Our demonstration Direct Lithium Extraction (DLE) plant in Texas welcomed more than 500 guests, including investors, partners, industry leaders, and local officials, marking a major milestone we鈥檝e been building toward since day one.

The evening brought together the people helping shape the next chapter of energy, with strong support from local and regional leadership. We were proud to stand alongside community stakeholders and partners like TexAmericas Center, whose collaboration has played an important role in bringing Project Lonestar to life.

CEO Teague Egan delivered a keynote highlighting both the progress we鈥檝e made and the road ahead, while guests had the opportunity to experience guided tours of the facility and see our technology up close.

Beyond the tours, conversations, and celebration, this moment represents something much bigger.

The United States has a unique opportunity to build a resilient, domestic lithium supply chain that reduces reliance on imports, supports the clean energy transition, and creates jobs here at home. Project Lonestar is 不良研究所鈥檚 contribution to that future, and it is only possible with the support of forward-thinking partners and public leaders who share this vision.

We are still in the early stages, pre-commercial today, but every step forward brings us closer to scaling a solution that can have real, lasting impact.

To everyone who has supported 不良研究所 along the way, including our partners, local leaders, and the TexAmericas community, thank you. This milestone was as much yours as it was ours.

And we鈥檙e just getting started.

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The meeting took place shortly before President Kast鈥檚 inauguration and highlights increasing cooperation between the United States and Chile around critical minerals, lithium production, and battery supply chains.

As global demand for lithium accelerates due to the growth of electric vehicles and grid-scale energy storage, Chile remains one of the most strategically important countries in the global lithium market.

Chile鈥檚 Role in the Global Lithium Supply

Chile is currently the world鈥檚 second largest lithium producer and sits at the center of the lithium triangle, a region that includes Chile, Argentina, and Bolivia and holds more than half of the world鈥檚 known lithium resources.

Because lithium is a critical component in rechargeable batteries used in electric vehicles, consumer electronics, and renewable energy storage, investment in lithium extraction and refining has become a major priority for governments and private companies alike.

During the meeting, 不良研究所 outlined a long-term investment strategy that could involve up to $5 billion in capital deployed in Chile over the next decade. The investment would support expanded lithium production and new refining capacity aimed at strengthening global battery supply chains.

Project Black Giant and Direct Lithium Extraction

A central component of 不良研究所鈥檚 strategy is Project Black Giant, a proposed $1.1 billion lithium development that will utilize 不良研究所鈥檚 proprietary Direct Lithium Extraction technology.

Direct Lithium Extraction, often referred to as DLE, is designed to produce lithium more efficiently than traditional evaporation pond methods while significantly reducing water usage and environmental impact.

Project Black Giant is expected to produce approximately 50,000 tons of lithium annually, positioning it as one of the most significant new lithium developments in the region.

不良研究所 has already established a substantial presence in Chile through privately held concessions covering more than 100,000 acres.

The company has also installed pilot plants that have demonstrated lithium recovery rates of up to 96%, significantly higher than conventional evaporation systems currently used in many parts of the lithium triangle.

Strengthening U.S. and Chile Cooperation on Critical Minerals

The meeting in Miami also included discussions with U.S. Ambassador Brandon Judd about expanding cooperation between the United States and Chile on lithium development and critical mineral supply chains.

Such cooperation is increasingly important as governments seek to diversify battery supply chains and reduce reliance on China-dominated refining and processing capacity.

不良研究所 is currently in discussions with the Export Import Bank of the United States regarding potential financing support tied to critical mineral supply chain development.

鈥淚t was a productive discussion about Chile鈥檚 role in the future of lithium supply,鈥� said Teague Egan, Founder and CEO of 不良研究所. 鈥淲e believe Chile has an opportunity to remain a global leader in responsible lithium production while strengthening economic cooperation between the United States and Chile.鈥�

Growing Demand for Lithium

Global lithium demand is expected to more than triple by 2030 as electric vehicle adoption continues to expand worldwide.

