6 Reasons Why You Should Learn More About World Copper Ltd.
OTC: WCUFF | TSX.V: WCU
Green Energy initiatives are a growing, unstoppable trend.
The world is looking to clean energy to power the future. Copper is essential to green power creation and distribution.
Bigger isn’t always better.
The size of World Copper’s Zonia project means it can take less time to get to production and thus less time to get to potential profitability. Combine this with WCU’s goal of reaching Net 0 with power from solar, and a wholly contained copper extraction process and you have an environmentally responsible mine producing copper to help build and power a greener future.
Demand for technology that uses copper is growing.
The world is renewing interest in copper as it is the prime metal used in almost everything from cellular devices to Electric Vehicles, copper is everywhere and demand will only continue to grow.
Perfect Timing.
The timing couldn’t be more ideal. There are huge government initiatives to reduce carbon emissions; clean energy demand is soaring; and World Copper is one of the very few projects that can start producing before the end of this decade, just in time to capture the upcoming copper price surge.
China, India, United States, the EU, Brazil, Indonesia, Vietnam, & Mexico.
These economies are expected to lead demand for copper over the next 30 years. As the world's largest consumer of copper, China's continued urbanization, industrial expansion, and investments in infrastructure, renewable energy, and electric vehicles are expected to drive substantial demand for copper in the coming years.
Arizona is home to some of the largest copper deposits in the United States.
World Copper Ltd (TSX-V: WCU) has a property in Arizona just 160 miles from Phoenix that has Indicated Resources of 75.7 million short tons grading 0.30% total-copper containing 450.5 million pounds of copper; and Inferred Resources of 122.0 million short tons grading 0.24% total-copper containing 575.4 million pounds of copper.
Why Copper?
World Copper’s Zonia project is leading the industry in next-generation copper production, and is poised to meet surging global copper demand. By leveraging simple metallurgy and proven SX-EW processing in a prime location, Zonia stands to achieve cash flow up to 4x faster than typical projects.
Meeting the demand for Copper is essential for our modern electrified world. Green Energy initiatives are a growing, global, unstoppable trend. The world is looking to clean energy to power the future and more copper is required for this transition.
Copper is used in everything.
Copper’s unique combination of properties makes it indispensable for various technological, infrastructure, and consumer products. Copper is a versatile metal with a wide range of uses across various industries.
Click on the industries below to find out how copper makes them possible.
Electrical Wiring & Conductors
Copper is renowned for its excellent electrical conductivity, making it essential for wiring, cables, and conductors in residential, commercial, and industrial buildings. It is the preferred material for electrical transmission and distribution systems due to its efficiency and reliability.
Electronics
Copper is extensively used in electronic devices and components, including printed circuit boards (PCBs), semiconductors, connectors, and wiring harnesses. Its high conductivity and thermal properties make it ideal for transmitting signals and dissipating heat in electronic systems.
Construction & Architecture
Copper is used in various construction applications, including roofing, plumbing, heating, ventilation, and air conditioning (HVAC) systems. Its corrosion resistance, durability, and aesthetic appeal make it a popular choice for architectural elements such as facades, gutters, and decorative finishes.
Transportation
Copper is used in the automotive, aerospace, and marine industries for components such as wiring harnesses, connectors, motors, and radiators. It plays a crucial role in electric vehicles (EVs) due to its conductivity and thermal properties, supporting the transition towards electrified transportation.
Renewable Energy
Copper is essential for the generation, transmission, and distribution of renewable energy from sources such as solar, wind, and hydroelectric power. It is used in solar panels, wind turbines, hydroelectric generators, and electrical grid infrastructure to harness and transmit renewable energy efficiently.
Industrial Machinery & Equipment
Copper is used in various industrial applications, including machinery, equipment, and tools, where its conductivity, strength, and corrosion resistance are valued. It is used in motors, transformers, bearings, gears, and heat exchangers in manufacturing and processing industries.
