HPQ Silicon Resources Pitch Deck (2020): 30-Slide Breakdown

HPQ Silicon Resources presents a technical and market-driven case for their proprietary PUREVAP process, aimed at disrupting the silicon supply chain for the battery and energy storage sectors. The deck identifies a critical bottleneck: while electronics have scaled exponentially, battery energy storage has lagged due to chemistry limits. By transforming raw quartz into high-purity nano silicon, HPQ aims to replace or augment graphite in anodes, which currently only contains about 5% silicon by weight. The company demonstrates significant commercial traction, citing a firm order from a major…

Key takeaways

• The conventional carbothermic process for silicon extraction is energy-intensive, requiring 12,000 kWh per 1 MT produced (Slide 4).
• HPQ has already secured a firm order for Silicon Nanopowders from a major car manufacturer (Slide 7).
• The global silicon market demand is projected to reach 3.8 M MT, worth approximately US$10 billion by 2025 (Slide 10).
• Current silicon material solutions are economically unviable, with Silicon Nanowires costing over $30,000/kg compared to graphite at $10-$20/kg (Slide 16).
• The PUREVAP NSiR scaling pathway outlines a transition from 30 kg/month bench tests to a 200 MT/month commercial plant (Slide 19).
• UBS estimates the US energy storage market could grow to $426 billion over the next ten years (Slide 22).
• The company has a diverse investor base, including PyroGenesis (9.8%) and Investissement Québec (9.0% FD) (Slide 25).
• Management and the Board hold approximately 9.0% of the company (Slide 25).

Frequently asked questions

What is the primary problem HPQ Silicon is trying to solve?

HPQ Silicon addresses the 'slow pace' of battery evolution compared to processors and memory. As shown on Slide 13, battery energy storage has improved at a fraction of the rate of electronics. The bottleneck is chemistry; current graphite anodes are reaching their limits. HPQ aims to provide high-purity nano silicon that can replace graphite, offering higher energy density at a commercially viable price point.

Does the company have any validated commercial interest?

Yes. Slide 7 explicitly states that the company has received a firm order for Silicon Nanopowders from a 'major car manufacturer.' Additionally, they have generated NDAs with other battery manufacturers and advanced material companies. This suggests that their lab-scale and proof-of-concept tests have met the technical requirements of Tier-1 industry players.

How does HPQ Silicon plan to compete with existing graphite anodes?

The deck acknowledges that current silicon solutions are too expensive, with nanopowders costing over $20,000/kg while graphite costs only $10-$20/kg (Slide 16). HPQ's strategy relies on their PUREVAP NSiR process to achieve cost parity. They are moving through a four-phase scaling pathway to reach a commercial capacity of 200 metric tons per month to drive down unit costs.

Who are the key stakeholders and investors in HPQ Silicon?

The company is backed by both strategic and institutional investors. According to Slide 25, PyroGenesis is a major holder at 9.8%, and Investissement Québec holds 9.0% on a fully diluted basis. Management and the Board own 9.0%, and a group of 'Key Investors' holds 17.5%, indicating a relatively distributed cap table with significant institutional support.

What are the specific applications for HPQ's silicon products?

Beyond Li-ion batteries (nanopowders, nanowires, and porous silicon), Slide 7 and Slide 10 identify several other high-value applications. These include spherical silicon nanopowders for Hydrogen (H2) production, chemical grade silicon for silicones and polysilicon (solar cells), and specialty applications requiring 99.99% purity raw silicon.

HPQ Silicon Resources pitch deck: the facts

Company

HPQ Silicon Resources

Year

2020

Stage

Pilot / Pre-Commercial

Slides

30

Sector

Advanced Materials / Energy Storage

Deck type

Corporate Presentation / Investor Deck

Outcome

Publicly Traded (TSX-V: HPQ)

Headquarters

Montreal, Canada

HPQ Silicon Resources pitch deck PDF

The full HPQ Silicon Resources deck is embedded on this page and can be read slide by slide in the browser — no download or account required. Each slide is covered in the breakdown above.

