Honoring Heritage and Building Futures: National Indigenous Peoples Day and the Role of Raw Materials in Indigenous Prosperity

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June 21, 2024

As President of the Canadian Centre for Raw Materials Display Inc. (CACERMDI), it is an honor to join in the celebration of National Indigenous Peoples Day. This day, dedicated to recognizing the rich cultures, contributions, and histories of First Nations, Inuit, and Métis peoples, also provides an opportunity to reflect on the intersections between Indigenous communities and the raw materials sector in Canada.

A Rich Legacy of Stewardship

Indigenous peoples in Canada have a profound and enduring connection to the land and its resources. For thousands of years, they have demonstrated sustainable practices in harvesting raw materials, embodying a deep respect for the environment. This legacy of stewardship offers invaluable lessons as we navigate the complexities of resource management in the 21st century. Traditional ecological knowledge, passed down through generations, can inform and enhance contemporary approaches to sustainable development.

Partnerships for Sustainable Development

The raw materials sector plays a significant role in Canada’s economy, and Indigenous communities are increasingly becoming pivotal stakeholders in this industry. Across the nation, Indigenous-led enterprises are engaging in mining, forestry, and other resource-based ventures, fostering economic growth and self-sufficiency. These partnerships not only create jobs and training opportunities but also ensure that development projects are conducted in an environmentally responsible and culturally respectful manner.

At CACERMDI, we are committed to supporting these initiatives by facilitating dialogue, providing educational resources, and promoting best practices in the raw materials sector. Our goal is to empower Indigenous communities to fully realize the benefits of their natural resources while preserving their cultural heritage and protecting their lands.

Educational and Economic Empowerment

Education is a cornerstone of empowerment. By investing in educational programs and vocational training, we can equip Indigenous youth with the skills needed to thrive in the raw materials industry. CACERMDI is proud to collaborate with Indigenous educational institutions and community organizations to offer scholarships, internships, and mentorship opportunities. These initiatives aim to nurture the next generation of Indigenous leaders in the sector.

Moreover, economic empowerment through resource development can significantly enhance the quality of life in Indigenous communities. Revenue generated from resource projects can be reinvested in vital infrastructure, healthcare, and educational services, contributing to the overall well-being and resilience of these communities.

Celebrating Achievements and Looking Forward

National Indigenous Peoples Day is also a time to celebrate the remarkable achievements of Indigenous peoples in the raw materials sector. From innovative mining projects to sustainable forestry practices, Indigenous-led initiatives are setting new standards for the industry. These success stories serve as powerful examples of what can be achieved through collaboration, respect, and shared vision.

As we look to the future, CACERMDI remains dedicated to fostering strong partnerships with Indigenous communities. We believe that by working together, we can build a more sustainable and inclusive raw materials industry that honors the past while embracing the future.

Conclusion

National Indigenous Peoples Day is a reminder of the vital contributions that Indigenous peoples make to the fabric of our nation. It is also an opportunity for all of us in the raw materials sector to reaffirm our commitment to supporting Indigenous communities in their pursuit of economic empowerment and sustainable development.

At CACERM-DI, we are inspired by the resilience, wisdom, and vision of Indigenous peoples. We are committed to walking alongside them on this journey, ensuring that their voices are heard, their rights are respected, and their futures are bright.

In celebrating National Indigenous Peoples Day, let us honor the heritage, recognize the contributions, and support the aspirations of Indigenous peoples across Canada. Together, we can create a legacy of prosperity and sustainability for generations to come.

Author: Leo Ekhaguere, President
Canadian Centre for Raw Materials Display Inc. (CACERMDI)
Toll-Free 18662750224

This article highlights the significant relationship between Indigenous communities and the raw materials sector, celebrating their contributions and outlining CACERMDI’s commitment to supporting Indigenous-led initiatives.

Unlocking the Earth’s Wealth: The Promise of Bioleaching

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Osagie Ekhaguere

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June 21, 2024

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Unlocking the Earth’s Wealth: The Promise of Bioleaching

In the quest for sustainable and eco-friendly mining practices, bioleaching emerges as a revolutionary technique, promising to transform the way we extract valuable metals from the earth. This innovative method, harnessing the power of microbes, offers an alternative to traditional mining processes that are often criticized for their environmental impact.

Understanding Bioleaching

Bioleaching, also known as biomining, involves the use of naturally occurring bacteria and fungi to extract metals from ores. These microorganisms, primarily Acidithiobacillus ferrooxidans and Acidithiobacillus thiooxidans, thrive in acidic environments and feed on metal sulfides. Through their metabolic processes, they convert these sulfides into soluble metal ions, which can then be easily recovered from the solution.

This method stands in stark contrast to conventional mining techniques that rely on high-temperature smelting and the use of hazardous chemicals like cyanide. Bioleaching not only reduces the need for such environmentally damaging practices but also offers a cost-effective and energy-efficient alternative.