Telecommunications
Copper is utilized in telecommunications infrastructure, including telephone lines, broadband networks, and data transmission cables. It provides reliable signal transmission and is commonly used in telephone wires, Ethernet cables, and fiber optic cables for connectivity.
Healthcare
Copper's antimicrobial properties make it useful in healthcare settings for surfaces, fixtures, and medical equipment to help reduce the spread of pathogens and prevent infections… and so much more
What is driving the demand for copper?
Surging Global Investment in Clean Energy
The demand for copper is surging due to its critical role in several rapidly growing sectors. Large-scale infrastructure investments, particularly in emerging economies, require substantial amounts of copper for urbanization, transportation development, and renewable energy projects (Deloitte United States) (World Bank). The global shift towards renewable energy sources like wind and solar power further amplifies copper demand, as these technologies rely heavily on copper for cables, inverters, and other components (Deloitte United States) (IEA). Additionally, the expansion of electric vehicles, which depend on copper-intensive components such as electric motors and batteries, is driving significant increases in copper usage (CSIS) (IEA). Technological advancements in electronics, telecommunications, and computing, including the proliferation of 5G networks and IoT devices, also contribute to the rising demand for copper (Deloitte United States) (IEA).
Infrastructure Investment
Large-scale infrastructure projects, particularly in emerging economies, can significantly increase demand for copper. Initiatives such as urbanization, transportation development, and renewable energy infrastructure require substantial amounts of copper wiring and piping. (Deloitte United States) (World Bank)
Renewable Energy Transition
The global shift towards renewable energy sources like wind and solar power necessitates extensive copper usage in cables, inverters, and other components. As countries aim to reduce carbon emissions and enhance energy security, the demand for copper in renewable energy infrastructure is expected to rise. (Deloitte United States) (IEA)
Electric Vehicle (EV) Expansion
The growing adoption of electric vehicles relies heavily on copper-intensive components, including electric motors, batteries, and charging infrastructure. As governments worldwide implement stricter emissions regulations and offer incentives for EV adoption, the demand for copper in the automotive sector is likely to surge. (CSIS) (IEA)
Technological Advancements
Innovations in electronics, telecommunications, and computing continually drive demand for copper. Emerging technologies such as 5G networks, Internet of Things (IoT) devices, and artificial intelligence (AI) systems require substantial copper wiring and circuitry. (Deloitte United States) (IEA)
Copper prices keep rising.
Copper Prices – 45 Year Historical Chart
Copper is a finite resource and while it is easily recycled, demand is outpacing production. In addition there are a some key issues such as supply constraints, declining ore grades, new regulations and increasing demand that are pushing the price of copper higher.
Overall, these factors collectively contribute to the upward pressure on copper prices, highlighting the need for strategic investments in copper production and recycling to meet future demand.
Supply Constraints
Copper mining is subject to geological, political, and environmental challenges, which can constrain supply. Depletion of high-grade copper reserves, labor disputes, regulatory changes, and disruptions caused by natural disasters or geopolitical tensions can all affect copper production. Supply constraints relative to growing demand could put upward pressure on prices. (Carbon Credits) (S&P Global).
Declining Ore Grades
Over time, copper deposits tend to have lower ore grades, meaning more ore must be processed to extract the same amount of copper. This increases production costs for mining companies and could lead to higher copper prices to maintain profitability. (Carbon Credits) (S&P Global).
Environmental Regulations
Stringent environmental regulations aimed at reducing pollution and promoting sustainable practices may raise compliance costs for copper mining and processing operations. These additional costs could translate into higher prices for refined copper products. (Forestry & Carbon) (Carbon Credits).
Demand Outpacing Supply
Demand Outpacing Supply: Despite copper being recyclable, current demand is outpacing production. This imbalance is particularly pronounced due to the significant copper requirements for infrastructure projects, renewable energy systems, and electric vehicles. Projections indicate that copper demand may double by 2035, driven by these sectors, potentially leading to a substantial supply shortfall if new sources of copper are not developed and existing mines are not expanded (Forestry & Carbon) (Carbon Credits).
