Disruptive Rare Earth Separation Technology

Disruptive Rare Earth Separation Technology

Disruptive Rare Earth Separation Technology

Alkemios revolutionizes metal extraction from diverse input sources using organic acid leaching and our proprietary ultra-high selective adsorption technology. We deliver unparalleled efficiency and purity by isolating metals with exceptional selectivity.

Partner with Alkemios for cutting-edge solutions redefining industry standards

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The Rare Earth Processing Challenge

  • Global resource: Rare earths are mined across the globe

  • Processing bottleneck: 90%+ of rare earths processed in China

  • Outdated methods: Conventional solvent extraction is costly, land-intensive, and produces hazardous waste

  • Limited onshoring: High complexity and cost deter Western nations from building their own facilities

  • Economic & strategic risk: Single-region dependence drives up logistics costs and threatens supply security

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Hero Image 2 - A pest control expert with spray machine spraying in the garden
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About Us

About Us

About Us

About Us

A cost-effective, modular, and easily deployable refining process powered by selective molecular technology.

Empowering mining companies to streamline logistics and create a closed-loop domestic supply chain by integrating on-site refining.

  • Reduce Transportation Costs

  • Increase Value of Sealable End-Product (Refined Oxide)

  • On-Shore Supply Chain



Empowering mining companies to streamline logistics and create a closed-loop domestic supply chain by integrating on-site refining.

  • Reduce Transportation Costs

  • Increase Value of Sealable End-Product (Refined Oxide)

  • On-Shore Supply Chain



Empowering mining companies to streamline logistics and create a closed-loop domestic supply chain by integrating on-site refining.

  • Reduce Transportation Costs

  • Increase Value of Sealable End-Product (Refined Oxide)

  • On-Shore Supply Chain



2

Provisional Patents

10

Scientific Experts

99%

Efficiency

Magnetic REO Focus

Single-stage process

Rare Earth Elements

The Critical Role of Rare Earth Elements

Rare earth elements are a group of 17 elements, including the 15 lanthanides plus scandium and yttrium, known for their unique magnetic, luminescent, and electrochemical properties. These elements are critical components in high-tech applications such as smartphones, electric vehicles, wind turbines, and advanced military systems. Despite their name, rare earth elements are relatively abundant in the Earth's crust but are challenging to extract economically due to their dispersed concentrations and complex extraction processes

Rare Earth Elements

The Critical Role of Rare Earth Elements

Rare earth elements are a group of 17 elements, including the 15 lanthanides plus scandium and yttrium, known for their unique magnetic, luminescent, and electrochemical properties. These elements are critical components in high-tech applications such as smartphones, electric vehicles, wind turbines, and advanced military systems. Despite their name, rare earth elements are relatively abundant in the Earth's crust but are challenging to extract economically due to their dispersed concentrations and complex extraction processes

Rare Earth Elements

The Critical Role of Rare Earth Elements

Rare earth elements are a group of 17 elements, including the 15 lanthanides plus scandium and yttrium, known for their unique magnetic, luminescent, and electrochemical properties. These elements are critical components in high-tech applications such as smartphones, electric vehicles, wind turbines, and advanced military systems. Despite their name, rare earth elements are relatively abundant in the Earth's crust but are challenging to extract economically due to their dispersed concentrations and complex extraction processes

Rare Earth Elements

The Critical Role of Rare Earth Elements

Rare earth elements are a group of 17 elements, including the 15 lanthanides plus scandium and yttrium, known for their unique magnetic, luminescent, and electrochemical properties. These elements are critical components in high-tech applications such as smartphones, electric vehicles, wind turbines, and advanced military systems. Despite their name, rare earth elements are relatively abundant in the Earth's crust but are challenging to extract economically due to their dispersed concentrations and complex extraction processes

Defense Systems

CAGR 6%

REE are critical in advanced military technologies such as precision-guided munitions, radar systems, and communication devices, enhancing performance and reliability.

Defense Systems

CAGR 6%

REE are critical in advanced military technologies such as precision-guided munitions, radar systems, and communication devices, enhancing performance and reliability.

Defense Systems

CAGR 6%

REE are critical in advanced military technologies such as precision-guided munitions, radar systems, and communication devices, enhancing performance and reliability.

Defense Systems

CAGR 6%

REE are critical in advanced military technologies such as precision-guided munitions, radar systems, and communication devices, enhancing performance and reliability.