Environmental Benefits

One of the most significant advantages of bioleaching is its minimal environmental footprint. Traditional mining and smelting processes release large quantities of greenhouse gases and toxic chemicals into the atmosphere and surrounding ecosystems. In contrast, bioleaching produces negligible emissions and reduces the risk of soil and water contamination.

Additionally, bioleaching can be conducted on low-grade ores that would otherwise be considered waste. This not only maximizes the utilization of available resources but also minimizes the need for extensive land disruption and waste generation associated with conventional mining.

Economic Advantages

Beyond its environmental benefits, bioleaching presents several economic advantages. The process operates at ambient temperatures and pressures, significantly lowering energy costs. Moreover, it can be applied in-situ, directly at the mine site, reducing the need for extensive transportation and processing infrastructure.

Bioleaching also allows for the extraction of metals from mine tailings and other waste materials, transforming what was once an environmental liability into a valuable resource. This capability is particularly crucial as the world faces dwindling supplies of high-grade ores and increasing demand for metals essential for modern technology, such as copper, gold, and rare earth elements.

Challenges and Future Prospects

Despite its potential, bioleaching is not without challenges. The process can be slower than traditional methods, sometimes taking several months to yield results. Additionally, it requires careful management of the microbial environment to ensure optimal conditions for metal extraction.

However, ongoing research and technological advancements are continually improving the efficiency and applicability of bioleaching. Scientists are exploring genetic engineering to develop more robust and effective microbial strains. Advances in biotechnology and bioinformatics are also enhancing our understanding of microbial communities, enabling more precise control over the bioleaching process.

Conclusion

Bioleaching represents a promising stride toward more sustainable mining practices. By leveraging the natural capabilities of microorganisms, this innovative technique offers a cleaner, greener, and more economical approach to metal extraction. As the world grapples with the dual challenges of resource scarcity and environmental degradation, bioleaching stands out as a beacon of hope, pointing the way to a more sustainable future.

The transition to widespread adoption of bioleaching will require continued investment in research and development, as well as supportive regulatory frameworks. However, the potential rewards—both environmental and economic—make it a pursuit well worth undertaking. In embracing bioleaching, we not only unlock the earth’s wealth but also safeguard its health for generations to come.

Urban Mining: The Hidden Treasure in Our Cities

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Osagie Ekhaguere

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June 21, 2024

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In the bustling heart of our urban landscapes lies an often-overlooked treasure trove, waiting to be unearthed. This treasure isn’t buried beneath the ground in the traditional sense, nor is it composed of gold or silver. Instead, it’s hidden in the form of discarded electronics, old buildings, and even everyday household waste. This modern-day gold rush is known as urban mining, a practice that could revolutionize the way we think about resources and sustainability.

The Concept of Urban Mining

Urban mining refers to the process of reclaiming raw materials from urban waste. This includes everything from metals found in electronic devices, like smartphones and computers, to construction materials from old buildings, and even rare earth elements. Unlike traditional mining, which involves extracting resources from the earth, urban mining focuses on recycling and repurposing materials that are already in circulation.

Why Urban Mining Matters

The importance of urban mining cannot be overstated, especially in the context of our current environmental challenges. Here are some key reasons why this practice is crucial:

Resource Conservation: Natural resources are finite, and the extraction of these resources often comes with significant environmental costs. Urban mining provides an alternative by reducing the need to tap into virgin materials.
Environmental Protection: Traditional mining operations can lead to deforestation, water pollution, and habitat destruction. Urban mining, on the other hand, can help mitigate these environmental impacts by recycling existing materials.
Waste Reduction: Our cities produce vast amounts of waste, much of which ends up in landfills. Urban mining helps reduce this waste by repurposing materials that would otherwise be discarded.
Economic Benefits: Urban mining can create jobs and stimulate local economies. It also reduces the costs associated with waste management and raw material procurement.

The Process of Urban Mining

Urban mining involves several stages, each crucial to the efficient extraction and repurposing of materials:

Collection: The first step is collecting electronic waste (e-waste), construction debris, and other materials. This can be done through dedicated collection points, recycling centers, and even curbside pickup services.
Sorting and Dismantling: Once collected, the materials need to be sorted and dismantled. For e-waste, this means separating different components such as metals, plastics, and glass. For construction waste, it involves sorting concrete, metals, wood, and other materials.
Processing: The sorted materials are then processed to extract valuable elements. This might involve melting metals, shredding plastics, or crushing concrete to be used as aggregate.
Refinement and Repurposing: Finally, the extracted materials are refined and repurposed. Metals can be used to manufacture new electronics, plastics can be transformed into new products and construction materials can be recycled into new building projects.

Challenges and Future Prospects

Despite its numerous benefits, urban mining faces several challenges. One of the main obstacles is the initial cost and infrastructure required to efficiently collect and process urban waste. Additionally, there is a need for more public awareness and participation in recycling programs.