What the HPQ Silicon Resources Inc. pitch deck was used for

This deck is HPQ Silicon Resources Inc.’s December 2020 corporate / investor presentation, at a pilot / pre‑commercial stage, focused on its PUREVAP quartz reduction reactor (QRR) and nano silicon reactor (NSiR) technologies to produce spherical silicon nano and micron powders, silicon nanowires, and high‑purity porous silicon powders for next‑generation lithium‑ion batteries and hydrogen production. The deck positions silicon as a higher‑capacity anode material than graphite, framing HPQ’s role as an industrializer of low‑cost nano‑silicon to overcome energy‑density limits in conventional graphite‑based batteries, and outlines a scaling path from lab proof‑of‑concept to a 200 MT/month commercial plant. Around this period, HPQ highlighted that it was well‑funded to accelerate its nano‑silicon initiatives and QRR pilot plant, with several million dollars of cash and access to additional warrant and option funding, but did not tie this specific deck to a single disclosed equity round. Earlier, HPQ had financed its Gen3 QRR project through Quebec government support via Investissement Québec and strategic investment and credit support from PyroGenesis Canada Inc., which is part of the

Business model: HPQ Silicon Resources Inc. (now HPQ Silicon Inc.) develops and commercializes proprietary PUREVAP processes to transform quartz into high‑purity silicon materials and advanced silicon-based powders for applications such as lithium‑ion batteries and other energy storage technologies.

Year

2020

Lead investor

PyroGenesis Canada Inc.

Investors

PyroGenesis Canada Inc., Investissement Québec (via a convertible debenture supporting the Gen3 project)., THREE D Capital Inc.

Industry

Advanced materials / silicon processing and energy storage materials.

Round: Public‑company non‑brokered private placement associated with funding its silicon and nano‑silicon initiatives, including the Gen3 QRR project and related developments.

Raised: In September 2020 HPQ closed a non‑brokered private placement of 4,500,000 units at $0.60 per unit for gross proceeds of CAD $2,700,000, with PyroGenesis Canada Inc. subscribing for 4,000,000 units ($2,400,000) and THREE D Capital Inc. subscribing for 500,000 units ($300,000).

Use of funds as presented: According to HPQ, capital from its financings and warrant/option exercises around 2020 was intended to fund the PUREVAP QRR pilot plant project and accelerate its leading nano‑silicon initiatives for 2020 and beyond.

What the HPQ Silicon Resources Inc. deck got right

• Clear problem framing linking energy transition, EV affordability, and silicon’s role. The deck clearly articulates a vision that to enable the transition to sustainable energy, more affordable EVs and energy storage require higher‑energy‑density batteries and faster, lower‑capex factory builds, then positions silicon—described as abundant and capable of storing more lithium than graphite—as the key pathway material.
• Evidence of technical progress and funded pilot/testing programs. The implementation plan states that lab‑scale and proof‑of‑concept tests are already complete and that the QRR pilot plant and NSiR testing program are fully funded and preparing to produce a suite of silicon powders and nanowires, signaling progress beyond a purely conceptual stage.
• Diversified silicon product roadmap aligned with battery and hydrogen markets. The deck lists multiple high‑value products—spherical silicon nano and micron powders, silicon nanowires, porous nano‑silicon powders, and high‑purity raw silicon—targeting lithium‑ion batteries and hydrogen applications, illustrating a diversified monetization path for the core PUREVAP technologies.
• Combination of pilot funding and access to additional capital. HPQ’s broader corporate communications around this period emphasize that it is well‑funded, with several million dollars in cash and reserved funds for the QRR pilot plant and significant additional funding potential from in‑the‑money warrants and options, reinforcing the deck’s claim of fully funded pilot activities.
• Strategic backing from technology and government‑linked partners. The company’s strategic relationships with PyroGenesis Canada Inc. and Investissement Québec, which include direct investments, a convertible debenture, and an equity line of credit for the Gen3 project, provide validation and de‑risk some of the technology and financing elements underlying the deck’s scale‑up plans.
• Concrete scale‑up roadmap to a 200 MT/month commercial plant. The deck’s roadmap from lab proof of concept to a 200 MT per month commercial plant gives investors a tangible end‑state capacity target and suggests a structured approach to industrialization of nano‑silicon materials.

