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Accelerating
Economic
Resilience

Join Us Today

BlueShift unlocks underutilized resources with advanced electrochemical technology.

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This is America’s moment.
Bold experimentation is in our DNA.
BlueShift is here to deliver a resilient future.

The Problem:

inefficient:

Reagent and energy intensive-process (>50% of total cost)

Labor Intensive:

Labor in current process would cost 7x in North America

Toxic and Complex:

Current methods are complex and produce 700M Tons of toxic waste

Tailings Incidents

We’re entering a new era:
energy is abundant, but critical minerals are scarce.
Declining ore grades and rising tailings make traditional mining slower, costlier, and harder to permit.

The Solution:

Reducing cost of mineral processing increases mineral abundance. It powers the next frontier. Advanced nuclear, space, AI—all need atoms, not just code. And today, engineers are held back by material scarcity. That needs to change.

efficient:

Low Variable O&M process preserving margins at scale

Autonomous:

Autonomous, Modular operation, integrating IoT and AI

Radically simplified:

Simplified process meaning low CAPEX

Our name reflects our urgency. We are shifting the spectrum. Faster deployment. Domestic strength. Circular systems. That’s the BlueShift mission.

Accelerating Economic Resilience

BlueShift unlocks underutilized resources with advanced electrochemical technology.

Follow us on Linkedin
Join Us Today

Insecure Domestic Supply

90% of Trillion Dollar Industries depend on critical mineral supply controlled by foreign entities.

700 Million Tons of Toxic Waste

Current critical mineral extraction methods rely on hazardous chemicals in poorly regulated foreign markets.

3 Billion Tons of Untapped Potential

Waste from just the coal industry is a major liability, yet this untapped resource holds decades' worth of critical minerals.

Uneconomical

Past projects have struggled to scale due to poor economics principally due to high energy and capital intensity.

Tailings Incidents

Funders

Arise Health logoOE logoOE logoOE logo

Partners + SUpporters

Ephicient logoEphicient logoEphicient logoEphicient logoEphicient logoEphicient logoEphicient logoEphicient logoEphicient logo

Mission +
Vision

Our mission is to enable rapidly scalable critical mineral supply chains and cost-effective carbon dioxide removal. We accelerate economic resilience by unlocking underutilized resources with our advanced electrochemical technology.

Our Products

High Purity Rare Earth Oxides

NdPr Oxide
Dy Oxide

Products

Nickel and Rare
Earth Elements

We extract these critical minerals for modern technologies from industrial wastes such as mine tailings and coal fly ash economically and domestically.
Request Samples Here

High Purity
Carbonates

We mineralize CO2 from the ocean with calcium and magnesium from industrial waste to produce carbonates for cosmetics, paints, and other commodities.
Request Samples Here

De-Carbonated
Seawater

After removing carbon dioxide, we return seawater to the ocean where it pulls more carbon out of the atmosphere, reducing atmospheric CO2 levels and locally reversing ocean acidification.

Products in Development

Dysprosium
Neodymium
Other Rare Earth Metals
Aggregates

Technology

We build low-CAPEX, low-OPEX upstream mineral processing systems that are autonomous, energy-efficient, and radically simplified. We don’t just process waste—we transform it into national resilience.

How our tech works

OUR team

Co-Founder
CEO

Deep
Patel

Deep is an ex-Amazon Lab126 Sr. Technical Product Manager and a UMich Nuclear Engineer.

Co-Founder
Technical Lead

David
Kwabi

David is an MIT PhD, Associate Professor at Yale and has expertise in electrochemistry, reactor engineering, and process simulation.

Director of
process engineering

Saket
Bhargava

Chemical Engineer

Morgan
Cobb

Chemical Engineer

Neha
Sharma

Materials
engineer

Jacob
Kupferberg

Advisor

Trisha
Andrew

News and Headlines

Get In Touch with
Our Team

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