However, the future prospects of urban mining are promising. Advances in technology are making the process more efficient and cost-effective. Governments and organizations are beginning to recognize the potential of urban mining and are investing in the necessary infrastructure. With the right policies and incentives, urban mining can become a mainstream practice, contributing significantly to a more sustainable and circular economy.

Conclusion

Urban mining represents a paradigm shift in how we view waste and resource management. By tapping into the hidden wealth within our cities, we can conserve natural resources, protect the environment, reduce waste, and stimulate economic growth. As we continue to innovate and invest in this field, urban mining has the potential to become a cornerstone of sustainable development, turning our urban landscapes into modern-day gold mines.

Join Our Team at CaCeRMDI!

By

Osagie Ekhaguere

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June 12, 2024

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Are you passionate about innovation and safety in the raw materials industry? Do you have a knack for research and development? The Canadian Centre for Raw Materials Display Incorporated (CaCeRMDI) is looking for dedicated professionals to join our team in three dynamic roles: Raw Materials Display, Research Safety and Innovation Expert, Research & Development Coordinator, and Administrative Assistant. Contribute to our mission of advancing the raw materials sector through cutting-edge research and community engagement. While these positions offer stipends and accommodation, they provide a unique opportunity to make a significant impact in the industry.

Position: Raw Materials Display, Research Safety and Innovation Expert (NOC 2141)
Location: Prince Albert, Canada
Type: Full-Time
Compensation: Stipend provided, accommodation included

About the Role:

As the Raw Materials Display, Research Safety and Innovation Expert, you will ensure the safety and innovation of our raw materials research and display projects. Your role involves conducting safety assessments, developing innovative solutions, and ensuring compliance with safety regulations. You will play a critical part in promoting safe and sustainable practices within the industry and enhancing our raw materials display.

Key Responsibilities:

Conduct safety assessments for raw materials research and display projects.
Develop and implement safety protocols and procedures.
Innovate and improve safety measures in the raw materials industry.
Ensure compliance with relevant safety regulations and standards.
Assist in the design and enhancement of raw materials displays.

Qualifications:

Bachelor’s or Master’s degree in Physics, Environmental Science, Safety Engineering, or a related field.
3-5 years of experience in safety management and innovation within the raw materials sector.
Strong knowledge of safety regulations and best practices.
Excellent problem-solving and analytical skills.

Why Join Us?

Be part of a team committed to safety and innovation.
Work on projects that make a significant impact on the industry.
Opportunity to develop and implement groundbreaking safety measures.

Position: Research and Development Coordinator (NOC 2148)
Location: Prince Albert, Canada
Type: Full-Time
Compensation: Stipend provided, accommodation included

About the Role:

As the Research and Development Coordinator, you will lead our innovative projects aimed at advancing the raw materials industry. You will manage research initiatives, analyze data, and develop new approaches to industry challenges. Your work will contribute to the sustainability and growth of the sector.

Key Responsibilities:

Design and conduct research studies.
Manage research projects from planning to completion.
Analyze data and present research findings.
Collaborate with industry experts and stakeholders.

Qualifications:

Bachelor’s or Master’s degree in Geology, Engineering, Environmental Science, Materials Science, or a related field.
3-5 years of experience in R&D within the raw materials or environmental sector.
Strong analytical and technical skills.
Proficiency in research tools and statistical analysis software.

Why Join Us?

Work on cutting-edge research projects.
Collaborate with leading experts in the field.
Contribute to sustainable practices and innovations in the raw materials industry.

Position: Administrative Assistant
Location: Prince Albert, Canada
Type: Full-Time

About the Role:

As the Administrative Assistant, you will provide comprehensive administrative support to the CaCeRMDI team. Your role involves managing office communications, scheduling, organizing files, and assisting with the preparation of reports and documents. You will be an integral part of ensuring the smooth operation of our office.

Key Responsibilities:

Provide comprehensive administrative support to the CaCeRMDI team.
Manage office communications, including answering phones, responding to emails, and handling correspondence.
Schedule and coordinate meetings, appointments, and travel arrangements.
Maintain and organize files, records, and documents.
Assist in the preparation of reports, presentations, and other documents.
Manage office supplies and equipment, ensuring everything is well-stocked and functioning.
Handle incoming and outgoing mail and deliveries.
Provide support for events, conferences, and other organizational activities.
Perform other administrative duties as required.

Qualifications:

High school diploma or equivalent; additional qualifications in office administration are a plus.
Proven experience as an administrative assistant or in a similar role.
Proficient in MS Office (Word, Excel, PowerPoint) and office management software.
Excellent organizational and time-management skills.
Strong written and verbal communication skills.
Attention to detail and problem-solving abilities.
Ability to work independently and as part of a team.
High level of discretion and confidentiality.

Why Join Us?