Market Expectations
Market Expectations: Investor confidence in the future of copper is high, as evidenced by the strong performance of copper-focused equities. Analysts expect copper prices to remain high or even increase further, driven by ongoing supply constraints and growing demand from green energy initiatives and the broader economic recovery efforts (Forestry & Carbon) (SkyQuestt).
Green technology projects are pushing copper demand through the roof.
Copper demand is experiencing a dramatic surge worldwide, driven by the rapid shift towards renewable energy projects and clean technologies. These sectors are increasingly reliant on copper-intensive components and infrastructure, making copper an essential material in the global push for a greener future. This heightened demand is fueled by several compelling factors spanning multiple industries, highlighting copper’s critical role in modern technological advancements and environmental sustainability.
Power Generation Infrastructure
Renewable energy sources such as solar photovoltaic (PV) panels, wind turbines, and hydroelectric power systems require substantial amounts of copper for wiring, cabling, and electrical connections. Copper is an essential conductor of electricity and is used extensively in these systems to transmit electricity efficiently from power generation facilities to consumers. (IEA) (McKinsey & Company)
Energy Storage Systems
With the integration of energy storage solutions such as lithium-ion batteries, copper demand further increases. Copper is used in battery systems for electrical conductivity and thermal management. As energy storage technologies become more prevalent for grid stabilization and backup power in renewable energy systems, the demand for copper in battery applications grows. (IEA)
Electric Vehicles (EVs)
The shift towards electric mobility is driving copper demand through the production of electric vehicles and associated charging infrastructure. Copper is a key component in electric motors, batteries, charging cables, and power distribution systems in EVs and charging stations. As governments worldwide implement policies to promote EV adoption and reduce reliance on fossil fuels, the demand for copper in the automotive sector continues to rise. (Sigma Earth) (MDPI).
Smart Grids & Grid Integration
The development of smart grid technologies and grid modernization initiatives requires significant copper usage. Smart grids utilize advanced monitoring, control, and communication systems to optimize energy efficiency, integrate renewable energy sources, and enhance grid resilience. Copper is essential for wiring, sensors, transformers, and other components in smart grid infrastructure. (IEA) (Sigma Earth).
Energy Efficiency & Clean Technologies
Clean technologies such as LED lighting, energy-efficient appliances, and heat pumps rely on copper for their electrical conductivity and thermal properties. Copper is used in wiring, heat exchangers, and electronic components to improve energy efficiency and reduce carbon emissions in various applications.(IEA) (MDPI)
Infrastructure Investment
Infrastructure Investment: Government and private sector investments in renewable energy projects, clean technology, and sustainable infrastructure drive demand for copper. These investments encompass a wide range of projects, including solar and wind farms, energy storage facilities, electric vehicle charging networks, and smart grid deployments, all of which require substantial copper usage.(IEA) (McKinsey & Company).
Copper demand is going up around the world.
Copper demand is rising globally due to rapid urbanization, industrialization, and significant investments in infrastructure development and technological advancements. Various countries are expected to drive this demand, as they expand urban areas, enhance industrial capacity, and invest in modern infrastructure and technology (Deloitte United States) (World Bank). The increasing adoption of renewable energy and electric vehicles, both of which require substantial copper for their components, further contributes to this growing demand (CSIS) (IEA).
China
As the world's largest consumer of copper, China's continued urbanization, industrial expansion, and investments in infrastructure, renewable energy, and electric vehicles are expected to drive substantial demand for copper in the coming years.
India
India's rapid urbanization, infrastructure development, and growing manufaacturing sector are expected to boost demand for copper in construction, transportation, power generation, and electronics industries.
United States
The United States is a major consumer of copper, with demand driven by infrastructure renewal, modernization of electrical grids, expansion of renewable energy capacity, and the increasing adoption of electric vehicles and advanced technologies.
