opportunities.

New licensing opportunities.

New global silicon markets.

$HPQFF looking solid in the hydrogen materials space ⚡️🔥 Sitting on ~$18M cash and generated ~$6M revenue last year as demand grows for advanced H2 tech + catalysts.

Hydrogen adoption rising fast — $HPQFF has real leverage in this cycle 🚀💨

$HPQFF looking solid in the hydrogen materials space ⚡️🔥 Sitting on ~$18M cash and generated ~$6M revenue last year as demand grows for advanced H2 tech + catalysts.

Hydrogen adoption rising fast — $HPQFF has real leverage in this cycle 🚀💨

Thanks BottomBounce

🔋 2. Autonomous Hydrogen Production: METAGENE™ Is a Game-Changer
HPQ’s affiliate Novacium has developed METAGENE™, an on-demand hydrogen-production system using hydrolysis of a safe, non-explosive aluminum-silicon alloy.

Key facts:

Produces pressurized hydrogen autonomously, without external power.

Uses a non-hazardous, non-powder consumable, unlike traditional hydrogen-generation materials.

Attracted defense-sector interest in Europe, with pre-selection for grant funding covering up to 75% of a €1M pilot plant.

HPQ holds exclusive North American licensing rights.

This technology directly targets:

Military field power

Remote industrial operations

Emergency backup systems

Off-grid hydrogen mobility

In a world seeking energy security, METAGENE™ is a decentralized hydrogen solution with enormous potential.

🔥 Why $HPQFF Is Entering a Multi-Sector Super-Cycle
HPQ Silicon is not a mining company anymore — it has transformed into a next-generation materials and energy-technology developer. Its platforms target three explosive growth markets:

Silicon-based battery materials (GEN3 & GEN4 anodes)

Autonomous hydrogen production (METAGENE™ system)

Fumed silica & advanced silicon materials

These are not conceptual projects — they are validated, tested, and moving toward commercialization.

⚡ 1. Silicon Battery Materials: HPQ’s Breakthroughs Are World-Class
HPQ’s Novacium-developed silicon-anode materials have delivered record-level performance in 21700 lithium-ion cells.

GEN4 21700 cells achieved 6,696 mAh, among the highest capacities reported globally.

This represents a 45% improvement over graphite baselines.

HPQ holds exclusive North American commercialization rights for these materials.

In the EV battery race, higher energy density is everything — and HPQ’s results place it in the same performance tier as global leaders like Molicel and Amprius.

This positions HPQ as a potential strategic supplier for EVs, drones, and high-performance electronics.

🔋 2. Autonomous Hydrogen Production: METAGENE™ Is a Game-Changer
HPQ’s affiliate Novacium has developed METAGENE™, an on-demand hydrogen-production system using hydrolysis of a safe, non-explosive aluminum-silicon alloy.

Key facts:

Produces pressurized hydrogen autonomously, without external power.

Uses a non-hazardous, non-powder consumable, unlike traditional hydrogen-generation materials.

Attracted defense-sector interest in Europe, with pre-selection for grant funding covering up to 75% of a €1M pilot plant.

HPQ holds exclusive North American licensing rights.

This technology directly targets:

Military field power

Remote industrial operations

Emergency backup systems

Off-grid hydrogen mobility

In a world seeking energy security, METAGENE™ is a decentralized hydrogen solution with enormous potential.

🏭 3. Fumed Silica & Advanced Silicon Materials
HPQ is also developing scalable production pathways for:

Fumed silica

Silicon metal

Silicon-based battery materials

Its PUREVAP reactors convert quartz into high-value silicon derivatives, targeting multi-billion-dollar industrial markets.

Recent milestones include:

Third-party verification of fumed silica production.

First purchase orders for fumed silica for advanced customer testing.

This gives HPQ exposure to both the battery revolution and the industrial materials boom.

📌 Bottom Line: $HPQFF Is a Multi-Platform Technology Rocket
Across hydrogen, batteries, and advanced materials, HPQ is delivering real, validated breakthroughs:

Record-setting silicon-anode battery performance

Defense-aligned autonomous hydrogen production

Commercial-ready fumed silica and silicon materials

Each of these markets is massive on its own. Together, they form a super-cycle that HPQ is uniquely positioned to ride.