Competitive salary and benefits package.
Opportunity to work in a dynamic and innovative environment.
Professional development and growth opportunities.
Positive and collaborative workplace culture.

How to Apply:

Interested candidates are invited to send their resume and cover letter to info@cacermdi.ca. Please specify the position you are applying for in the subject line.

Application Deadline: July 12, 2024, 11:59 PM

Join CaCeRMDI and be a part of a team that is shaping the future of the raw materials industry. We look forward to your application!

CaCeRMDI is an equal-opportunity employer. We celebrate diversity and are committed to creating an inclusive environment for all employees.

The Hidden Role of Saskatchewan Potash: How Potassium Powers Manufacturing of Smartphone, Bulletproof Vests and Vehicles

By

Osagie Ekhaguere

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June 9, 2024

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Potash, primarily known for its use in fertilizers, contains potassium, which can be utilized in various applications, including electronics. While potash itself is not directly used in phone production, the potassium it contains can be processed and utilized in several ways relevant to the manufacturing of smartphones, bulletproof vests and vehicles: Let us examine first the use in smartphone manufacturing.

Potassium Hydroxide (KOH):

Usage: Potassium hydroxide is used in the production of alkaline batteries, which are sometimes used in electronic devices, though less common in smartphones compared to lithium-ion batteries.

Specialized Glass:

Usage: Potassium is a key component in the production of certain types of strengthened glass, such as aluminosilicate glass used in smartphone screens. This glass is chemically treated with potassium to improve its durability and resistance to scratches and impacts. For example, Gorilla Glass, widely used in smartphones, is manufactured using a potassium-ion exchange process to enhance its strength.

Electrolytes:

Usage: Potassium compounds can be used in the development of electrolytes for various types of batteries. While lithium-ion batteries are predominant in smartphones, research into alternative battery chemistries sometimes involves potassium compounds.

Chemical Etching:

Usage: Potassium hydroxide is used in the etching process of semiconductor manufacturing. This process helps in creating the intricate patterns required on semiconductor wafers, which are fundamental components of a smartphone’s integrated circuits.

In summary, while potash itself is not directly used in phone production, the potassium derived from potash plays a significant role in producing the durable glass used for smartphone screens, as well as in certain chemical processes in semiconductor manufacturing and potential future battery technologies.

How Potash Can Be Useful in Bulletproof Vests

Potash, containing potassium, is primarily known for its agricultural applications. However, potassium derived from potash can be processed and utilized in various ways that are relevant to the manufacturing of bulletproof vests. Here’s how potassium can contribute to the effectiveness of bulletproof vests:

Reinforced Fibers:

Usage: Potassium compounds can be used in the production of high-strength fibers such as Kevlar. Kevlar fibers are treated and reinforced using various chemical processes, some of which involve potassium compounds, to enhance their strength and durability. These fibers are woven into fabrics that form the basis of bulletproof vests, providing resistance to ballistic impacts.

Ceramic Plate Reinforcement:

Usage: Potassium is used in the production of certain ceramics that can be incorporated into bulletproof vests. Ceramic plates are often added to the fabric layers of vests to provide additional protection against high-caliber rounds. Potassium can improve the toughness and thermal stability of these ceramics, making them more effective at stopping bullets.

Polymer Composites:

Usage: Potassium compounds are involved in the synthesis of advanced polymers used in composite materials. These composite materials are lightweight yet strong, providing added protection without significantly increasing the weight of the vest. The inclusion of potassium in the polymer matrix can enhance the mechanical properties of these composites.

Specialized Coatings:

Usage: Potassium hydroxide (KOH) and other potassium compounds can be used in the formulation of specialized coatings for bulletproof vests. These coatings can improve the abrasion resistance, chemical resistance, and overall durability of the vest materials, ensuring long-lasting protection.

In summary, while potash itself is not directly used in the production of bulletproof vests, the potassium derived from it plays a crucial role in enhancing the materials used in vests. From reinforced fibers and ceramic plates to advanced polymers and specialized coatings, potassium contributes to the overall effectiveness and durability of bulletproof vests, providing critical protection in ballistic situations.

How Potash Can Be Useful in Bulletproof Vehicles

Potash, primarily known for its use in agriculture, contains potassium, which can be processed and utilized in various applications, including the production of materials used in bulletproof vehicles. Here’s how potassium derived from potash can be useful in this context:

Specialized Glass:

Usage: Potassium is a key component in the production of certain types of strengthened glass, such as aluminosilicate glass. This glass is chemically treated with potassium to improve its durability and resistance to impact, making it suitable for bulletproof windows in vehicles. The potassium-ion exchange process enhances the glass’s strength and ability to absorb and dissipate energy from ballistic impacts.

Reinforced Composites:

Usage: Potassium compounds can be used in the development of advanced composites that are lighter and stronger. These composites can be incorporated into vehicle armor, enhancing the vehicle’s ability to withstand ballistic threats while minimizing weight, which is crucial for maintaining vehicle performance and mobility.

