After 100 cycles, 18650 batteries with GEN3 silicon-based materials still outperform commercially available graphite batteries by approximately 40%, GEN1 by over 26%, and GEN2 by over 15%, all with minimal noticeable degradation [1].

After 50 cycles, 18650 batteries with GEN3 silicon-based material show a 40% capacity improvement over graphite, 25% over GEN1, and 15% over GEN2, with no noticeable degradation.

Up to 92.0% less energy is required to produce fumed silica in one step compared to conventional industry processes

World-Class Results: This Milestone adds Novacium to the List of Only 3 Companies with Most Energy-Dense 18650 Batteries

Validation of the pilot plant’s commercial potential is officially underway

The GEN2 material batteries maintain strong overall capacity compared to the graphite benchmark and GEN1 material batteries.

Agreement confirms commercial potential of the Fumed Silica Reactor

After 100 cycles of GEN2 material, testing results show continued strong overall capacity improvement.

The new equipment allows for comprehensive analyses of various Lithium battery formats, including buttons and up to 21700 cylindrical batteries.

The addition will enhance the value of HPQ’s innovative and sustainable silicon production technologies while supporting Canada’s efforts to reshore industrial supply chains.

While the clean energy sector has faced significant challenges in the past year, we must remember that these hurdles are temporary, and our commitment to a sustainable future remains unwavering.

When we talk about industrial manufacturing, sustainability and efficiency are paramount.

In the video, shareholders and those interested in the HPQ story are provided with an exclusive look at HPQ’s proprietary GEN3 QRR Pilot Plant, currently under testing in Montreal.

Discover how HPQ Silicon’s sustainable solutions are set to revolutionize the electric vehicle industry and significantly reduce life cycle emissions.

According to Mr. Eisman a new global investment paradigm is emerging that could further accelerate the renewable energy revolution.

Amidst the bustling cities of Europe, a revolution is brewing—a revolution powered by HPQ’s high-purity silicon metal.

The paper concludes that the current policy environment is enough to meaningfully manufacture all elements of the solar supply chain in the United States in the medium and long term.

With the ongoing global market volatility, many cleantech professionals have come to wonder how safe the industry’s future is.

Scientists show exactly how promising approach to better batteries breaks down

Most automakers have now committed to electrifying their fleets.

A deeper understanding of the GEN3 silicon-anode technology.

This video interview provides insights into Novacium’s strategy and market impact on energy storage.

He provides details on the significant reductions in energy consumption and carbon emissions achieved.

An in-depth look at the development and success of Novacium’s GEN3 18650 batteries.

Mr. Tourillon provides an in-depth look at the key objectives of the FSR project

The average capacity of batteries using GEN2 materials started at approximately 3,337.4 mAh and only decreased to 3,256.6 mAh by the 150th cycle.

This collaboration underscores HPQ’s commitment to sustainable manufacturing solutions.

Bernard provides insights on the third Non-Disclosure Agreement (NDA) a Fumed Silica player signed.

As France sets ambitious carbon neutrality goals, our partnership aims to be at the forefront of this transformation.

The NDA suggests that there is third-party interest in HPQ’s technology.

Tyler Choi, Business Editor for Energy Batteries Greater Montreal, examines the promising results from HPQ and its French affiliate, Novacium SAS.

HPQ Silicon is featured in an article by Proactive Investors.

HPQ Silicon is featured in an article by SustainableBiz.

HPQ Silicon is featured in an article by The Market Herald.

The article abstract follows: HPQ Silicon (HPQ) has approved silicon samples from Quebec Innovative Materials (QIMC). Under the memorandum of understanding (MOU), Quebec Innovative will supply HPQ with silica materials for testing its GEN3 PUREVAP Quartz Reduction Reactor. The GEN3 Reactor seeks to transform quartz into high-purity silicon through the continuous operation of a plasma […]

HPQ Silicon is featured in a Seeking Alpha article.

Developing new silicon and silica-based manufacturing technologies in North America. HPQ got a 4-page feature in the tenth edition of the Innovation Platform’s popular publication that covers a wide variety of exciting developments in the fields of science and technology. This edition has extensive coverage on energy, with a key focus on battery development, energy […]

HPQ Silicon is featured in an Innovation News Network article.

HPQ Silicon is featured in The Globe and Mail article.