You are correct I recall that now.
70 cycles you are talking about, that is a measure of cell degradation and that is less than 2% at that level of mAh which is fantastic.
Added 20k more

I was here a few years back, I remember nothing🙃. I need to hit the research hard first rain day.

The patent is interesting.

The man was smart enough to outsource production.

Need to check out the new partners as well.

Thanks for the help. Now I know why you are interested.

Energizer = 6% dividends

As for the 70 cycles you are talking about, that is a measure of cell degradation and that is less than 2% at that level of mAh which is fantastic.

Now they just need to get cells in consumers hands and let them test away.

https://money.tmx.com/en/search?query=HPQ-Silicon%20Resources%20Inc

NanoEE, you being in the battery bussiness, your okay with the 70 cycles?

One way drone attacks is what it would be good for, but not EVTOLS.

Is this a meme stock?

Thinking about hitting it hard today.

Give me your best pitch on the battery to buy please and don't worry if I loss money on the deal.
US volume up, but it's a Canadian company, NowWhat taught me long ago to pay attention to the Canadian stock ticker for volume and true price.

Watch their volume.
https://money.tmx.com/en/search?query=HPQ-Silicon%20Resources%20Inc

⚡🇺🇸 How HPQ Silicon ($HPQFF) Could Fit Into a $1.5 Trillion U.S. Defense Modernization Era
The United States is entering a period of rapid military modernization, with a proposed $1.5 trillion defense budget emphasizing four major priorities:

energy resilience

electrification

autonomy

advanced materials and next-generation power systems

While HPQ Silicon ($HPQFF) is not a defense contractor, several of its publicly disclosed technologies overlap with areas the defense sector is actively modernizing. That gives HPQFF a theoretical pathway into future supply chains — especially through partnerships with larger primes.

Below is a high-level, safe, and realistic breakdown of where HPQFF’s technologies could align with these modernization themes.

🔋 1. High-Density Silicon Battery Materials
HPQ’s Novacium affiliate has demonstrated advanced silicon-enhanced battery materials, including nano-silicon and SiOx blends designed to increase energy density.

Why this matters for modernization
Defense platforms increasingly rely on:

drones

autonomous ground systems

portable soldier power

long-endurance sensors

Higher-density batteries reduce weight and increase mission duration — a universal priority across modern systems.

Where this could align
drone manufacturers

communications equipment suppliers

robotics and autonomous platforms

HPQ’s materials are early-stage, but the category itself is strategically important.

💧 2. METAGENE™ On-Demand Hydrogen Generation
HPQ’s METAGENE™ system produces green hydrogen on demand using an aluminum-silicon alloy — without external electricity or large storage tanks.

Why this matters
Defense modernization emphasizes:

silent power

off-grid energy

reduced fuel-convoy risk

resilient field operations

A compact hydrogen-generation system could theoretically support:

remote sensors

small unmanned systems

emergency power units

off-grid field operations

This is not a deployed defense product — but the technology category aligns with known modernization goals.

🏭 3. High-Purity Silicon for Energy & Electronics
HPQ’s PUREVAP™ QRR process is designed to produce high-purity silicon more efficiently than traditional methods.

Why this matters
Silicon is foundational for:

solar energy systems

semiconductors

advanced electronics

power systems

Modern defense infrastructure increasingly relies on resilient, domestic supply chains for these materials.

Where this could align
energy-resilient bases

hardened microgrid systems

semiconductor supply chain partners

Again, HPQ is not a defense supplier — but the materials they work on are strategically relevant.

🧪 4. Fumed Silica for Advanced Materials
HPQ is developing a plasma-based process for fumed silica, used in:

aerospace composites

coatings

electronics

battery separators

Why this matters
Advanced materials are a major modernization priority, especially for:

lightweight structures

thermal-resistant components

high-performance electronics

This gives HPQ a potential indirect pathway into high-tech supply chains.

♻️ 5. Waste-to-Energy & Circular Manufacturing
HPQ’s waste-to-energy technology converts aluminum dross into usable materials.