Ceramic Armor:

Usage: Potassium can play a role in the production of certain ceramics used in armor plating. Ceramic armor is effective at stopping bullets and other projectiles by shattering them on impact, and the inclusion of potassium in the ceramic matrix can improve the material’s properties, such as toughness and thermal stability.

Chemical Processes:

Usage: Potassium hydroxide (KOH) is used in various chemical processes that can contribute to the production of materials used in bulletproofing. For example, it can be used in the synthesis of polymers and other materials that are part of composite armor systems.

In summary, while potash itself is not directly used in the production of bulletproof vehicles, the potassium derived from it plays a significant role in creating durable, impact-resistant materials like specialized glass, reinforced composites, and ceramics. These materials are essential for enhancing the protective capabilities of bulletproof vehicles.

Essential Raw Materials from Saskatchewan, Alberta and Manitoba (S.A.M) in Smartphone Manufacturing

By

Osagie Ekhaguere

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June 8, 2024

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Saskatchewan is rich in various raw materials that are crucial in the manufacturing of modern smartphones. Here are some of the key raw materials found in Saskatchewan that are used in phone production:

Potash:

Source: Various mines throughout the province, including the world’s largest potash reserves.
Usage: While potash is primarily used in fertilizers, some of its components, such as potassium, can be used in certain types of batteries and electronic components.

Uranium:

Source: Athabasca Basin
Usage: Uranium is not directly used in smartphones, but its mining often yields valuable by-products like rare earth elements that are essential in electronics.

Rare Earth Elements:

Source: By-products of uranium mining and specific rare earth element deposits.
Usage: Rare earth elements such as neodymium, praseodymium, and dysprosium are used in the magnets for speakers, vibration units, and other components in smartphones.

Copper:

Source: Various deposits and by-products of other mining operations.
Usage: Copper is extensively used in wiring and internal components of smartphones due to its excellent electrical conductivity.

Gold:

Source: Various deposits, particularly in northern Saskatchewan.
Usage: Gold is used in small quantities in smartphones for connectors and circuit boards due to its excellent conductivity and resistance to corrosion.

Silica Sand:

Source: Various sand deposits across the province.
Usage: Silica is a key component in glass manufacturing, including the glass used for smartphone screens.

These materials are integral to the construction and function of various smartphone components, from the battery to the circuitry and beyond. Saskatchewan’s abundant resources contribute significantly to the supply chain for raw materials needed in electronics manufacturing.

Alberta is rich in various raw materials that are crucial in the manufacturing of modern smartphones. Here are some of the key raw materials found in Alberta that are used in phone production:

Silicon:

Source: Quartz-rich sand deposits
Usage: Silicon is a primary material in semiconductors and integrated circuits, which are essential components of smartphones.

Gold:

Source: Placer gold deposits and gold mines in northern Alberta
Usage: Gold is used in small quantities in smartphones for connectors and circuit boards due to its excellent conductivity and resistance to corrosion.

Nickel:

Source: Ultramafic rock deposits
Usage: Nickel is used in batteries, specifically in the cathodes of lithium-ion batteries, which are essential for powering smartphones.

Copper:

Source: Various copper deposits and by-products of other mining operations
Usage: Copper is extensively used in wiring and internal components of smartphones due to its excellent electrical conductivity.

Cobalt:

Source: By-product of nickel and copper mining
Usage: Cobalt is a critical component in lithium-ion batteries, enhancing battery life and stability.

Rare Earth Elements:

Source: Various mineral deposits and by-products of other mining operations
Usage: Rare earth elements such as neodymium and dysprosium are used in the magnets for the phone’s speakers and vibration units.

These materials are integral to the construction and function of various smartphone components, from the battery to the circuitry and beyond. Alberta’s abundant resources contribute significantly to the supply chain for raw materials needed in electronics manufacturing.

Manitoba is rich in various raw materials that are crucial in the manufacturing of modern smartphones. Here are some of the key raw materials found in Manitoba that are used in phone production:

Nickel:

Source: Thompson Nickel Belt and the Lynn Lake region
Usage: Nickel is used in batteries, specifically in the cathodes of lithium-ion batteries, which are essential for powering smartphones.

Copper:

Source: Flin Flon and Snow Lake regions
Usage: Copper is used extensively in wiring and internal components of smartphones due to its excellent electrical conductivity.

Lithium:

Source: Tanco Mine (near Bernic Lake)
Usage: Lithium is a critical component in lithium-ion batteries, which provide the power source for smartphones.

Zinc:

Source: Flin Flon and Snow Lake regions
Usage: Zinc is used in the production of various alloys and is sometimes used in the manufacture of batteries and other components.

Gold:

Source: Snow Lake and other regions
Usage: Gold is used in small quantities in smartphones for connectors and circuit boards due to its excellent conductivity and resistance to corrosion.

