Investor Information










Why Invest in Appia?

Investing in Appia offers a unique opportunity to tap into the growing demand for rare earth elements and uranium, which are pivotal in powering various industries. Appia stands out as an exploration company that imparts an environmentally responsible approach. As the world transitions to cleaner energy sources and advanced technologies, the demand for rare earth elements and uranium is on the rise. Appia’s strategic positioning in these markets, coupled with its commitment to environmentally conscious exploration practices, makes it a compelling choice for investors looking to align their portfolios with the future of clean energy, high-tech innovation, and responsible resource development. By investing in Appia, you not only stand to benefit from the potential financial rewards but also contribute to a cleaner and more technologically advanced future.


We took the time to answer some of the relevent questions investors ask us about Appia. If you still have questions after looking through our responses, fell free to ask us your questions directly using the form below

Diverse Resource Portfolio: Appia and Uranium Corp. boasts a diverse portfolio of rare earth elements (REE) and uranium assets. What sets Appia apart is its exceptionally rare project in Brazil, characterized by extraordinarily high levels of Heavy Rare Earth Elements (HREO) mineralization right from the surface. This unique project opens up new avenues for strategic investments in the high-demand REE market.

Strategic Locations: Appia’s projects are strategically situated in regions renowned for their mineral wealth. The company’s properties in Saskatchewan, Ontario, and Brazil provide access to valuable REE and uranium mineralization in well-established mining regions, enhancing the investment’s long-term potential.

Experienced Leadership: Appia is guided by an experienced management team with a deep understanding of the natural resource industry. Their expertise in mineral exploration and development underscores the company’s ability to unlock the full value of its assets.

Community Engagement: Appia is committed to engaging with local communities, particularly the First Nations Athabasca Basin Residents. By contributing to economic growth, job creation, and regional prosperity, the company provides investors with an opportunity to support responsible development.

Clean Energy Focus: Appia plays a pivotal role in the global transition to cleaner energy sources, providing materials essential for clean energy generation. This aligns with the increasing global emphasis on reducing carbon emissions and ensuring a stable energy supply.

Uranium Demand: With the increasing global demand for uranium, driven by countries seeking low-carbon energy sources, Appia is poised to responsibly meet this demand while prioritizing environmental preservation.

Strategic Proximity: Several of Appia’s properties are conveniently located near key mining operations, such as Cameco’s Rabbit Lake uranium mill and Eagle Point mine operations. This proximity strengthens synergies and operational efficiency, offering potential advantages for investors.

Financial Growth Potential: As the demand for REE and uranium continues to surge, Appia’s exploration and development activities offer significant potential for enhancing shareholder value. The presence of a unique, high-grade HREO project in Brazil adds an additional layer of investment attractiveness.

In summary, Appia presents a captivating investment opportunity for those seeking exposure to the escalating demand for rare earth elements and uranium. The company’s multi-faceted approach to responsible resource extraction, focus on community empowerment, commitment to clean energy, experienced leadership, and unique high-grade HREO project in Brazil position it as an alluring choice for investors looking to align their portfolios with emerging market trends while contributing to a more environmentally conscious future.

Rare earth elements (REE) are vital components in the production of electronic devices and high-power magnets, particularly within the rapidly expanding electric vehicle sector. The escalating demand for these essential REE has established China as a dominant force in mining and refining these elements, granting them significant strategic influence. Notably, the United States has historically imported more than 80% of its REE from China, resulting in a vulnerability to supply disruptions, as evident in previous instances. Ongoing trade tensions between the USA and China have further underscored the urgency of diversifying REE sourcing. As a response to these challenges, the U.S. government is actively exploring solutions, including proposed legislation for the establishment of a strategic REE stockpile, reinforcing the critical need for diversified supply channels and the preservation of a stable REE supply chain.

The comparison between ionic clay and hard rock in the context of mineral exploration and development is multifaceted and involves several crucial factors.


Ionic Clay:Drilling in ionic clay is typically less challenging than hard rock due to its softer nature. This results in reduced wear and tear on drilling equipment, leading to more efficient and cost-effective drilling operations.
Hard Rock:Drilling in hard rock can be more labor-intensive, requiring specialized equipment designed to penetrate and extract minerals from solid rock formations. This often entails higher capital and operating costs.


Ionic Clay: Processing ionic clay may involve simpler and less energy-intensive techniques compared to hard rock. The clay’s natural characteristics often facilitate easier separation of rare earth elements (REE) during processing.