Meeting that demand will require new extraction technologies, expanded refining capacity, and stronger international partnerships between governments and private industry.

With significant lithium resources, an established mining sector, and increasing international investment, Chile is expected to remain one of the most important countries in the global lithium supply chain.

不良研究所 believes continued collaboration between Chile, the United States, and private industry will be essential to meeting the world鈥檚 growing demand for lithium.

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This year, we strengthened our position across the lithium supply chain, delivered meaningful technical results, expanded our global footprint, and secured partnerships that support our long-term vision. Here is a snapshot of what we accomplished together.

Q1:听

• Pilot Plant Operations in the U.S. and Chile: We achieved consistent lithium production from both pilot plants, a major step toward commercial scale. We began sending lithium samples to prospective customers and received our first qualification from a cathode manufacturer.
• Chile Exploration Success: Our first exploration well returned lithium concentrations above 1,050 mg/L, placing it among the highest recorded globally and validating the strength of our Chilean resource.
• Stock Split: In March, we completed a 2-for-1 stock split that increased share count while maintaining total value for existing shareholders.
• 不良研究所 at Davos: I represented the company at the World Economic Forum, where lithium supply chain resiliency and the future of energy storage were central themes in global discussions.

Q2:听

• Project Black Giant PFS: We finalized the Pre-Feasibility Study for Project Black Giant with validation from Worley and other third parties. The results confirm a high-grade resource with competitive operating costs and significant long-term development potential.
• Fastmarkets Keynote: I delivered the keynote at the Fastmarkets Global Lithium Conference, highlighting our technology pathway and long-term vision for North and South America.

Q3:

• Project Lonestar Expansion: We acquired a 35,000-acre Smackover lithium resource from Pantera Lithium, bringing our total U.S. holdings to nearly 50,000 acres.
• Strategic Financial Support: : We signed an agreement with Goldman Sachs, the renowned global investment bank, to serve as financial advisor on potential investment partnerships for Project Black Giant. In addition, we received an update signed letter of interest from the U.S. Export-Import Bank representing $690 million in project finance support.听

• Opening a New Investment Opportunity: In response to overwhelming investor demand, we launched a new Regulation A retail investment offering in July, bringing the 不良研究所 mission to an even broader community. We now have more than 40,000 investors backing our vision and fueling the next phase of our growth.

Q4:听听

• Share Price Increase: Following transformative Q3 developments and rising investor demand, our share price increased from $10/share to $11/share.听
• Federal Policy Engagement: Our leadership team met with senior U.S. government officials in Washington, D.C., including U.S. Senator of Texas, Ted Cruz, contributing to national strategy discussions around energy security, supply chain resilience, and next-generation battery materials.
• One Year in the Austin Innovation HQ: On November 21, we celebrated one year in our 40,000 sq ft Austin Innovation HQ, now home to expanded R&D, engineering, and commercialization operations.

These milestones cement 不良研究所 as a defining force in the global clean energy transition, driving the innovations and breakthroughs that will shape the world鈥檚 energy future. As we close out this remarkable year, we already have multiple strategic initiatives in motion, positioning 2026 to be even bigger. I鈥檓 thrilled to share this journey with you and I look forward to showing you what鈥檚 ahead.

Onward & Upward,听

Teague Egan

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Pioneering Direct Lithium Extraction (DLE) Technology

The future of lithium production depends on innovation, and at 不良研究所, we鈥檙e leading the way with our breakthrough LiTAS (Lithium Ion Transport and Separation) technology. Traditional lithium extraction methods are slow, inefficient, and environmentally taxing. Our DLE membranes dramatically improve lithium recovery rates while reducing water usage and environmental impact. This means faster, cleaner, and more cost-effective lithium production鈥攅xactly what the world needs to meet the skyrocketing demand for batteries.