What could have been stronger

• Undisclosed counterparties and limited detail on ‘firm order’ and NDAs. The deck references NDAs with battery manufacturers and advanced materials companies and a “firm order for Si nanopowders from a major car manufacturer,” but does not disclose counterparties, order size, timing, or binding contract terms, making it difficult for investors to assess the materiality and durability of this traction.
• Limited transparency on cost structure and economics of the 200 MT/month scale. While the deck outlines a scaling path to a 200 MT/month plant, it does not present detailed capex, opex, or unit‑cost assumptions, nor does it link those economics to specific customer pricing or margins, limiting visibility into the economic competitiveness of HPQ’s process versus incumbent silicon or graphite supply chains.
• Broad product scope without clear prioritization. The implementation plan lists multiple product lines (spherical nano & micron powders, nanowires, porous silicon, hydrogen‑related powders, high‑purity raw silicon) without clearly prioritizing which products or end markets HPQ will commercialize first, potentially diluting focus from the core battery‑grade nano‑silicon opportunity.
• Incomplete linkage between funding sources, runway, and scale‑up milestones. Although the deck emphasizes that the QRR pilot plant and NSiR program are fully funded and mentions broader funding availability, it does not explicitly connect these capital sources to a specific runway, milestone schedule, or staged financing plan for the proposed 200 MT/month plant.

How an investor would read this deck

What draws attention

• Confirmation of the claimed firm order for silicon nanopowders from a major car manufacturer, including order size, qualification milestones, and commercial terms, as this is a key de‑risking signal for the nano‑silicon roadmap.
• Validation data from independent battery cell or materials partners demonstrating energy‑density, cycle‑life, and safety performance of HPQ’s silicon powders and nanowires in full cells compared with graphite or other silicon anode materials.
• Detailed capex, opex, and unit‑cost projections for the PUREVAP QRR and SiNR processes at pilot and 200 MT/month scales, including sensitivity to energy prices, feedstock quality, and yields.
• Clarity on which specific product form (e.g., spherical nano‑silicon for Li‑ion batteries) will be the first commercial focus, and the sequence of applications (EV, stationary storage, hydrogen, etc.).

Risks that stand out

• Execution risk in scaling from lab‑scale proof of concept to a 200 MT/month industrial plant using novel QRR and NSiR processes, including potential delays, cost overruns, or lower‑than‑expected yields.
• Commercial risk that battery OEMs may take longer than expected to qualify new nano‑silicon materials, or may favor competing silicon suppliers or alternative chemistries, slowing revenue ramp despite technical progress.
• Dependency risk on key technology and financing partners (e.g., PyroGenesis, Investissement Québec and other strategic investors) for capex, process development, and credit support, which could impact project economics or timelines if relationships change.
• Market risk that future reductions in graphite cost, improvements in other high‑capacity anode materials, or changes in battery chemistries (such as solid‑state adoption paths) could erode the anticipated pricing power or volume growth for HPQ’s specific silicon products.

Questions this deck invites

• What are the qualification timelines and technical criteria required by the major car manufacturer that reportedly placed a firm order for silicon nanopowders, and what contractual conditions must HPQ meet to move from initial orders to vol
• How do HPQ’s PUREVAP‑produced silicon powders and nanowires perform in third‑party battery tests (energy density, first‑cycle efficiency, capacity retention, swelling, safety) relative to incumbent graphite and competing silicon anode mater
• What are the estimated capital and operating costs per kilogram of nano‑silicon at the 200 MT/month plant scale, and how do these compare to both traditional metallurgical silicon routes and other nano‑silicon suppliers?
• How are the roles, IP ownership, and economics structured between HPQ and its technology partner PyroGenesis for both the QRR and NSiR processes, and how might this affect future margins or licensing revenue?
• What regulatory, environmental, and permitting considerations apply to the QRR pilot plant and future 200 MT/month facility, and how do these impact project timelines and capex contingencies?

