BIO-TECH INFRASTRUCTURE FOR THE RARE EARTH ELEMENTS ECONOMY
AI-driven bio-technologies for recovery of rare earth elements from waste streams, brines, and industrial residues.
THE RARE EARTH ELEMENTS CHALLENGE
The World Needs More Rare Earth Elements
Rare earth elements are becoming essential for artificial intelligence datacenters, renewable energy, electric vehicles, advanced manufacturing, robotics and defense.
Global demand continues to accelerate while supply chains remain concentrated and strategically vulnerable.
$6.5T
GLOBAL VALUE AT RISK
90%
REE MIDSTREAM
SEPARATION & REFINING
94%
REE DOWNSTREAM
PERMANENT MAGNET
PRODUCTION
$320B
GLOBAL MARKET
RESOURCES
THE WORLD'S LARGEST UNTAPPED RESOURCE
Trillions of Dollars Already Exist on the Surface in Waste Streams — Critical minerals remain trapped in industrial systems and waste streams around the world on the surface.
Quantum Laminar develops biologically-driven technologies capable of unlocking value where conventional technologies struggle.
01 / COAL POWER
Ash Hills
02 / OPEN PIT
Mine Tailings
03 / MINE WATER
Acid Drainage
04 / OIL & GAS
Abandoned Wells
05 / GEOTHERMAL
Active Brines
TECHNOLOGY
AI-DRIVEN BIOREACTOR FOR ABSORBERS PRODUCTION
Lanmodulin is a breakthrough biological protein capable of selectively binding rare earth elements with extraordinary precision. Recent Nobel Prize discoveries in biotechnology have transformed Lanmodulin from scientific discovery into industrial opportunity.
Quantum Laminar is developing an AI-driven bioreactor platform for growth of lanmodulin where biological processes are continuously monitored, optimized, and improved.
PRODUCTS
Industrial applications for global cooperations
Quantum Laminar is building a family of technologies designed to enable environmentally friendly recovery of rare earth recovery from waste sources at industrial scale.