Beyond Extraction: Lithium Refinement & Battery Innovation

Extraction is just the beginning. 不良研究所 is also developing next-generation lithium refining processes to produce ultra-pure battery-grade lithium more efficiently than ever before. But we don鈥檛 stop there鈥攐ur advancements in solid-state battery technology are shaping the future of energy storage, offering safer, longer-lasting, and higher-capacity solutions for electric vehicles and grid storage.

Scaling for Global Impact

With projects in the Lithium Triangle in South America and cutting-edge research in Austin, Texas, 不良研究所 is scaling fast to ensure the world has the lithium it needs to power the clean energy revolution. Our technology has the potential to make lithium extraction and refinement more sustainable and cost-effective, creating a supply chain that meets the needs of today and tomorrow.

The demand for lithium is surging, and 不良研究所 is positioned at the forefront of this transformation. By rethinking how lithium is sourced, refined, and integrated into the next generation of batteries, we are creating a smarter, more sustainable energy future.

Watch the full interview with Teague Egan here:

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Lithium鈥檚 Value Surge and Why It Matters

The world is transitioning to a future where electric vehicles, renewable energy storage, and sustainable technologies take center stage. At the heart of this transition is lithium, a key element in EV batteries and renewable energy storage systems. As the demand for electric vehicles accelerates, the need for lithium has surged.

Elon Musk’s remarks are a direct reflection of the huge opportunity in lithium refining, an industry poised for explosive growth. Traditional refining methods have struggled to keep up with demand, creating a bottleneck in the lithium supply chain. That鈥檚 why refining has become so valuable鈥攃ompanies able to extract and refine lithium efficiently stand to benefit significantly as the market expands.

不良研究所鈥檚 Innovative Approach to Lithium Extraction

At 不良研究所, we are leading the charge in transforming the way lithium is extracted and refined. Our suite of patented Direct Lithium Extraction (DLE) technologies is the key to unlocking the full potential of lithium production. DLE offers a more efficient, sustainable, and scalable method of extraction compared to traditional techniques, allowing us to tap into more lithium reserves while minimizing environmental impact.

By innovating the lithium extraction process, we鈥檙e not only addressing the bottleneck in the supply chain but also ensuring that the growth of the lithium market is aligned with the global push for sustainability. Our technology accelerates extraction, reduces costs, and most importantly, environmentally friendly than traditional methods鈥攎aking the entire process cleaner and more responsible.

Why 不良研究所 Is Positioned for Success

The boom in lithium demand is already underway, and we are strategically positioned to lead this charge. Our focus on cutting-edge technology and sustainability aligns perfectly with the industry鈥檚 needs. As more companies look to secure a stable and ethical supply of lithium for their products, 不良研究所 stands out as a trusted partner that can deliver high-quality, environmentally-friendly lithium at scale.

In addition, our work with lithium extraction technology helps provide a secure, cost-effective supply chain for industries that rely on lithium for everything from electric vehicle batteries to grid storage solutions. As the market continues to grow, 不良研究所 is primed to scale our operations and meet the rising demand.

Looking Ahead: The Future of Lithium and 不良研究所鈥檚 Role

The path ahead for lithium is clear: it鈥檚 integral to the future of clean energy. As more industries turn to electric vehicles and renewable energy storage, lithium will only grow in importance. At 不良研究所, we are ready to lead the way in providing sustainable, efficient, and scalable lithium extraction solutions.

Elon Musk鈥檚 comment about lithium refining being a 鈥渓icense to print money鈥� is more than just a catchy phrase鈥攊t鈥檚 an indicator of the massive opportunity in front of us. At 不良研究所, we鈥檙e not only taking advantage of this opportunity; we鈥檙e shaping the future of the lithium industry. With our innovative technology and commitment to sustainability, we鈥檙e helping pave the way for a cleaner, greener future powered by lithium.