Why this matters
Modern defense infrastructure increasingly emphasizes:

sustainability

circular manufacturing

reduced waste streams

This aligns with broader industrial modernization themes.

⭐ Final Takeaway
HPQ Silicon ($HPQFF) is not a defense contractor — but several of its publicly known technologies overlap with modernization themes emphasized in a large defense budget:

high-density silicon battery materials

on-demand hydrogen generation

high-purity silicon

advanced materials

circular manufacturing

If HPQFF were ever to intersect with the defense sector, it would most likely be indirectly, through partnerships with larger companies that integrate advanced materials, energy systems, or next-generation power technologies into their platforms.

This keeps the analysis realistic, safe, and aligned with publicly available information.

https://www.linkedin.com/posts/press-release-hpq-and-novacium-have-secured-share-7452673859281063938-YE-6?utm_source=share&utm_medium=member_desktop&rcm=ACoAACqICfIBDnVCtKiuX6gsoBWZSJ9pAt341yg

⚡ 300 Reasons to Be Bullish on HPQ Silicon $HPQFF
A comprehensive, category-driven mega-thesis

🔬 I. Silicon-Anode Breakthroughs (1–40)
GEN4 silicon-anode material surpassing 7,000 mAh

Outperforms graphite by 40–50%

Outperforms many silicon-blend competitors

Demonstrated stability at 0.55V — unheard of

Less than 2% degradation after 70 cycles

Accesses voltage windows previously considered impossible

Breakthrough in deep-discharge tolerance

Silicon architecture showing structural resilience

Record-setting 21700 cell performance

GEN4 beating its own previous record

GEN5 targeting 7,000 mAh under standard conditions

Clear generational improvement curve

Repeatable, consistent R&D progression

Silicon-dominant anode, not a blend

High-capacity silicon without catastrophic swelling

Novel material engineering

Proprietary synthesis methods

Strong IP positioning

Silicon anodes are the future of batteries

HPQ is ahead of many better-known competitors

Silicon anodes needed for next-gen EVs

Silicon anodes needed for drones

Silicon anodes needed for wearables

Silicon anodes needed for aerospace

Silicon anodes needed for defense

Silicon anodes needed for grid storage

Silicon anodes needed for fast-charging

Silicon anodes needed for high-density consumer electronics

Silicon anodes needed for long-range EVs

Silicon anodes needed for cold-weather performance

Silicon anodes reduce charging times

Silicon anodes increase energy per volume

Silicon anodes increase energy per weight

Silicon anodes reduce pack size

Silicon anodes reduce pack cost

Silicon anodes reduce thermal issues

Silicon anodes reduce lithium plating

Silicon anodes reduce degradation

Silicon anodes extend battery life

Silicon anodes unlock next-gen battery chemistries

🧪 II. Novacium Partnership Strength (41–80)
Novacium is a deep-tech R&D engine

Strong scientific leadership

Strong materials-science expertise

Strong electrochemistry expertise

Strong nanomaterials expertise

Strong battery-testing capabilities

Strong prototyping capabilities

Strong IP development

Strong academic ties

Strong industrial ties

Strong European R&D presence

Strong Canadian R&D presence

Strong cross-border collaboration

Strong commercialization roadmap

Strong milestone-driven development

Strong generational product pipeline

GEN1 ? GEN2 ? GEN3 ? GEN4 ? GEN5 progression

Consistent performance improvements

Consistent stability improvements

Consistent manufacturability improvements

Consistent cost-reduction improvements

Consistent scalability improvements

Strong validation protocols

Strong testing transparency

Strong scientific credibility

Strong industry interest

Strong competitive differentiation

Strong long-term vision

Strong alignment with global battery trends

Strong alignment with EV megatrends

Strong alignment with energy-storage megatrends

Strong alignment with consumer-electronics megatrends

Strong alignment with aerospace megatrends

Strong alignment with defense megatrends

Strong alignment with sustainability megatrends

Strong alignment with supply-chain reshoring

Strong alignment with North American battery strategy

Strong alignment with European battery strategy

Strong alignment with global decarbonization

Strong alignment with next-gen battery demand

🏭 III. HPQ’s Silicon Production Technology (81–120)
Proprietary PUREVAP™ Quartz Reduction Reactor