What founders can take from the HPQ Silicon Resources Inc. deck

• Anchoring a materials story in a clear industry trend—in this case, the need to surpass graphite’s energy‑density limits for EV and storage batteries—helps investors quickly see why new silicon processes matter.
• Detailing a staged roadmap from lab proof‑of‑concept to a specific commercial scale (200 MT/month) gives structure to an otherwise abstract technology scale‑up narrative and shows ambition.
• Highlighting that pilot plants and testing programs are already fully funded, with quantified cash and warrant resources elsewhere in corporate communications, can partially de‑risk execution in capital‑intensive hardware projects.
• Explicitly listing targeted product forms (spherical nano powders, nanowires, porous silicon, high‑purity silicon) and end‑use cases (Li‑ion batteries, hydrogen) helps investors understand optionality, but it also underscores the importance of clearly prioritizing initial beachhead markets.
• Referencing NDAs with OEMs and a firm order from a major car manufacturer is a powerful credibility signal, yet the lack of disclosed detail shows that investors will still demand independent verification and quantification of such claims.
• Combining public‑market financing (placements, warrants) with strategic investors and government support (e.g., Investissement Québec, PyroGenesis) illustrates how hardware‑heavy advanced materials companies can assemble multi‑source capital stacks to fund pilot and early commercial phases.

HPQ Silicon Resources Inc. pitch deck: common questions

What does HPQ Silicon Resources do?

HPQ Silicon Resources Inc. (now HPQ Silicon Inc.) develops and commercializes proprietary PUREVAP processes to transform quartz into high‑purity silicon and advanced silicon‑based powders, targeting applications in lithium‑ion batteries, energy storage, and related advanced materials markets.

How was HPQ Silicon’s pilot and nano‑silicon program funded around 2020?

In August 2020 HPQ stated it was “well‑funded to accelerate leading nano‑silicon initiatives,” reporting approximately $4.7 million in cash, liquid investments and cash reserved for its PUREVAP QRR pilot plant, and additional access to more than $11 million of in‑the‑money warrants and options, for potential access to over $16 million. These resources were intended to support the QRR pilot plant and nano‑silicon development rather than a single labeled Series A or similar round tied specifically to the December 2020 deck.

What is the main focus of HPQ’s December 2020 investor deck?

The December 2020 HPQ investor deck emphasizes HPQ’s PUREVAP QRR and SiNR technologies to produce spherical silicon nano and micron powders, silicon nanowires, and high‑purity porous silicon powders, positioning these materials as solutions to increase lithium‑ion battery energy density beyond what graphite anodes can offer. It presents a roadmap from lab‑scale proof of concept to a 200 MT per month commercial plant, aiming at EV and stationary storage markets.

Did HPQ raise external capital related to its silicon and nano‑silicon projects?

Yes. For example, a September 2020 non‑brokered private placement raised CAD $2.7 million through issuance of 4.5 million units at $0.60 per unit, with PyroGenesis Canada Inc. subscribing for 4 million units ($2.4 million) and ThreeD Capital Inc. subscribing for 500,000 units ($300,000); each unit included a common share and a warrant exercisable at $0.61 for 36 months. Earlier support for its Gen3 QRR project also included a $1.8 million convertible debenture from Investissement Québec and a $1.95 million investment plus a $1.5 million equity line of credit from PyroGenesis.

What traction or commitments does the HPQ 2020 deck claim?

The December 2020 deck describes HPQ’s implementation plan over the next 12 months as including already completed lab and proof‑of‑concept tests, a fully funded QRR pilot plant and NSiR testing program, and readiness to produce spherical silicon nano and micron powders, silicon nanowires, porous silicon powders, and other silicon materials. It also states that material potential had generated NDAs with battery manufacturers and advanced materials companies and mentions a firm order for silicon nanopowders from a major car manufacturer, though counterparties and order size are not disclosed.

Sources

Funding and outcome facts on this page were researched on 2026-08-22 from the pages below.