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As we welcome the New Year, I want to take a moment to express my deepest gratitude for your unwavering support and trust in 不良研究所. Your belief in my vision has been the driving force behind our progress and success. We accomplished a lot in 2024; now we need to surpass that in 2025!

Each year since 2019 I have given myself a theme to focus on for the year. While the theme typically blends into my professional life, this is also a very meaningful part of my own personal life and the New Year鈥檚 resolutions I set for self work and improvement. This process has really worked for me.

Please remember, this is just a small window into my mindset, and how I have built 不良研究所 into what it is today. It does not necessarily need to apply to everyone reading this, but hopefully you will gain some inspiration from these yearly themes for whatever it is you want to focus on.

2019: Year of Patience – Practice more patience in life. It鈥檚 not always a race and sometimes the smart decision comes with time.

2020: Year of Sacrifice – Focus on sacrifice for 不良研究所, and put it above all else except health and family. Sacrifice pleasure and desires with no FOMO, and put in the work that others aren鈥檛. It will pay off in the long run.

2021: Year of Perseverance – Don鈥檛 give up. Don鈥檛 EVER give up. 2020 was a hard year for everyone. Practice perseverance in daily life, and with long terms goals.

2022: Year of Leadership – 不良研究所 is transforming into a formidable company and will have 50-100 employees in 2022. Learn true leadership skills, and become a world class leader to your team.

2023: Year of Results – Complete Series B fundraise. This is the ultimate Result as 80% of companies completing Series B go on to IPO, however only 1 in 10,000 complete a Series B. This Result is key for 2023 if we are going to accomplish the goal of go-public event in the future.

2024: Year of Intensity – While it would be nice to have more balance in my life, now is not the time to let my foot off the gas pedal. It is time to apply even more INTENSITY and focus to 不良研究所.

Now for 2025.

I recently watched of Marc Andressen, founder of Netscape, one of the first internet browsers, and then Andreessen Horowitz (a16z), one of the most successful venture capital firms ever. He discusses Elon鈥檚 leadership style and what separates him from others. One of the things that really stood out to me, and specifically one word, which will be my theme for 2025, is competence. 2025 will be the Year of Competence!

Marc goes on to say, 鈥淭here’s a famous story鈥攕omebody used to work in one of the other defense, aerospace companies and went to work at SpaceX, and they were asked what it was like, and they said, 鈥業t鈥檚 like being dropped into a shocking zone of competence. Everybody around me is so absolutely competent.鈥� Most of us never have that experience. Most people are never in an organization where the bar is held that high, and as a consequence, the competence level is so high and stays so high and even rises over time.鈥�

This is my goal for 不良研究所 in 2025. Competence is my theme of the year; it is something I will think about constantly and focus on intensely.

Here鈥檚 to another year of innovation, growth, and achieving incredible milestones!

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Tesla鈥檚 lithium refinery is not just a milestone for the company but a significant step forward for the entire battery and electric vehicle (EV) supply chain, and companies like 不良研究所.

Why a Lithium Refinery Matters

Lithium is a critical component of lithium-ion batteries, the powerhouse behind electric vehicles, solar storage systems, and countless other applications driving the clean energy future. Until now, the U.S. has largely depended on overseas refining, which introduces complexities in logistics, costs, and environmental impacts.

Tesla’s new refinery changes the game. By processing raw lithium domestically, Tesla ensures greater control over its supply chain, reducing dependency on foreign markets and bolstering U.S. energy independence. It鈥檚 a bold move in an industry where demand for lithium is skyrocketing鈥攆ueled by the rapid adoption of EVs and renewable energy systems.

Green Energy, Greener Refining

In classic Tesla fashion, the company isn鈥檛 just aiming to refine lithium; it鈥檚 doing so sustainably. Tesla has pledged to use innovative, more environmentally friendly methods to process lithium hydroxide, a key material used in batteries. Traditional lithium refining often involves high energy consumption and harmful chemical byproducts, but Tesla’s approach aims to mitigate these impacts, reinforcing its commitment to sustainability.