Converts quartz to silicon more efficiently

Lower energy consumption

Lower carbon footprint

Lower operating cost

Lower capital cost

Smaller footprint

Higher purity potential

Higher yield potential

Disruptive alternative to traditional silicon smelting

Silicon is a critical material

Silicon demand rising globally

Silicon needed for batteries

Silicon needed for solar

Silicon needed for semiconductors

Silicon needed for electronics

Silicon needed for aluminum alloys

Silicon needed for EVs

Silicon needed for 5G

Silicon needed for AI hardware

Silicon needed for data centers

Silicon needed for renewable energy

Silicon needed for hydrogen production

Silicon needed for advanced materials

Silicon needed for aerospace

Silicon needed for defense

Silicon needed for energy storage

Silicon needed for grid modernization

Silicon needed for electrification

Silicon needed for industrial decarbonization

Silicon supply chain is concentrated in Asia

HPQ offers North American production

HPQ offers European-friendly supply

HPQ offers reshoring potential

HPQ offers strategic independence

HPQ offers ESG-aligned production

HPQ offers lower-carbon silicon

HPQ offers cost-competitive silicon

HPQ offers scalable silicon

HPQ offers next-gen silicon for next-gen batteries

🔋 IV. Battery-Materials Megatrend (121–160)
Global battery demand exploding

EV adoption accelerating

Grid storage scaling

Consumer electronics expanding

Drones and robotics growing

Aerospace electrification rising

Defense electrification rising

AI data-center backup systems growing

Renewable-energy storage booming

Battery-materials shortages looming

Silicon anodes are the #1 upgrade path

Graphite supply chain under pressure

Graphite dominated by China

Silicon offers domestic alternative

Silicon offers higher performance

Silicon offers higher energy density

Silicon offers faster charging

Silicon offers longer range

Silicon offers lighter batteries

Silicon offers smaller batteries

Silicon offers safer batteries

Silicon offers more stable batteries

Silicon offers more efficient batteries

Silicon offers better cold-weather performance

Silicon offers better high-power performance

Silicon offers better cycle life

Silicon offers better volumetric density

Silicon offers better gravimetric density

Silicon is the future of EV batteries

Silicon is the future of consumer electronics

Silicon is the future of drones

Silicon is the future of aerospace

Silicon is the future of defense

Silicon is the future of grid storage

Silicon is the future of fast-charging

Silicon is the future of high-density cells

Silicon is the future of next-gen chemistries

Silicon is the future of solid-state batteries

Silicon is the future of lithium-metal batteries

Silicon is the future of the entire battery industry

🌍 V. Strategic Positioning (161–200)
North American battery-materials company

European-aligned supply chain

Strong ESG profile

Low-carbon silicon production

Domestic silicon-anode supply

Domestic silicon-material supply

Domestic battery-material independence

Strategic for EV manufacturers

Strategic for battery manufacturers

Strategic for aerospace companies

Strategic for defense contractors

Strategic for energy-storage companies

Strategic for solar manufacturers

Strategic for semiconductor companies

Strategic for AI-hardware companies

Strategic for data-center operators

Strategic for renewable-energy developers

Strategic for grid-modernization firms

Strategic for hydrogen-economy players

Strategic for industrial decarbonization

Strategic for national-security supply chains

Strategic for reshoring initiatives

Strategic for critical-minerals policy

Strategic for clean-energy policy

Strategic for EV-mandate compliance

Strategic for battery-passport requirements

Strategic for IRA-aligned supply chains

Strategic for European battery regulations

Strategic for global decarbonization

Strategic for global electrification

Strategic for global energy transition

Strategic for global battery independence

Strategic for global supply-chain diversification

Strategic for global technology leadership

Strategic for global sustainability goals

Strategic for global industrial policy

Strategic for global clean-tech competition

Strategic for global energy security

Strategic for global materials innovation

Strategic for the next industrial revolution

🧪 VI. Technology, IP & Innovation (201–240)
Proprietary silicon-production tech