• Releases & Financials
• Press Releases 2020 — HPQ Silicon Inc.
• HPQ Silicon is now well-funded to accelerate leading nano-silicon initiatives for 2020 and beyond
• 1 | Page
• HPQ Silicon Investor Deck/Corporate Presentation (Dec 2020)
• Innovation
• HPQ Closed a Non-Broker Private Placement
• HPQ Silicon Investor Deck/Corporate Presentation (Dec 2020)

HPQ Silicon Resources pitch deck slides

What each slide of the HPQ Silicon Resources pitch deck says

Slide 1

— Innovative Silicon Solutions Dw @ FROM QUARTZ a NANO SILICON HP 5 SILICON >

Slide 2

EE————————— L DISCLAIMERS This presentation includes certain "FORWARD-LOOKING STATEMENTS" All statements, (other than statements of historical fact included herein), including, without limitation, statements regarding future plans and objectives of the company, are forward-looking statements that involve various risks, assumptions, estimates and uncertainties, and any or all of these future plans and objectives may not be achieved. HF'Q = SI»L\DDN These statements reflect the current expectations or beliefs of HPQ-Silicon Resources Inc. ("the Company") and are based on information currently available to the Company. There can be no assurance that such statements will prove to be accurate, a…

Slide 3

THE VISION "To achieve the transition to sustainable energy, we must produce more affordable EVs and Energy Storage, while building factories faster and with far less investment" (TESLA battery deck P5) The pathway material Silicon Is Awesome And Inexpensive ' —-— — MOST ABUNDANT ELEMENT IN EARTH'S CRUST AFTER OXYGEN STORES X MORE LITHIUM THAN GRAPHITE : SEPTEMBER 22, 2020 www.HPQSilicon.com

Slide 5

EEE HPO - SILICON 3 HPQ WORLD CLASS SILICON R&D CONSORTIUM > WORKING TO SOLVE RENEWABLE ENERGY CHALLENGES » PYROGENESIS A high-tech company that is a leader in the design, development, manufacture & commercialization of advanced plasma processes & products (TSX Listed, Listing on NASDAQ in Q1 2021) NIE rok 60 Patents 40,900 ft? pr — World Leader In Technology Sold To US Technology Tested and Leaders in High Purity Advanced Plasma Navy For Use On [0sr:) validated By DARPA Spherical Metal Powders for Processes Aircraft Carriers Industrial 3D printing. ©) Developer of PUREVAP One-Step © Developer of DROSRITE™:a ® Agreements With Global Process To Produce High Purity Green Aluminum Recovery fro…

Slide 6

EET HPQ - SILICON h HPQ IS COMMERCIALIZING LOW-COST SOLUTIONS > STARTING COMMERCIAL VALIDATION OF LOW-COST PROCESSES With PyroGenesis, HPQ is developing: Val Quartz (S10,) to Raw Silicon (Si) - PUREVAP™ QRR Process. ' RAW » 4 SILICON ~ i Fr Pa 99.99% Si 4 ~ 72 510, 98.5% + PUREVAP QR Energy Consumption: 3 Clean Coal -> Reactor =P 13,000 RAVE *. ‘ 45 MT Needed THT Procuced g - Anew scalable, versatile, low CAPEX & OPEX carbothermic process i roman 10. ors ELLEN . ['SILICON (Si) to NANOPOWDERS AND NANOWIRES - PUREVAP™ NSiR Process | SILICON SILICON 5 NANOPOWDERS NANOWIRES y N Material produced by PyroGenesis during proof of concept test ] § With Apollon Solar, HPQ is: + Deploying its patented…

Slide 7

HPO - SILICON \ HPQ IMPLEMENTATION PLAN el & OVER THE NEXT 12 MONTHS, FAST TRACKING Si INNOVATION » Lab scale and proof of concept tests already completed » Fully funded QRR pilot plant and NSiR testing program » Getting ready to go live and produce: * Spherical Silicon Nano & Micron powders for Li-ion Batteries v' Material potential already generated NDA's with battery manufacturers and advance material companies v' Received a firm order for Si Nanopowders from major car manufacturer * Silicon Nanowires for Li-ion Batteries * Spherical Silicon Nanopowders for Hydrogen (H,) production * High Purity Nano Porous Silicon Powders for Li-ion Batteries * Raw Silicon (99.5% Si up to 99.99% Si) for…

Slide text above is read directly from the HPQ Silicon Resources deck PDF embedded on this page.

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