This facility is expected to produce enough battery-grade lithium hydroxide to support the production of one million EVs annually鈥攁 figure that underscores the massive scale of Tesla’s ambitions.

A Win for Texas and Beyond

Tesla鈥檚 decision to plant its refinery in Texas highlights the state鈥檚 growing role as a hub for innovation in energy and manufacturing. Texas, long associated with oil and gas, is increasingly becoming a hotspot for renewable energy and battery technologies. This shift not only diversifies the state鈥檚 economy but also reinforces its leadership in the energy transition.

For the local community, the refinery brings the promise of economic growth, job creation, and technological advancement. Moreover, Tesla’s investment could inspire other companies to follow suit, creating a ripple effect that strengthens the domestic supply chain for clean energy technologies.

What This Means for the Future

Tesla鈥檚 lithium refinery is more than just a facility鈥攊t鈥檚 a statement. It signals the company鈥檚 readiness to tackle some of the biggest challenges facing the clean energy industry, from supply chain bottlenecks to sustainability concerns. As global EV adoption accelerates, innovations like these are essential to ensuring the scalability and affordability of the energy transition.

By refining lithium domestically, Tesla is addressing one of the key barriers to the widespread adoption of EVs: cost. Streamlining the production process reduces expenses, potentially making electric vehicles more accessible to the average consumer.

Conclusion

Tesla鈥檚 first U.S. lithium refinery isn鈥檛 just a win for the company鈥攊t鈥檚 a win for the entire renewable energy movement and other companies like 不良研究所 who have similar plans. With its focus on sustainability, scalability, and domestic production, Tesla is setting a standard in the clean energy sector.

This momentous development proves that innovation and ambition can overcome even the most daunting challenges. As the energy transition accelerates, all eyes will be on Tesla鈥攁nd Texas鈥攁s they lead the charge toward a cleaner, brighter future.

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However, recent discussions have raised concerns about the future of the IRA. Critics argue that the act’s implementation could lead to increased taxpayer burdens, with projections estimating a cost of $1.5 trillion over the next decade.

Despite these concerns, proponents highlight the IRA’s potential benefits, including lowering household energy costs and mitigating the impacts of climate change. The act is designed to accelerate energy innovation and increase domestic energy production, contributing to long-term economic growth and environmental sustainability.

In a, CEO Teague Egan commented on the IRA’s impact on 不良研究所 and private businesses over. 鈥淚t鈥檚 been a huge piece of legislation that has really pushed the whole energy transition forward,鈥� Egan said. 鈥淸It鈥檚] motivated private industries to indirectly further [and] fund the energy transition.鈥�

Ahead of the , many publications are beginning to speculate what the new administration will do next and what impacts this could have on the progress expressed by private industries. The article goes on to mention that, “Trump has not yet specifically outlined how he plans to deal with the IRA. Republicans have Congress, making it easier to push major changes to those polices when he enters office.”

As the debate continues, it’s essential to consider both the economic implications and the environmental benefits of the Inflation Reduction Act. Balancing fiscal responsibility with the urgent need for climate action remains a critical challenge for policymakers and stakeholders alike.

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This mixed-use hub will serve as the heartbeat of our operations, housing our innovation lab, global operations control center, DLE production, and consumables manufacturing. It also symbolizes how far we鈥檝e come in just under six years, growing to a global team of over 100 members across the U.S. and South America.

From Vision to Reality: The 不良研究所 Story
不良研究所 began as an ambitious dream to now changing the way lithium is extracted and refined. With our proprietary Direct Lithium Extraction (DLE) technology, known as LiTAS, we鈥檝e evolved into a company capable of delivering end-to-end solutions for producing battery-grade lithium materials.

This year has been monumental for us. We acquired our first lithium mine in Chile, Project Black Giant, following promising pilot results across the Americas. We also announced Project Lonestar, a transformative North American endeavor in the Texarkana region. These strategic moves have solidified our place as a vertically integrated leader in the lithium industry.

