About BlueShift

BlueShift develops electrochemical systems for extracting critical minerals and removing carbon dioxide. Their technology uses membrane-free systems and additive manufacturing to create resilient and scalable supply chains.

```xml <problem> Current methods for extracting critical minerals and removing carbon dioxide from the environment often rely on hazardous chemicals, are energy-intensive, and face scalability challenges due to high capital costs. Many industries are dependent on foreign entities for critical mineral supply, creating insecure and unsustainable supply chains. </problem> <solution> BlueShift is developing electrochemical systems that provide a more sustainable and scalable approach to critical mineral extraction and carbon dioxide removal. Their technology utilizes efficient, modular electrochemical units, combined with the power of the ocean, to extract critical minerals from industrial wastes such as mine tailings and coal fly ash. The system is adaptable to heterogeneous inputs, very energy efficient, and scalable, avoiding the use of precious materials or bipolar membranes to reduce costs. As a bonus, the technology mineralizes CO2 from the ocean with calcium and magnesium from industrial waste to produce carbonates and returns de-carbonated seawater to the ocean, reducing atmospheric CO2 levels and reversing ocean acidification. </solution> <features> - Efficient, modular electrochemical units adaptable to heterogenous waste inputs - Membrane-free technology reduces energy consumption by up to 10x compared to competing technologies - Low-cost design avoids the use of precious materials or bipolar membranes - Scalable system reduces supply chain dependence - Extracts nickel, rare earth elements (REEs) such as neodymium and dysprosium, and high-purity carbonates - Mineralizes CO2 from the ocean with calcium and magnesium from industrial waste to produce carbonates for cosmetics, paints, and other commodities - Returns de-carbonated seawater to the ocean, reducing atmospheric CO2 levels and reversing ocean acidification </features> <target_audience> BlueShift targets industries reliant on critical minerals, such as battery manufacturers and technology companies, as well as utilities and desalination plants seeking carbon removal solutions. </target_audience> <revenue_model> BlueShift's business model includes the sale of critical minerals such as nickel and REE products, carbon credits, and licensing and engineering packages to utilities and desalination plants. </revenue_model> ```

What does BlueShift do?

How much funding has BlueShift raised?

BlueShift has raised 2100000.

Funding

2100000

Employees

6 employees

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BlueShift

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Executive Summary

buildblueshift.com 300+

Crunchbase

Funding

Estimated Funding

$2M+

Team (5+)

No team information available.

Company Description

Problem

Current methods for extracting critical minerals and removing carbon dioxide from the environment often rely on hazardous chemicals, are energy-intensive, and face scalability challenges due to high capital costs. Many industries are dependent on foreign entities for critical mineral supply, creating insecure and unsustainable supply chains.

Solution

BlueShift is developing electrochemical systems that provide a more sustainable and scalable approach to critical mineral extraction and carbon dioxide removal. Their technology utilizes efficient, modular electrochemical units, combined with the power of the ocean, to extract critical minerals from industrial wastes such as mine tailings and coal fly ash. The system is adaptable to heterogeneous inputs, very energy efficient, and scalable, avoiding the use of precious materials or bipolar membranes to reduce costs. As a bonus, the technology mineralizes CO2 from the ocean with calcium and magnesium from industrial waste to produce carbonates and returns de-carbonated seawater to the ocean, reducing atmospheric CO2 levels and reversing ocean acidification.

Features

Efficient, modular electrochemical units adaptable to heterogenous waste inputs

Membrane-free technology reduces energy consumption by up to 10x compared to competing technologies

Low-cost design avoids the use of precious materials or bipolar membranes

Scalable system reduces supply chain dependence

Extracts nickel, rare earth elements (REEs) such as neodymium and dysprosium, and high-purity carbonates

Mineralizes CO2 from the ocean with calcium and magnesium from industrial waste to produce carbonates for cosmetics, paints, and other commodities

Returns de-carbonated seawater to the ocean, reducing atmospheric CO2 levels and reversing ocean acidification

Target Audience

BlueShift targets industries reliant on critical minerals, such as battery manufacturers and technology companies, as well as utilities and desalination plants seeking carbon removal solutions.

Revenue Model

BlueShift's business model includes the sale of critical minerals such as nickel and REE products, carbon credits, and licensing and engineering packages to utilities and desalination plants.