Unlocking critical minerals from low-grade resources with biomining.

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About Us

AlkaLi Labs is engineering a suite of critical mineral hyper-accumulating microbes

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Introducing a new mining modality: our microbial hyperaccumulators pull critical minerals from industrial waste streams, providing low impact, sustainable sources of minerals to meet increasing global demand.

What’s going on?

Recovery of Critical Minerals:
A Global Challenge

Cobalt, nickel, and rare earths power everything from batteries and jet engines to defense systems and electronics. Most are mined in just a few countries, and the U.S. relies on imports for much of what it uses. Meanwhile, the metals we need are already sitting in the waste that mines leave behind. AlkaLi’s engineered microbes recover them from dilute, contaminated streams that conventional technology can’t handle, turning waste into domestic supply.

Image Rare earth element in acid drainageum MinersIcon Li - Lithium in produced water

Cobalt in copper and nickel mine waste

~$12B GLOBAL MARKET

Nearly all cobalt is a by-product of copper and nickel mining, and what isn’t recovered is left behind in process solutions and tailings. Modeled estimates put the cobalt discarded at U.S. metal mines at roughly what the country imports each year. Our engineered microbes recover it.

Image Rare earth element in acid drainageum MinersIcon RB - CS - FR

Nickel in mine tailings and process solutions

~$50B GLOBAL MARKET

Cobalt and nickel sit side by side in laterite ores, which hold more than half of the world’s nickel, and they are notoriously hard to separate. Our microbes are engineered to pick out cobalt from nickel, so a single waste stream can yield both metals.

Image Cobalt in Industrial WasteIcon Co

Rare earth elements in mixed mine and process streams

~$6B global market

Pulling one rare earth away from its chemical look-alikes is the hardest and most China-dominated step in making magnets. We’re engineering microbes to separate neodymium from lanthanum and dysprosium, so mixed rare earth streams can become separated, magnet-ready oxides.

Institutions Who Support Us

Meet the Team

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Luis Valencia, PhD

Cofounder & CEO
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Davi Ludvig, PhD

CTO
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Vanessa Muñoz Gutierrez, PhD

Senior Scientist
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Duran Ustek, PhD

Bioprocess Engineer
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Henrique De Paoli, PhD

Senior Scientist
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Kylie Watanabe

Senior Research Associate
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Marissa Lopez

Senior Research Associate
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Jacob Roberts, PhD

Cofounder & AI Advisor
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Dr. William Bourcier, PhD

DLE & Geochemistry Advisor
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Patricia Kane, PhD

Biology Advisor
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Warren Kourt

Oil and Gas Advisor
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Work with a unique Team

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In the News

Catch the latest news featuring AlkaLi Labs' breakthroughs and achievements in biosorbent extraction technology.

May 1, 2026

AlkaLi Labs Receives BioMADE grant

BioMADE Project Funded to Build a Microbial System to Recover Lithium from Oil and Gas Wastewater

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March 1, 2026

AlkaLi Labs Selected for $2M STRIDE TMT Challenge

This challenge, funded by the NSF, funds our transition to TRL5

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July 7, 2025

AlkaLi Labs Selected for Activate Berkeley Cohort 2025

This two year program provides AlkaLi with support for 2 years and resources at LBNL

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August 15, 2024

Is Biomining the Future of Mining?

AlkaLi Labs is at the forefront of using microorganisms to extract minerals

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July 18, 2024

The possibilities of mining with Lithium using biology

Jacob Roberts spoke to the USAID cohort at Draper University.

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October 10, 2023

We are part of the IndieBio San Francisco - Batch 14

Alkali Labs: Unlocking domestic lithium supply with biology.

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Contact Us

We're excited to connect with you. Contact us for information, support, or to explore partnership opportunities. Our team is ready to assist you.

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