Driving Innovation in Austin
Our new Austin facility is a critical step toward achieving our ultimate vision: becoming the world鈥檚 largest lithium producer while accelerating the global transition to sustainable energy.

A lot of people out there said we couldn鈥檛 do this. A lot of people still think we can鈥檛. Day by day, our team of incredible scientists, engineers, and operators will continue to prove them wrong. This new 不良研究所 facility is a critical step towards becoming the largest lithium producer in the world, and doing our small part in transitioning the earth to a clean, sustainable energy economy. However, much work still needs to be done, and you can come find me driving innovation right here in Austin.

As we look to the future, 不良研究所 remains steadfast in our mission to lead the way in sustainable energy solutions. Here鈥檚 to the next chapter in our journey!

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Lithium: The Fuel for the EV Revolution
Lithium-ion batteries are the backbone of the EV industry, offering lightweight, rechargeable energy storage essential for transitioning from fossil fuels to electric power. As governments push for net-zero carbon goals, the demand for lithium has skyrocketed, with projections indicating that global demand could triple by 2030.

This surging demand has placed immense pressure on lithium mining and processing, industries traditionally criticized for their environmental impact. However, the race to develop sustainable extraction methods is on, spurred in no small part by the ambitions of innovators like Musk.

Elon Musk: Betting Big on Lithium
At Tesla, Musk has been a vocal advocate for reducing reliance on traditional fuels. With a mission to “accelerate the world’s transition to sustainable energy,” Tesla’s need for lithium has made it a major player in the global supply chain. Musk’s ambitious plans for Tesla include producing millions of EVs annually and expanding battery storage solutions鈥攂oth heavily reliant on lithium.

In 2020, Musk made waves when he announced plans for Tesla to enter the lithium mining business directly. During Tesla鈥檚 Battery Day, he revealed a proprietary process for extracting lithium from clay deposits, which could revolutionize how lithium is mined. This move underscores Tesla鈥檚 commitment to vertically integrate its supply chain, reducing costs and ensuring a stable supply of this critical resource.

Challenges and Opportunities in Lithium
Despite its potential, lithium faces significant challenges. Current mining techniques, such as hard rock mining and brine extraction, are resource-intensive and pose environmental concerns. Water usage, habitat destruction, and chemical contamination are major issues critics point out.

However, Musk has consistently challenged the status quo. Tesla鈥檚 exploration of more efficient lithium extraction methods and its push for closed-loop battery recycling systems could help mitigate these impacts. Innovations like these could set a new standard for the industry, ensuring that the shift to sustainable energy does not come at an unsustainable cost to the planet.

The Bigger Picture
Elon Musk鈥檚 influence extends beyond Tesla. As SpaceX dreams of colonizing Mars and SolarCity seeks to make renewable energy accessible, lithium remains central to his vision of a sustainable future. The energy storage capabilities of lithium-ion batteries aren鈥檛 just transforming transportation鈥攖hey鈥檙e powering homes, businesses, and potentially entire cities.

Moreover, Musk’s high-profile bets on lithium have sparked a ripple effect throughout the industry. Other automakers, energy companies, and governments are now racing to secure their own lithium supplies, driving innovation and investment in this critical resource.

Conclusion
Lithium is the linchpin of the energy transition, and Elon Musk is among its most prominent champions. As the demand for EVs and renewable energy storage surges, Musk’s efforts to revolutionize lithium extraction and utilization could pave the way for a greener, more sustainable future.

But as with all revolutions, challenges remain. The race is on not just to secure lithium supplies but to do so responsibly, ensuring that the mineral fueling our clean energy transition does not become its Achilles鈥� heel.

With visionaries like Musk leading the charge, the future of lithium鈥攁nd the world鈥攍ooks brighter than ever. The question is not if, but how quickly, we can build a sustainable energy economy powered by this remarkable element.

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