European Union
The European Union is committed to transitioning to a low-carbon economy, which involves significant investments in renewable energy infrastructure, electric mobility, and energy-efficient technologies—all of which require substantial amounts of copper.
Brazil
Brazil's infrastructure development, including transportation networks, energy generation, and urban expansion, is expected to drive copper demand in construction, electrical, and automotive sectors.
Indonesia
Indonesia's industrialization, urbanization, and investments in infrastructure projects are likely to lead to increased demand for copper in construction, transportation, and electrical applications.
Vietnam
Vietnam's rapid economic growth, urbanization, and infrastructure development are expected to stimulate demand for copper in construction, manufacturing, and energy sectors.
Mexico
Mexico's infrastructure projects, automotive industry, and renewable energy investments are anticipated to drive copper demand in construction, transportation, and electrical sectors.
What Makes Zonia Different?
Giant Mines are getting harder and harder to start.
Large mines take, on average, 16 years to go from exploration to production. This is far too long to meet the demand. The size and unique location on private land of World Copper’s Zonia project and its current phase of development means it could take only 4 Years to get to production.
WCU’s goal of reaching Net Zero with power from a solar power plant, combined with a wholly contained, efficient copper extraction process, aims at delivering an environmentally responsible mine, producing one of the most critical resources required for a greener future.
Environmental Regulations
Stricter environmental regulations have been implemented to mitigate the impact of mining activities on air and water quality, wildlife habitats, and ecosystems. This involves a more rigorous permitting process, increased monitoring requirements, and stricter enforcement of environmental standards.
Water Usage & Conservation
Water Usage and Conservation are key barriers as jurisdictions face water scarcity issues. New regulations are being introduced to manage water usage in mining operations more effectively. This includes requirements for water recycling and reuse, limits on groundwater extraction, and measures to protect water quality.
Land Use & Permitting
Regulations related to land use and permitting are being updated to address concerns about the impact of mining on public lands, cultural heritage sites, and sensitive ecosystems. This involves stricter criteria for obtaining permits, requirements for environmental impact assessments, and consultation with indigenous communities.
Community Engagement & Consultation
New regulations emphasize the importance of community engagement and consultation in the planning and development of mining projects. This means companies have to hold expensive public hearings and stakeholder consultations that can delay production by years.
Arizona is one of the best places in the world to mine Copper.
Abundant Copper Deposits
Arizona is home to some of the largest copper deposits in the United States, including the famous Copper Triangle in the central part of the state. The region's geology is characterized by extensive mineralization, with copper ores found in various forms, including sulfides, oxides, and carbonates.
Geological Diversity
The state's diverse geology, shaped by tectonic activity, volcanic eruptions, and erosion over millions of years, has created favorable conditions for the formation of copper deposits. From the porphyry copper deposits in central Arizona to the volcanic-hosted copper deposits in the southern part of the state, Arizona offers a wide range of geological settings conducive to copper mineralization.
Mining Infrastructure
Arizona has well-established mining infrastructure, including transportation networks, power supply, water resources, and support services. The state's extensive network of roads, railways, and ports facilitates the transportation of copper ore, concentrates, and refined copper products to domestic and international markets.
Mining-Friendly Regulations
Arizona is known for its relatively favorable regulatory environment for mining operations. The state government has implemented policies to encourage mineral exploration and development while maintaining environmental stewardship and ensuring public safety. This supportive regulatory framework attracts investment in the mining sector.
Skilled Workforce
Arizona boasts a skilled workforce with experience in mining, metallurgy, engineering, and related fields. The presence of mining schools, technical colleges, and research institutions provides a steady supply of trained professionals to support the industry's workforce needs.
Economic Significance
Copper mining is a significant contributor to Arizona's economy, generating jobs, tax revenue, and economic growth. The industry supports thousands of direct and indirect jobs in mining, manufacturing, transportation, and other sectors, making it a vital pillar of the state's economy.