Hard Rock: Processing hard rock can be more complex, involving crushing, grinding, and leaching methods to extract REE. These processes may be more energy-intensive and costly.


Ionic Clay: Metallurgical processes for ionic clay are generally straightforward due to the clay’s relatively pure composition. This simplicity can result in higher recovery rates of valuable REE.

Hard Rock: Metallurgy for hard rock is often more intricate, requiring extensive mineral separation and refinement to recover REE effectively. This complexity can sometimes lead to lower recovery rates.


Ionic Clay: Ionic clays typically exhibit lower radioactivity levels compared to hard rock. Lower radioactivity can lead to fewer environmental and health hazards during mining and processing.

Hard Rock: Some hard rock mineralization, especially those containing uranium and thorium, can be radioactive, necessitating additional safety measures and precautions during mining and processing.

Capital and Operating Costs:

Ionic Clay: Ionic clay projects may have a competitive advantage with lower capital and operating costs due to the easier drilling, processing, and metallurgy, leading to potential cost savings.

Hard Rock: Hard rock projects often involve higher capital investments and operating costs due to the more complex and energy-intensive processes required for extraction and recovery.

REE Distribution:

Ionic Clay: The composition of ionic clay often contains a significant proportion of heavy rare earth elements (HREO), which are vital for many advanced technologies. This can be a significant advantage for industries relying on HREOs.

Hard Rock: Hard rock mineralization can have variable REE distributions, with some containing a higher proportion of light rare earth elements (LREO). The importance of specific REE varies depending on their application in various industries.

Industry Compatibility:

The compatibility of ionic clay and hard rock depends on the specific industry needs. Ionic clay may be favored in industries where a consistent supply of a broad spectrum of REE, particularly HREOs, is essential. Hard rock mineralized zones may find favor in industries with specific REE requirements or where well-established processing and extraction methods are preferred.

Key Attributes of Ionic Clay:

The key attributes of ionic clay that make it a preferred choice in mineral exploration and development include its relative ease of drilling, simplified processing, lower radioactivity, and the potential for cost savings. Additionally, its composition, which often includes substantial HREOs, positions it favorably in industries requiring a wide range of rare earth elements.

The choice between ionic clay and hard rock depends on the specific project’s objectives, industry requirements, and the characteristics of the deposit. Ionic clay offers several advantages, especially in terms of cost-effectiveness and HREO content, making it a valuable option in the broader landscape of mineral exploration and development.

In the rare earth elements (REE) market, the categorization into Total Rare Earth Oxides (TREO), Light Rare Earth Oxides (LREO), Magnetic Rare Earth Oxides (MREO), and Heavy Rare Earth Oxides (HREO) is crucial for assessing the value and applicability of various REE mineralized zones. While each category plays a role in different applications, HREOs are particularly important due to their scarcity and criticality in advanced technologies. Elements like Dysprosium (Dy), Terbium (Tb), and Yttrium (Y) within the HREO group are essential for high-strength permanent magnets used in various industries. Industry compatibility depends on the availability of these critical REE, as they are indispensable for cutting-edge technologies such as electric vehicles, wind turbines, and defense systems. Thus, the presence of significant HREO mineralization in a project, as seen in Appia’s rare Brazilian project, positions it favorably in the market, reflecting the growing demand for these specific elements in today’s industrial landscape.

The surge in global uranium demand is being propelled by growing concerns related to climate change, the need for energy security, and the pursuit of affordable energy solutions. In response to these concerns, various countries are now adopting nuclear energy as a strategic pathway towards achieving energy independence, signifying a notable shift in their energy policies. This growing demand is further intensified by recent geopolitical developments, including supply disruptions from Russia, which have amplified the urgency to secure uranium resources. Projections indicate an impending uranium deficit, with an estimated annual average shortfall of 42 million pounds over the next decade. To mitigate supply risks, Western utilities are actively seeking stable sources of uranium, with a particular focus on low-risk jurisdictions such as Canada and the United States. Notably, the location of our Elliot Lake deposit within a historically significant uranium mining camp holds the potential to expedite the permitting process, further contributing to the reliability of uranium supply.

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Capital Structure


Share Price


Market Capitalization

C$0.31 C$0.06

52 Week Range

136.3 Million

Issued Shares

144.5 Million

Fully Diluted Shares

$2.5 Million CAD

Cash on Hand

As of February 16th, 2023


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