Proprietary silicon-anode tech

Proprietary material-engineering methods

Proprietary reactor design

Proprietary purification processes

Proprietary nanostructuring

Proprietary surface treatments

Proprietary stabilization techniques

Proprietary battery-testing protocols

Proprietary silicon-powder synthesis

Proprietary silicon-flake synthesis

Proprietary silicon-composite engineering

Proprietary silicon-coating methods

Proprietary silicon-integration methods

Proprietary silicon-battery interfaces

Proprietary silicon-electrolyte compatibility

Proprietary silicon-binder systems

Proprietary silicon-slurry formulations

Proprietary silicon-electrode design

Proprietary silicon-electrode manufacturing

Proprietary silicon-electrode scaling

Proprietary silicon-electrode stability

Proprietary silicon-electrode performance

Proprietary silicon-electrode durability

Proprietary silicon-electrode safety

Proprietary silicon-electrode cost reduction

Proprietary silicon-electrode mass production

Proprietary silicon-electrode integration

Proprietary silicon-electrode optimization

Proprietary silicon-electrode validation

Strong patent portfolio

Strong trade-secret protection

Strong competitive moat

Strong technical differentiation

Strong scientific credibility

Strong industry interest

Strong commercialization potential

Strong long-term innovation roadmap

Strong next-gen materials pipeline

Strong long-term technology moat

🚀 VII. Market Opportunity & Growth Potential (241–280)
EV battery market exploding

Grid-storage market exploding

Consumer-electronics market expanding

Drone market expanding

Aerospace electrification rising

Defense electrification rising

AI-infrastructure power needs rising

Renewable-energy storage rising

Silicon-anode demand skyrocketing

Graphite supply chain tightening

Silicon-anode adoption accelerating

Battery OEMs seeking alternatives

EV OEMs seeking range improvements

Consumer-electronics OEMs seeking density

Aerospace OEMs seeking weight reduction

Defense OEMs seeking performance

Grid-storage OEMs seeking durability

Silicon-anode market projected to grow 10x

Silicon-material market projected to grow 5x

Battery-materials market projected to grow 4x

HPQ positioned early

HPQ positioned strategically

HPQ positioned domestically

HPQ positioned for reshoring

HPQ positioned for IRA incentives

HPQ positioned for EU incentives

HPQ positioned for global incentives

HPQ positioned for OEM partnerships

HPQ positioned for licensing deals

HPQ positioned for JV opportunities

HPQ positioned for supply agreements

HPQ positioned for long-term contracts

HPQ positioned for high-margin materials

HPQ positioned for high-value markets

HPQ positioned for multi-sector demand

HPQ positioned for multi-decade growth

HPQ positioned for global expansion

HPQ positioned for technology leadership

HPQ positioned for strategic relevance

HPQ positioned for asymmetric upside

⭐ VIII. Long-Term Strategic Advantages (281–300)
First-mover in silicon-anode materials

First-mover in low-carbon silicon production

Strong R&D engine

Strong IP moat

Strong technology moat

Strong materials-science expertise

Strong battery-science expertise

Strong strategic positioning

Strong alignment with global megatrends

Strong alignment with EV transition

Strong alignment with energy transition

Strong alignment with electrification

Strong alignment with decarbonization

Strong alignment with supply-chain reshoring

Strong alignment with critical-minerals policy

Strong alignment with battery-passport rules

Strong alignment with OEM needs

Strong alignment with next-gen battery roadmaps

Strong alignment with long-term materials demand

Strong alignment with the future of energy storage

HPQ Silicon’s Industrial Lithium-ion GEN4 21700 Cells Surpass 7,000 mAh — Based on Extended Test Conditions
https://finance.yahoo.com/sectors/technology/articles/hpq-silicon-industrial-lithium-ion-110000245.html $HPQFF

HPQ Silicon $HPQFF The Pure-Play Silicon Tech Company Sitting at the Center of a Multi-Trillion-Dollar Materials Shift
In a market obsessed with AI chips, EV batteries, and solar manufacturing, one company is quietly positioning itself at the crossroads of all three: HPQ Silicon Inc. (HPQFF / HPQ.V). Unlike traditional miners or commodity producers, HPQ is developing proprietary technologies that target the most valuable segment of the silicon supply chain — high-purity silicon and quartz purification.