Technological Innovation
Arizona's mining industry embraces technological innovation to improve efficiency, productivity, and environmental performance. Companies invest in advanced mining methods, equipment, and processes to extract copper ore more cost-effectively and sustainably.
Location. Location. Location.
The state's proximity to major markets in North America and its strategic position for international trade further enhance its competitiveness in the global copper market.
Some of the biggest mining companies have copper mines in Arizona.
Arizona boasts some of the most prominent copper mines in North America, with several major mining companies at the helm of this vital industry. Freeport-McMoRan leads the pack, while BHP, Southern Copper Corporation, Capstone Mining Corp, and Asarco, under Grupo México’s umbrella are further solidifying Arizona’s status as a copper mining powerhouse.
Freeport-McMoRan is one of the largest copper producers in Arizona and operates several mines in the state, including the Morenci mine. The Morenci mine, located in southeastern Arizona, is one of the largest copper mines in North America.
BHP, formerly known as BHP Billiton, owns the majority share of the BHP Copper subsidiary, which operates the massive San Manuel mine in Arizona. The San Manuel mine, located near the town of Oracle, was once one of the largest underground copper mines in the world.
Southern Copper Corporation, based in Arizona, operates the open-pit copper mines of Sierrita and Mission Complex in the state. The Sierrita mine is located near Green Valley, while the Mission Complex comprises the Mission mine and the nearby South Mine, situated near Sahuarita.
Capstone Mining Corp operates the Pinto Valley copper mine in Arizona. The Pinto Valley mine, located near the town of Miami, is an open-pit copper mining operation.
Asarco, a subsidiary of Grupo México, operates the Ray mine and the Hayden smelter complex in Arizona. The Ray mine, located near Kearny, is one of the largest copper mines in the state.
Who is World Copper?
World Copper is a Copper Mining company headquartered in Vancouver British Columbia with MIning Projects around the world. It is led by a seasoned team of presentable industry pros with visible track records of success.
Gordon Neal
CEO & Director of Tincorp Metals (grew MCap to 30M+), President of New Pacific Metals Corp ($1.65 to $8.50 in 3 years), VP Corporate Development at Silvercorp Metals Inc.,($4.19 to $11.26) and VP Corporate Development at Mag Silver Corp ($26.06 in 2020). Since 2004, Mr. Neal has raised over $500M for various resource companies.
Marcelo Awad
Krzysztof Napierała
John Drobe
Stock Price vs. other Arizona Producers (April 22, 2024)
| Southern Copper Corporation | SCCO.BA | $67.75 USD (59,093.12 ARS) |
| BHP Group Limited | NYSE:BHP | $58.55 USD |
| Freeport-McMoRan Inc. | NYSE:FCX | $49.12 USD |
| Capstone Copper | TSX:CS | $6.80 USD (9.30 CAD) |
| Grupo Mexico SAB de CV | BMV:GMEXICOB | $5.36 USD (100.39 Pesos) |
| World Copper | TSX.V: WCU | $0.9 USD (0.12 CAD) |
Why Now?
LEARN MORE
- Copperalliance.org
- BNEF U.S. Power Grid Buildout Dampened by Piecemeal Strategy. August 2023.
- Visualcapitalist.com, How Big Is the Oil Market, 6/30/2023.
- BloombergNEF, a leading provider of forward-thinking primary research and analysis on the trends driving the transition to a lower-carbon economy.
- Metal Center News, 8/4/2023. Copper is included on the Department of Energy Critical Minerals List
- BloombergNEF is a leading provider of forward-thinking primary research and analysis on the trends driving the transition to a lower-carbon economy.
- BloombergNEF, A Power Grid Long Enough to Reach the Sun Is Key to the Climate Fight, 3/8/2023.
- Reuters, Innovation in EVs seen denting copper demand growth potential, 7/9/2023.
- IEA, The Role of Critical Minerals in Clean Energy Transitions, May 2021.
- S&P Global. 12/13/2023.
- S&P Global Market Intelligence.