Tantalum:

Source: Tanco Mine (near Bernic Lake)
Usage: Tantalum is used in capacitors within smartphones, which are critical for managing power flow and storage.

These materials are integral to the construction and function of various smartphone components, from the battery to the circuitry and beyond. Manitoba’s abundant resources contribute significantly to the supply chain for raw materials needed in electronics manufacturing.

The First Raw Materials Club Inaugurated

By

Osagie Ekhaguere

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June 4, 2024

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The Raw Materials Club: Connecting Enthusiasts to the World of Raw Materials

Dear Raw Materials Enthusiasts,

It is with great pleasure that we introduce to you the Raw Materials Club, which was inaugurated on 30 April 2024 by President Leo of the Canadian Centre for Raw Materials Display Inc. (CACERMDI) during the International Conference and Exhibition for Raw Materials (ICERMs) 2024 April edition at the Mahon Theatre of the Prince Albert Library in Saskatchewan. This club is the first of its kind in the world, dedicated to bringing together individuals with a passion for all things related to raw materials.

The Raw Materials Club offers three classes of membership: Agro Raw Materials Members, Mineral Raw Materials Members, and Fossil Fuel Raw Materials Members. To become a member, simply send an enquiry to info@cacermdi.ca. There is an annual membership subscription fee, which grants you access to a range of benefits, including reduced conference registration fees at CACERMDI’s biannual conference and exhibition (ICERMs).

One key feature of the Raw Materials Club is its inclusivity. Everyone eligible to attend ICERMs is also qualified to join the club, regardless of age. There is no age restriction for club membership, making it a welcoming and diverse community for raw materials enthusiasts of all ages.

The purpose of the Raw Materials Club is to provide a platform for individuals to connect, share knowledge, and collaborate on topics related to raw materials. Whether you are a seasoned professional in the industry or a newcomer looking to learn more, the club offers a wealth of resources and networking opportunities to enhance your understanding and appreciation of raw materials.

Join us on this exciting journey as we explore the world of raw materials together. We look forward to welcoming you to the Raw Materials Club!

Sincerely,
President Leo
Canadian Centre for Raw Materials Display Inc. (CACERMDI)

More on the purpose of the raw materials club:

– Networking: Connecting individuals or businesses involved in the raw materials industry to share knowledge, resources, and opportunities.

– Education: Providing training, workshops, and seminars to enhance understanding of raw materials, their uses, and industry best practices.

– Supply chain management: Facilitating connections between suppliers, processors, and buyers to streamline the supply chain and improve efficiency.

– Sustainability: Promoting environmentally friendly practices and responsible sourcing within the raw materials industry.

– Innovation: Encouraging research and development of new products, technologies, and applications for raw materials.

– Market insights: Sharing market trends, analysis, and research to support informed decision-making.

– Community building: Fostering a sense of community among members, promoting collaboration and mutual support.

Raw Materials Matter: The Essential Components of Modern Smartphones

By

Osagie Ekhaguere

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May 20, 2024

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Smartphones are intricate devices made from a variety of raw materials, each serving a specific purpose in their construction. Some of the key raw materials used in making phones include:

Metals:

Aluminum: Used for the phone’s frame and casing due to its lightweight and durable properties.
Copper: Essential for wiring and electrical connections within the phone’s circuitry.
Gold: Used in connectors and circuit boards due to its excellent conductivity and corrosion resistance.

Plastics:

Polycarbonate: Commonly used for phone casings and other non-metal components due to its lightweight and impact-resistant nature.
Polyethylene Terephthalate (PET): Used in screen protectors and packaging materials.
Acrylonitrile Butadiene Styrene (ABS): Utilized for various structural components and accessories.

Glass:

Gorilla Glass: Specially engineered glass used for smartphone screens due to its scratch resistance and durability.

Rare Earth Elements:

Neodymium: Used in phone speakers and vibration motors due to its strong magnetic properties.
Lithium: Essential for rechargeable lithium-ion batteries, which power smartphones.

Silicon:

Silicon is the primary material used in semiconductor manufacturing, forming the basis of integrated circuits (chips) that power the phone’s processor, memory, and other electronic components.

Ceramics:

Ceramic materials may be used in some phone models for their heat resistance and aesthetic qualities, particularly in high-end smartphones.

Other Materials:

Adhesives: Various types of adhesives are used to assemble phone components securely.
Conductive materials: Such as indium tin oxide (ITO) for touchscreen displays.
Rare metals: In trace amounts, such as tantalum, tungsten, and cobalt, which are used in electronic components.

These raw materials undergo complex manufacturing processes to create the intricate components of modern smartphones, contributing to their functionality, durability, and aesthetic appeal.