Electric Vehicles

CAGR 10%

Essential for high-efficiency electric motors and batteries, rare earth elements significantly improve the performance and range of EVs.

Electric Vehicles

CAGR 10%

Essential for high-efficiency electric motors and batteries, rare earth elements significantly improve the performance and range of EVs.

Electric Vehicles

CAGR 10%

Essential for high-efficiency electric motors and batteries, rare earth elements significantly improve the performance and range of EVs.

Electric Vehicles

CAGR 10%

Essential for high-efficiency electric motors and batteries, rare earth elements significantly improve the performance and range of EVs.

Small Electronics

CAGR 11%

Devices like smartphones, tablets, and laptops rely on rare earth elements for components such as speakers, screens, and vibration units.

Small Electronics

CAGR 11%

Devices like smartphones, tablets, and laptops rely on rare earth elements for components such as speakers, screens, and vibration units.

Small Electronics

CAGR 11%

Devices like smartphones, tablets, and laptops rely on rare earth elements for components such as speakers, screens, and vibration units.

Small Electronics

CAGR 11%

Devices like smartphones, tablets, and laptops rely on rare earth elements for components such as speakers, screens, and vibration units.

Wind Turbines

CAGR 7.8%

Rare earth elements are used in permanent magnet generators within wind turbines, enhancing efficiency and reducing maintenance needs.

Wind Turbines

CAGR 7.8%

Rare earth elements are used in permanent magnet generators within wind turbines, enhancing efficiency and reducing maintenance needs.

Wind Turbines

CAGR 7.8%

Rare earth elements are used in permanent magnet generators within wind turbines, enhancing efficiency and reducing maintenance needs.

Wind Turbines

CAGR 7.8%

Rare earth elements are used in permanent magnet generators within wind turbines, enhancing efficiency and reducing maintenance needs.

Robotics

CAGR 22%

Advanced robotics systems utilize rare earth elements in sensors, actuators, and motors, enabling precise movements and improved functionality.

Robotics

CAGR 22%

Advanced robotics systems utilize rare earth elements in sensors, actuators, and motors, enabling precise movements and improved functionality.

Robotics

CAGR 22%

Advanced robotics systems utilize rare earth elements in sensors, actuators, and motors, enabling precise movements and improved functionality.

Robotics

CAGR 22%

Advanced robotics systems utilize rare earth elements in sensors, actuators, and motors, enabling precise movements and improved functionality.

Energy Saving and Catalysis

CAGR 3%

Key in producing energy-efficient lighting like LEDs and vital for catalytic converters that reduce vehicle emissions.

Energy Saving and Catalysis

CAGR 3%

Key in producing energy-efficient lighting like LEDs and vital for catalytic converters that reduce vehicle emissions.

Energy Saving and Catalysis

CAGR 3%

Key in producing energy-efficient lighting like LEDs and vital for catalytic converters that reduce vehicle emissions.

Energy Saving and Catalysis

CAGR 3%

Key in producing energy-efficient lighting like LEDs and vital for catalytic converters that reduce vehicle emissions.

Selective Adsorption Technology

Selective Adsorption Technology

Selective Adsorption Technology

Selective capture process, where a special support synergizes with pre-organized affinity molecules to specifically target and bind with certain metals of interest

Technology

Key Features

Technology

Key Features

Technology

Key Features

Technology

Key Features

Cost Efficient

Our Single-Stage Column Technology eliminates the need for hundreds of mixer-settlers and solvents required in traditional solvent extraction (SX) processes.

Cost Efficient

Our Single-Stage Column Technology eliminates the need for hundreds of mixer-settlers and solvents required in traditional solvent extraction (SX) processes.

Cost Efficient

Our Single-Stage Column Technology eliminates the need for hundreds of mixer-settlers and solvents required in traditional solvent extraction (SX) processes.

Cost Efficient

Our Single-Stage Column Technology eliminates the need for hundreds of mixer-settlers and solvents required in traditional solvent extraction (SX) processes.

Modular

The flexibility our our technology allows us to module the flowsheet based on the volume and metals to be extracted in the feedstock of our partner

Modular

The flexibility our our technology allows us to module the flowsheet based on the volume and metals to be extracted in the feedstock of our partner

Modular

The flexibility our our technology allows us to module the flowsheet based on the volume and metals to be extracted in the feedstock of our partner

Modular

The flexibility our our technology allows us to module the flowsheet based on the volume and metals to be extracted in the feedstock of our partner

High Efficency

By utilizing tailored ligands for each element, we achieve highly selective capture efficiency in a single pass through the column.

