A global leader of Direct Lithium Extraction (DLE)
GEOLITH DLE technology (Li-Capt®) enables sustainable and local lithium production
Join our team – We are looking for talented & driven people to come work with us.
Clean, simple & innovative.
To propose an industrial solution for the lithium’s extraction and help countries to respond to the need of the ecological transition by enhancing underground resources in a respect of environment.
To enable local and sustainable lithium production, allowing nations to have sovereign control over their raw materials, and giving them the possibility to succeed the energy transition.
A sustainable & robust technology
Li-Capt® is a technology developed by GeoLith which enables the extraction of lithium from a raw brine and its conversion to a commercial product in just a few hours.
Thanks to a compact and scalable design, it is no longer necessary to transfer brines from pond to pond, nor to transport intermediate products, reducing the related emissions, as well as the footprint of the installation.
Zero Carbon
Our technology has no greenhouse effect emissions.
Zero Waste
Removable and recyclable technology.
Robust and reliable
Proven under pressure and temperature (up to 80°C and 35 bar).
Carrousel operation
Allowing continuous operation.
Efficient
At a wide range of Li concentrations.
Modular & scalable design
Reduces CAPEX and OPEX and is designed for industrial operation.
GeoLith Direct Lithium Extraction technology enables sustainable and local lithium production
Advantages
Traditional lithium extraction process vs. GeoLith’s DLE technology (Li-Capt®)
Traditional process
GeoLith’s Li-Capt®
Efficiency
20 to 40% lithium capture, and high water losses through evaporation
>90% lithium capture, allowing to source new sustainable brines
C02 emissions
Zero emissions
Waste production
Intensive use of chemicals and consumables
Zero waste, low use of chemicals & recycling of consumables
Production time
2 years from source to commercial product
Hours, from source to commercial product
Respect of water ressources
Water losses in arid regions (lithium triangle in the Andes)
Water is returned to the source once the lithium is captured
Power consumption
Intensive use of machinery and transportation in remote areas
Very low use of power required for the equipment
Solutions
4 major sectors for GeoLith
Our technology is applicable to all conventional and non-conventional lithium sources around the world.