Treasures of the Saskatchewan Soil: A Guide to Mineral Raw Materials Riches

By

Osagie Ekhaguere

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May 18, 2024

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President Leo (in the middle) with two Indigenous Miners- Greg and Donald holding in their hands CACERMD’s first Journal and book showcasing the raw materials of Saskatchewan

Saskatchewan is rich in mineral raw materials including potash, sodium sulphate, salt, kaolin, uranium, copper, coal, diamond, and gold, which are extracted from different locations across the province. Here are some key locations where these minerals are extracted:

Potash: Potash mining is concentrated in the southern part of Saskatchewan, particularly in the Prairie Evaporite Formation. Major potash mines include those near the towns of Esterhazy, Lanigan, and Rocanville.
Sodium Sulphate: Sodium sulphate is primarily extracted from natural brine deposits in the Chaplin area of Saskatchewan, located southwest of Moose Jaw.
Salt: Salt mining occurs in various locations across Saskatchewan, including the Chaplin and Belle Plaine areas. Solution mining and conventional mining methods are employed to extract salt from underground salt formations.
Kaolin: Kaolin deposits are found in several locations in Saskatchewan, with notable occurrences near the towns of Claybank and Sedley. Kaolin mining is relatively small-scale compared to other minerals.
Uranium: Uranium mining is concentrated in the Athabasca Basin region of northern Saskatchewan. Key uranium mines include those operated by Cameco Corporation and Orano Canada Inc., located near the towns of Cigar Lake, McArthur River, and Rabbit Lake.
Copper: While Saskatchewan is not a major copper producer, copper deposits have been identified in the province. Exploration activities for copper are ongoing in various areas, including the Flin Flon Greenstone Belt near the Manitoba border.
Coal: Coal mining occurs in southeastern Saskatchewan, primarily in the Estevan-Bienfait area. Major coal mines include those operated by Westmoreland Mining LLC and the Boundary Dam Mine operated by SaskPower.
Diamond: Diamond mining takes place in the Fort à la Corne region of east-central Saskatchewan. The Star Diamond Project, owned by Star Diamond Corporation, is a notable diamond exploration project in this area.
Gold: Gold exploration and mining activities are scattered throughout Saskatchewan, with some gold deposits identified in the Precambrian Shield region of northern Saskatchewan and in the La Ronge Gold Belt.

These are some of the main locations where minerals are extracted in Saskatchewan, contributing to the province’s economy and resource development.

ICERMs 2024 November Edition Registration Extended from Monday 29 July 2024 to Monday 26 August 2024 at 11:59 PM Saskatchewan Time

By

Osagie Ekhaguere

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May 6, 2024

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Trina Bell Declaring the Second International Conference and Exhibition For Raw Materials – ICERMs 2024 April Edition Open on behalf of His Worship Greg Dionne the Mayor of the City of Prince Albert

Registration for the 3rd International Conference and Exhibition for Raw Materials (ICERMs) 2024 November Edition has been extended from Monday 29 July 2024 to Monday 26 August 2024 at 11:59 pm Saskatchewan time, Register Now: ICERMs 2024 Registration Form

Eligibility for 3rd International Conference and Exhibition (ICERMs 2024 November Edition)

Delegates must meet the following criteria:

Age Requirement: Delegates must be at least eighteen years old at the time of registration.
Attendee Categories: Delegates must belong to one of the following three categories: a. Raw Materials Expert: Individuals whose education and training are related to the study of raw materials. This includes professionals such as researchers, academicians, etc. b. Raw Materials Enthusiast: Individuals with a keen interest in the raw materials composition of everyday products for profit or not for profit. These individuals may or may not have formal education related to raw materials. For example entrepreneurs, investors etc c. Raw Materials Policy Maker: Individuals who, due to their job or societal position, are responsible for creating guidelines on the accountable and sustainable utilization of raw materials. They are neither experts nor enthusiasts.
Delegates Source Regions: Africa, Americas, Asia & Oceania, Europe and Middle East

Announcement: Registration Opens for ICERMs 2024 November Edition

We are excited to announce the opening of registration for the 3rd International Conference and Exhibition for Raw Materials (ICERMs) 2024 November Edition, with a special focus on the raw materials of Manitoba.

ICERMs is a premier event in the field of raw materials, offering a platform for researchers, industry professionals, experts, raw materials enthusiasts, and policymakers to convene and celebrate the raw materials of various locations. This edition will particularly highlight the raw materials of Manitoba, showcasing the province’s unique resources and opportunities.

In this anniversary edition, attendees can look forward to:

Insightful Presentations: Learn about the latest advancements and challenges in the raw materials industry.
Networking Opportunities: Connect with professionals and enthusiasts from around the world.
Vibrant Exhibition: Explore the latest products and services in the raw materials sector.

Don’t miss out on this opportunity to participate in a dynamic and engaging event. Register now to secure your spot at ICERMs 2024 November Edition. Stay tuned for updates on the conference program and speakers.

We look forward to welcoming you to ICERMs 2024 November Edition!

