Summit Nanotech was founded in 2018 to amplify the performance of today’s lithium miners and meet the global demand for electric vehicles (EVs). Deploying our patented direct lithium extraction (DLE) technology, greater quantities of high-purity lithium product are collected faster while preserving the natural resources of communities. Grounded in values of trust and adaptability, we work with customers to refine our technology for the complexities of their brine.
To build an innovative, healthy, humancentric company of leaders effecting positive impacts on humanity.
We are setting new standards for lithium extraction, today.
Expect transparent communication and strategic solutions.
Lower operating and capital expenditures to produce lithium.
Performance-driven technology to provide the fastest and cleanest product in any resource.
Reduce environmental impact by minimizing greenhouse gases, freshwater use, chemical reagents, and waste production.
Improve the lithium supply chain so that an EV is accessible to all.
Our promise to employees, communities, and customers.
The Summit Nanotech team includes senior resource extraction specialists with proven experience in parallel sectors such as oil & gas.
The Summit denaLi™ solution captures the lithium ion in brine using nanotechnology. After extraction, Summit re-injects the lithium-depleted, geochemically compatible brine back into the brine aquifer with the objective of preventing hydrological impacts.
The Summit denaLi™ solution captures the lithium ion in brine using nanotechnology. After extraction, Summit re-injects the lithium-depleted, geochemically compatible brine back into the brine aquifer with the objective of preventing hydrological impacts.
The Summit denaLi™ solution captures the lithium ion in brine using nanotechnology. After extraction, Summit re-injects the lithium-depleted, geochemically compatible brine back into the brine aquifer with the objective of preventing hydrological impacts.
The Summit denaLi™ solution captures the lithium ion in brine using nanotechnology. After extraction, Summit re-injects the lithium-depleted, geochemically compatible brine back into the brine aquifer with the objective of preventing hydrological impacts.