WE ARE
lithium infinity
(Lihytech)
Redefining The Future Of Energy With Revolutionary Lithium Extraction

Welcome To Lithium Infinity LLC (Lihytech)
Lithium Infinity (Lihytech) is a spinout from King Abdullah University of Science and Technology (KAUST) in Saudi Arabia.
Founded in 2021, the company has received investments from Ma’aden, the national mining company of Saudi Arabia, and KAUST Innovation Venture (KIV).


Value-Creation Mission
The transportation sector worldwide, particularly the automotive industry, is progressively shifting toward electrification.
As a Saudi-based company, our 2024-28 mission is to scaleup our innovative Direct Lithium Extraction technology to secure the battery-grade lithium necessary for the 300,000 electric vehicles that the Kingdom aims to produce by 2030.

BREAKTHROUGH. BESPOKE. MAXIMIZATION.

BESPOKE SOLUTIONS
Every brine possess unique characteristics, and every resource has distinctive socio-economic parameters.
With world-class research facilities (thanks to KAUST), we adapt our proprietary LLTO and DMFC technologies to address such complexities and provide the best techno-economic results for each resource.

Resource Maximization
By leveraging domestic feedstock such as produced water from oilfields, geothermal resources, and desalination plants, our technology provides a compelling alternative to traditional extraction methods that rely on large evaporation ponds and intensive mining operations, which consume vast land and water resources.
Technology
The Science
Our innovative technology has been developed by world-class scientists and researchers at King Abdullah University of Science and Technology (KAUST). This cutting-edge solutions have garnered attention from subject-matter experts and recognition from reputable scientific publications, highlighting its effectiveness and transformative potential.
Pilot Plant
Field Demonstration
Our field demonstration units, under construction, will be mounted on 40 ft mobile containers that can be deployed and re-deployed at various sites to assess the techno-economic feasibility and further finetune the extraction process based on the specific characteristics of the potential asset.