This is the part of the market where margins are highest, supply is tightest, and demand is accelerating fastest.

And HPQ is one of the only publicly traded companies directly focused on this niche.

🚀 Why HPQ Silicon Is Uniquely Positioned
1. High-Purity Silicon (The Core Ingredient of Modern Tech)
High-purity silicon is the backbone of:

AI chips

Semiconductors

Solar panels

EV batteries

Advanced energy storage

The global race for silicon purity is intensifying, and HPQ is developing processes designed to produce ultra-pure silicon more efficiently and at lower cost than legacy methods.

This is a massive opportunity because the world’s silicon supply chain is:

Energy-intensive

Concentrated

Vulnerable to geopolitical risk

Technologically outdated

HPQ is building the next generation of silicon production tech.

2. Quartz Purification Technology (The Rarest Part of the Chain)
High-purity quartz (HPQ) is one of the scarcest industrial materials on Earth. It’s essential for:

Semiconductor crucibles

Silicon wafer manufacturing

Photovoltaic production

Only a handful of companies globally can produce it — and most are private.

HPQ Silicon is developing synthetic quartz purification technologies, giving it exposure to a market that is:

Supply-constrained

High-margin

Critical for AI chip production

This is the kind of niche that can turn a small-cap into a strategic asset.

3. Silicon Battery Materials (A High-Growth Frontier)
Silicon-enhanced anodes are widely viewed as the next major leap in battery technology. They offer:

Higher energy density

Faster charging

Longer cycle life

Major players like Tesla, Panasonic, and Sila Nanotechnologies are already moving in this direction.

HPQ is developing silicon-based battery materials that could plug directly into this emerging market.

4. Solar-Grade Silicon (A Global Supply Crunch Is Coming)
Solar demand is exploding, but the supply chain for solar-grade silicon is:

Bottlenecked

Energy-heavy

Dependent on China

HPQ’s technology aims to produce solar-grade silicon more efficiently, which could make it a strategic supplier as the world races toward decarbonization.

🔥 Why Investors Are Paying Attention
HPQ Silicon sits at the intersection of three megatrends:

AI chip manufacturing

Energy storage and EV batteries

Global solar expansion

Each of these industries is experiencing double-digit annual growth, and all of them rely on high-purity silicon.

HPQ is not a miner. It’s not a commodity producer. It’s a technology company targeting the most valuable layers of the silicon value chain.

That’s where the upside lives.

🌍 The Strategic Angle
If the world is serious about:

AI

Electrification

Renewable energy

Domestic supply chains

then high-purity silicon and quartz purification become national-priority materials.

HPQ Silicon is one of the only public companies developing technologies that directly address these needs.

That alone makes it a standout.

⭐ The Bull Case in One Line
HPQ Silicon is building the technologies needed for the next decade of AI, batteries, and solar — and it’s one of the only public companies giving investors direct exposure to this critical materials revolution.

$HPQFF ⚡ A Very Bullish Case for Hydrogen Energy in a Post–Middle East Stability Era
The wars in the Middle East didn’t just disrupt oil markets — they shattered the illusion that the world could rely indefinitely on a single region to anchor global energy security. For decades, policymakers treated volatility as a temporary inconvenience. Now it’s clear: the old energy order isn’t coming back.

And that’s exactly why hydrogen is stepping into the spotlight with a force we haven’t seen before.

🌍 Energy security is now the #1 catalyst — and hydrogen thrives in that environment
Hydrogen can be produced anywhere you have:

Water

Electricity

The will to invest

That means countries no longer need to gamble their economies on geopolitics. Hydrogen decentralizes energy production in a way oil never could. Europe, Japan, South Korea, the U.S., and even resource-poor nations suddenly have a path to true energy independence.