High Efficency

By utilizing tailored ligands for each element, we achieve highly selective capture efficiency in a single pass through the column.

High Efficency

By utilizing tailored ligands for each element, we achieve highly selective capture efficiency in a single pass through the column.

High Efficency

By utilizing tailored ligands for each element, we achieve highly selective capture efficiency in a single pass through the column.

Small Footprint

By occupying only one-fifth of the space needed for solvent extraction and eliminating the need for tailings management, acid storage, and purification.

Small Footprint

By occupying only one-fifth of the space needed for solvent extraction and eliminating the need for tailings management, acid storage, and purification.

Small Footprint

By occupying only one-fifth of the space needed for solvent extraction and eliminating the need for tailings management, acid storage, and purification.

Small Footprint

By occupying only one-fifth of the space needed for solvent extraction and eliminating the need for tailings management, acid storage, and purification.

Zero Waste

Low energy consumption, zero toxic waste, and enhancing recycling capabilities

Zero Waste

Low energy consumption, zero toxic waste, and enhancing recycling capabilities

Zero Waste

Low energy consumption, zero toxic waste, and enhancing recycling capabilities

Zero Waste

Low energy consumption, zero toxic waste, and enhancing recycling capabilities

We aim to revolutionize resource recovery by efficiently extracting essential metals from various sources, promoting sustainability, and meeting the growing global demand for critical materials.

We aim to revolutionize resource recovery by efficiently extracting essential metals from various sources, promoting sustainability, and meeting the growing global demand for critical materials.

We aim to revolutionize resource recovery by efficiently extracting essential metals from various sources, promoting sustainability, and meeting the growing global demand for critical materials.

We aim to revolutionize resource recovery by efficiently extracting essential metals from various sources, promoting sustainability, and meeting the growing global demand for critical materials.

Our technology is seamlessly adaptable to recover different critical metals

Our technology is seamlessly adaptable to recover different critical metals

Our technology is seamlessly adaptable to recover different critical metals

Our technology is seamlessly adaptable to recover different critical metals

Adaptable flowsheet depending on feedstock form

Adaptable flowsheet depending on feedstock form

Adaptable flowsheet depending on feedstock form

Adaptable flowsheet depending on feedstock form

Rare Earth Elements and critical minerals could be found in different sources like mineral ores, mine tailings, coal ash, recycled materials, etc

Rare Earth Elements and critical minerals could be found in different sources like mineral ores, mine tailings, coal ash, recycled materials, etc

Rare Earth Elements and critical minerals could be found in different sources like mineral ores, mine tailings, coal ash, recycled materials, etc

Rare Earth Elements and critical minerals could be found in different sources like mineral ores, mine tailings, coal ash, recycled materials, etc

Selective capture technology is easy to modulate for different type of metals (REOs, Battery Metals, Platinum group)

Selective capture technology is easy to modulate for different type of metals (REOs, Battery Metals, Platinum group)

Selective capture technology is easy to modulate for different type of metals (REOs, Battery Metals, Platinum group)

Selective capture technology is easy to modulate for different type of metals (REOs, Battery Metals, Platinum group)

A modular, and easy-to-deploy platform to refine and recover critical elements required by energy transition technologies

Critical Metals for advance and clean technologies

Critical Metals for advance and clean technologies

Happy family
Happy family
Happy family

Project Gallery

Empowering the Future with Domestic Rare Earth Elements

Snapshots of our team innovating within our 500-square-meter facility

Project Gallery

Empowering the Future with Domestic Rare Earth Elements

Snapshots of our team innovating within our 500-square-meter facility

Project Gallery

Empowering the Future with Domestic Rare Earth Elements

Snapshots of our team innovating within our 500-square-meter facility

Project Gallery

Empowering the Future with Domestic Rare Earth Elements

Snapshots of our team innovating within our 500-square-meter facility

Partners

Connect with us!

Let’s work together to build a more secure, sustainable rare earth supply—connect with us today.

Connect with us!

Let’s work together to build a more secure, sustainable rare earth supply—connect with us today.

Connect with us!

Let’s work together to build a more secure, sustainable rare earth supply—connect with us today.

Connect with us!

Let’s work together to build a more secure, sustainable rare earth supply—connect with us today.