Important Note: The Canadian Centre for Raw Materials Display Inc. (CACERMDI) has opened registration early to allow sufficient time for attendees from visa-required countries to plan their attendance.

The ICERMs 2024 November Edition deadline is Extended to Monday 29 July 2024 11:59 PM Saskatchewan Time

Flyer

ICERMs-2024-November-Edition-Flyer Download

ICERMs 2024 November Edition

Venue: Conference Room of Prince Albert Public Library located at 125 12th St E Prince Albert SK S6V 1B7 Canada

Registration Fee:

Basic: 750 CAD
VIP: 1500 CAD
VVIP: Varies according to customized service request
Please note that all registration fees are non-refundable.

Should you have any clarification or inquiries please reach out to the Management of CaCeRMDI via +1 306 992 2198 directly or +1 (866) 275-0224 toll-free (Canada & USA) or email info@cacermdi.ca

ICERMs 2024 November Edition has now opened.

To register for ICERMs 2024, please follow these steps:

1. Eligibility:

Identify your attendee category from the following:

– Raw Materials Expert: For individuals with education and training related to the study of raw materials.

– Raw Materials Enthusiast: For individuals interested in the raw materials composition of everyday products.

– Raw Materials Policy Maker: Individuals responsible for creating guidelines on the sustainable utilization of raw materials.

3. Payment:

If you meet the eligibility criteria, make the required payment, and send proof of payment to info@cacermdi.ca.

4. Confirmation:

Once your payment is completed and confirmed, you will receive a confirmation email with further details about the conference.

Should you encounter any issues or have any questions during the registration process, please feel free to contact our support team at info@cacermdi.ca or call us at +1 (306) 992-2198 or +1 (866) 275-0224 toll-free (Canada & USA)

We look forward to welcoming you to ICERMs 2024 and hope you have a valuable and enriching experience at the conference.

Highlights of Second International Conference and Exhibition For Raw Materials – ICERMs 2024 April Edition

The recently concluded Second International Conference and Exhibition for Raw Materials ICERMs 2024 April Edition organized by the Canadian Centre for Raw Materials Display Inc. (CACERMDI) in Prince Albert, Saskatchewan between 25 April 2024 and 2 May 2024 was a huge success. See pictures and news reportage.

https://paherald.sk.ca/second-raw-materials-conference-officially-opens-in-prince-albert

The focus of our first conference in November 2023 was on promoting the raw materials of Saskatchewan, and we were honoured to have MLA Daryl Harrison represent the Premier of Saskatchewan and the entire provincial government at that conference.

Building on the success of our inaugural event, our second conference shifted its focus to the promotion of the raw materials of Alberta. We were delighted to receive a message from the Premier of Alberta, Hon Danielle Smith as well as video greetings from the Member of Parliament for Prince Albert the Hon Randy Hoback, demonstrating their support for our endeavours. See link

https://www.dropbox.com/scl/fi/06hxxqmj7hu0azb589wlv/20240418-Hoback-ICERM-Greeting_V2.mp4?rlkey=wqddar90nquxh24rft7m7tnaa&st=bz8mr3kn&dl=0

We were honoured to host distinguished guests at the conference, including the Mayor of Prince Albert His Worship Greg Dionne, CEO of Prince Albert and District Area Chamber of Commerce Patty Hughes, Director Prince Albert Library Services, Alex Juorio Circa, Tourism Coordinator for the City of Prince Albert, Trina Bell, and Representative from the University of Saskatchewan Cindy Koob among other distinguished dignitaries. Their presence underscored the significance of our efforts in promoting awareness and appreciation of raw materials.

I am pleased to inform you that all 14 foreign delegates granted visas to participate in the conference were present and actively engaged in technical sections, round table discussions and other activities. Their contributions enriched the conference and facilitated valuable exchanges of ideas, knowledge and expertise.

We also visited one of the numerous Saskatchewan farms and received two agricultural raw materials namely canola seeds and wheat for display at our Centre.

Therefore, we kindly invite prospective delegates raw materials experts and enthusiasts to the Third International Conference and Exhibition for Raw Materials ICERMs 2024 November Edition taking place between 2 November 2024 and 8 November 2024 at the Prince Albert Public Library focusing on “Discovering the Economic Viability of Manitoba’s Raw Materials. The registration deadline for this third event remains May 20, 2024.

Thank you for your kind attention. We look forward to having participants from all corners of the globe with their presence being a support to our continued efforts in promoting awareness and appreciation of raw materials in Canada and beyond. After this letter, you will see pictures of various sessions of the second edition of ICERMs and following thereafter are registration details for the third ICERMs.

Sincerely

Osagie “Leo” Ekhaguere FCAI

President, Canadian Centre for Raw Materials Display Inc

909B Central Ave., Prince Albert, SK S6V 4V2

+1 306 900 9336

+1 306 992 2198

Fax: +1 306 993 9718

Toll-Free Number +1 866 275 0224