Base Metals
Base metals in mining refer to a group of relatively common and inexpensive industrial metals, including copper, lead, nickel, tin, and zinc. These metals are mined from various ore deposits and are widely used in manufacturing, construction, and other industrial applications.
Examples of Base Metals in Mining:
With over 50 years of experience, Florida Renewable Energy & Mining offers a wide range of services to its customers in the nuclear industry and beyond, from mining to transportation, decommissioning and waste management to engineering services worldwide.
Copper
Mined from porphyry copper deposits, skarns, and other ore types, copper is a highly versatile metal used in electrical wiring, plumbing, and various industrial processes.
Lead
Often found associated with zinc, lead is mined from massive sulfide deposits and other ore types. It is used in batteries, shielding, and other applications.
Nickel
Mined from nickel sulfide deposits and lateritic ores, nickel is a key component of stainless steel and is used in batteries, alloys, and other applications.
Tin
Often found associated with zinc, lead is mined from massive sulfide deposits and other ore types. It is used in batteries, shielding, and other applications.
Zinc
Often found associated with lead, zinc is mined from massive sulfide deposits and other ore types. It is used in galvanizing, die-casting, and other applications.
Sustainable Base Metal Mining: Leading the Way in Environmental Stewardship
At the heart of our operation lies a commitment to extracting essential base metals while protecting our planet’s future. Our innovative mining practices combine cutting-edge technology with environmental consciousness, ensuring that every ounce of copper, zinc, and nickel we produce leaves a minimal ecological footprint.
Our sustainable mining approach incorporates several key innovations. We utilize electric mining vehicles and equipment powered by renewable energy, significantly reducing carbon emissions. Our water recycling system reclaims and purifies up to 95% of process water, minimizing freshwater consumption and protecting local watersheds.
We’ve pioneered precision extraction techniques that reduce waste rock generation and require smaller surface disturbance. Through sophisticated ore sorting technology, we separate valuable minerals more efficiently, decreasing energy consumption and chemical use in the processing phase.
Rehabilitation happens alongside mining, not as an afterthought. We progressively restore mined areas using native species and innovative soil regeneration techniques. Our biodiversity programs ensure local ecosystems thrive during and after mining operations.
Our commitment to transparency means regular environmental monitoring data is shared with local communities and stakeholders. We work closely with environmental scientists and local experts to continuously improve our practices and set new standards for sustainable mining.
By choosing our responsibly sourced base metals, you’re supporting mining practices that protect our environment while meeting the growing global demand for these essential materials in renewable energy technologies, electric vehicles, and sustainable infrastructure.
Geological Settings for Base Metal Deposits:
Skarns
These are metamorphic rocks formed when hydrothermal fluids interact with carbonate rocks, often hosting deposits of copper, lead, zinc, and other base metals.
Massive sulfide deposits
These are sulfide ore deposits that form on the seafloor, often hosting copper, lead, zinc, and other base metals.
Porphyry Copper Deposits
These are large-scale copper deposits associated with magmatic intrusions, often hosting copper, molybdenum, and other base metals.
Sedimentary rocks
Some base metal deposits are found in sedimentary rocks, particularly those related to volcanism or hydrothermal activity.
SAFETY IS OUR FIRST PRIORITY
Geological Exploration Methods
Archeologists often use the information they collect to detect and map subsurface features without having to do any destructive or unproductive excavating.
Social Responsibility
At Florida Renewable Energy Mining Company, our dedication to social responsibility extends beyond job creation and economic benefits. We actively engage with communities, faster job continuity, and invest in the education of future leaders. Our dedication to social initiatives reflects our belief in creating a positive impact on society, nurturing talent, and building lasting connections within the communities we are privileged to work with.
Mines & Energy News Center
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21Nov‘Great opportunities ahead’ for fuel cycle
It is a time of great opportunity for nuclear - but fuel cycle players must work together to seize the moment and make sure the fuel cycle is ready to support a global tripling of nuclear energy. This was the message from the opening session of the World Nuclear Fuel
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21NovFirst uranium product shipped from Dobrovolnoye deposit
JSC Dalur, part of Rosatom, has completed construction and commissioning of facilities at the pilot industrial site and shipped the first batch of uranium product from the Dobrovolnoye deposit in the Kurgan region of Russia.
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21NovRegulator agrees Japan’s Tomari 3 meets safety requirements
The Nuclear Regulation Authority has approved a draft report that concludes unit 3 of the Tomari nuclear power plant on Japan's northern Hokkaido island meets the new regulatory safety standards, a prerequisite for its restart.
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21NovTexas partnership evaluates SMR use for water desalination
Natura Resources has entered into a memorandum of understanding with Texas Tech University and Abilene Christian University to evaluate integrating Natura's molten salt small modular reactor technology with water desalination systems.
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03MayExpansion of Garoña used fuel store approved
Spain's nuclear regulator has approved an expansion of the on-site interim dry storage facility for used fuel at the Garoña nuclear power plant, which shut down in 2012. The expansion is required to accommodate all the fuel storage needs of the plant during its decommissioning.