FEATURED VIDEO
Sustainability in DLE Production
Meet our Engineers to discover how the LithPRO Reverse Osmosis System is changing the way direct lithium extraction is produced and recycling critical water resources through sustainable technologies.
FEATURED VIDEO
Transforming the Way Lithium Is Sourced
Welcome to our exploration of direct lithium extraction, the ground-breaking technology that is transforming the way we source one of the most critical materials of our future: Lithium.
FEATURED WEBCAST
Lithium Extraction and the Future of Electric Vehicles
Parker's Drew Messick, Gustavo Carcia and Jennifer Kirallah discuss the critical role lithium plays in powering the EV revolution and how we can best navigate lithium production to face potential global shortages.
LithPRO Direct Lithium Extraction System
Product Specifications
- 250 GPM Capacity
- 90% recovery
- >10% LiCl Concentration
- Fully containerized (mobile)
- Plug and Play installation
- Intuitive HMI for easy control
- Fully Automated
- Modbus communication for remote monitoring/control
- Standardized design for easy expansion via modules
The Better Solution
- Lower Capital investment than traditional methods
- Shorter Start Up Period: 6 – 12 months
- Smaller Footprint, Mobile
- Improved production rate: 2-3 days
- Eliminates Environmental Issues
- Recycles ecosystem’s water resource
- Eliminates chemical waste
LithPRO DLE Process Diagram
Seven Benefits of DLE Processing
Speed
Traditional solar evaporation methods can take up to 18 months to extract lithium, whereas DLE can extract lithium in a matter of hours. This allows for faster production cycles and more efficient use of resources.
Environmental Impact
DLE is generally less harmful to the environment than solar evaporation. Traditional evaporation ponds require large amounts of water and land, which can disrupt local ecosystems. DLE uses less water and land, reducing its environmental impact.
Recovery Rates
DLE can potentially achieve higher lithium recovery rates than solar evaporation. Traditional evaporation methods may only recover 50% of the lithium in the brine, whereas DLE methods can potentially recover up to 90%.
Flexibility
DLE technologies can be adjusted to respond to changes in market demand much more quickly than solar evaporation ponds, which take a long time to set up and cannot be easily adjusted.
Reduced Waste
DLE processes are capable of returning the brine to its source with minimal changes to its composition, reducing waste and potential harm to the environment.
Operational in Various Conditions
Unlike solar evaporation, which relies heavily on specific climatic conditions (strong sunlight, low rainfall), DLE can operate under a wider range of climatic conditions and locations.
Mobility
The LithPRO DLE System design is easily transportable to direct lithium extraction sites and inlcudes automated technology allowing it to be controlled from anywhere in the world.