🔋 Hydrogen solves the hardest problems in decarbonization
This isn’t just about replacing oil. Hydrogen is the only scalable solution for:

Heavy industry (steel, cement, chemicals)

Long-haul trucking

Maritime shipping

Seasonal energy storage

High-temperature industrial heat

These sectors can’t electrify easily. Hydrogen is the missing piece.

🚀 Massive capital is already moving
Governments and private investors are pouring billions into:

Green hydrogen electrolysis

Hydrogen pipelines

Fuel-cell manufacturing

Hydrogen-ready turbines

Ammonia export terminals

This isn’t speculative anymore — it’s industrial policy on a global scale.

🔄 Hydrogen integrates perfectly with renewables
As solar and wind continue to scale, hydrogen becomes the natural “battery” for excess power. Instead of curtailing renewable energy, we convert it into a storable, tradable fuel.

🛡️ The geopolitical premium is now permanent
Every conflict, blockade, or supply shock reinforces the same conclusion:
The world needs an energy system that can’t be held hostage.

Hydrogen is the only fuel that can be produced domestically, at scale, with zero geopolitical strings attached.

📈 The result? Hydrogen is no longer a future technology — it’s a strategic necessity
The narrative has shifted from “hydrogen might be important someday” to:

Hydrogen is the backbone of the next global energy system.

And once a technology becomes a national-security priority, adoption accelerates far faster than markets expect.

https://www.linkedin.com/posts/bernard-tourillon_theres-a-point-in-every-technology-cycle-share-7450163259334090752-Utbi?utm_source=share&utm_medium=member_desktop&rcm=ACoAACqICfIBDnVCtKiuX6gsoBWZSJ9pAt341yg

HPQ Silicon’s Industrial Lithium-ion GEN4 21700 Cells Surpass 7,000 mAh — Based on Extended Test Conditions
April 15 2026
https://investorshub.advfn.com/stock-market/USOTC/hpq-silicon-qb-HPQFF/stock-news/98286781/hpq-silicon-s-industrial-lithium-ion-gen4-21700-c

HPQ Silicon Inc. partner
https://www.novacium.com/

Volume up today

All activity

Always read comments
https://www.linkedin.com/in/bernard-tourillon/recent-activity/all/

Evidently that wtf was in response to a halt

Thanks for posting here, I knew I knew the ticvker, I was following on stocktwist too.

I need to go back and read my past posts.

Psst, I stepped in with a small start to see where this one goes..

They are already a battery manufacturer.

As long as lithium auction goes up other things should go up.

What’s your chart tell us with a 350 million float?

The GEN4 is legit.

I just need chart guidance for major or minor entrance. Your work is one that I trust.

That’s nice but it’s the OTC(Wild West)

What’s everyone’s take on the CEO’s knowledge of the technical workings of the companies IP?

Forget the short-seller distractions—HPQ is sitting on a ticking regulatory and legal time bomb.

Here’s what matters:

Undisclosed €180K Equity Liability: A binding 3-year service contract obligates HPQ to issue €60,000 annually in shares (~1.47 million total). Zero delivery. Zero disclosure in 2023 & 2024 audits, despite accountant warnings. (IG: IFRS IAS 32/IAS 37, Québec Securities Act §§154 & 196, TSX-V Policies 3.1 & 5.3).

Misleading Public Statements: CEO claimed the equity payment was contingent on funding “that never materialized.” That’s flat wrong—per contract terms and prior HPQ materials.

AMF & TSX-V Eyes On HPQ: Formal complaints lodged with AMF, CIRO, IQ, Forvis Mazars (audit) …and Yeah—an active lawsuit in Frankfurt. If the court upholds the contract, financial restatements and trading halts could follow.

Why It Matters Beyond Canada: A German DAX giant like Evonik won’t partner with a litigation-facing Canadian firm sued in Frankfurt am Main . This is a corporate trust issue—on a very public stage.

Spoofing? Maybe. But this? Far more dangerous. The real risk at HPQ isn’t market manipulation—it’s broken governance. And that could cost investors a lot more than a short-term dip.

Great, a new low

With all the good news on the battery compacity why the stock still falling 

With all the good news about the battery compacity why the stock still falling 

I like it.
https://stkt.co/zS4zE0De

HPQ Silicon just signed a letter of intent with these guys.
Evonik Industries AG
CONTACT
Fabian Schwane
Coating Additives
email
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PRESS RELEASE
Coating AdditivesJune 27, 2024
Evonik commissions new plant for AEROSIL® Easy-to-Disperse silicas at Rheinfelden site
Evonik has commissioned a plant for an innovative dispersion technology for fumed silica at its Rheinfelden site.

AEROSIL® Easy-to-Disperse enables easier, faster and more sustainable formulation of paints and coatings.
Capacity expansion in Rheinfelden strengthens global availability for high-quality silica.
Expansion marks next step in providing eco-friendly solutions to the paint and coatings sector.


Rheinfelden. Evonik has commissioned a plant for an innovative dispersion technology for fumed silica at its Rheinfelden site. This strengthens the specialty chemicals company’s position as a leading supplier of high-quality silicas from the AEROSIL® family.

The new system is tailored for the production of AEROSIL® Easy-to-Disperse (E2D) products. This technology simplifies the incorporation of silica as a rheology additive into paint and coating formulations.

“The commissioning of the AEROSIL® E2D technology demonstrates our commitment to the Rheinfelden site, where we have been successfully producing fumed silica for decades,” says Dr. Stefan Fiedler, Head of the AEROSIL® operating group in Rheinfelden. “This not only ensures quality, but also increases the global availability of our products.”

AEROSIL® E2D fumed silica products offer excellent dispersibility, which simplifies and increases the efficiency of the paint and coating manufacturing process. Traditionally, the dispersion of rheology additives such as fumed silica has been an energy- and time-intensive process. AEROSIL® E2D technology reduces this step to a single operation.

“Our AEROSIL® E2D products offer our customers improved process efficiency as well as optimized end-product performance,” says Dr. Oliver Kroehl, Head of Silica at Evonik Coating Additives, highlighting the benefits of the technology. “The main benefit for our customers is the accelerated dispersion of the silica, yielding significant savings in time, energy, and costs, and consequently CO2 emissions. This enables our customers to develop more advanced and sustainable coating solutions.”

The new plant in Rheinfelden is part of Evonik's continued investment in coating and ink additives, with a particular focus on the development of environmentally friendly and sustainable products.

Evonik's Coating Additives Business Line offers a wide range of specialty additives for coatings and printing inks. The business has decades of experience in developing products for a range of coating markets, including decorative coatings, industrial coatings, automotive coatings and printing inks.

Visit also our Evonik Coating Additives LinkedIn page!

COMPANY INFORMATION
Evonik is one of the world leaders in specialty chemicals. The company is active in more than 100 countries around the world and generated sales of €15.3 billion and an operating profit (adjusted EBITDA) of €1.66 billion in 2023. Evonik goes far beyond chemistry to create innovative, profitable, and sustainable solutions for customers. More than 33,000 employees work together for a common purpose: We want to improve life today and tomorrow.

ABOUT SPECIALTY ADDITIVES
The Specialty Additives division combines the businesses of versatile additives and high-performance crosslinkers. They make end products more valuable, more durable, save more energy and simply better. As formulation experts in fast growing markets such as coatings, mobility, infrastructure and consumer goods, Specialty Additives combines a small amount with a big effect. With its 3,500 employees the division generated sales of €3.52 billion in 2023.?

DISCLAIMER
In so far as forecasts or expectations are expressed in this press release or where our statements concern the future, these forecasts, expectations or statements may involve known or unknown risks and uncertainties. Actual results or developments may vary, depending on changes in the operating environment. Neither Evonik Industries AG nor its group companies assume an obligation to update the forecasts, expectations or statements contained in this release.

New 52 week low.

And more good news. https://finance.yahoo.com/news/commercial-li-ion-batteries-made-123000090.html

This could be the next bump up! https://finance.yahoo.com/news/hpq-signs-nda-industrial-group-123000185.html

A litlle protection from copy cats.
https://www.theglobeandmail.com/investing/markets/stocks/HPQFF/pressreleases/22106897/