Funding
Funding not disclosed
Founders
Product
Problem
Many industrial processes, such as metal production and recycling, rely on carbon-intensive methods that release significant greenhouse gas emissions, contributing to climate change. Existing decarbonization efforts often prove slow, expensive, and insufficient to meet global emissions reduction targets.
Solution
Sadoway Labs Foundation develops and scales extreme electrochemistry (XE) technologies to decarbonize industries like aluminum, steel, and cement production. XE replaces carbon-based reactions with clean, renewable electricity in high-temperature, non-aqueous environments. This approach enables the production of essential materials without greenhouse gas emissions, offering a sustainable and scalable alternative to traditional methods. The foundation's research focuses on metal recycling, rare earth metal extraction, energy storage, and greenhouse gas destruction, providing comprehensive solutions for industrial decarbonization.
Target Audience
Sadoway Labs Foundation primarily targets industries with high carbon emissions, such as aluminum, steel, and cement manufacturers, as well as organizations seeking sustainable solutions for metal recycling, energy storage, and greenhouse gas reduction.
Features
- Development of low-temperature electrochemical processes for high-purity aluminum recycling from scrap alloys, eliminating CO2 emissions.
- CO2 Zapper technology to capture and convert waste CO2 into valuable products or inert solids for sequestration, retrofittable to existing industrial processes.
- Design of "Whole Earth Battery" energy storage solutions that operate efficiently across a broad temperature range (-100°C to +70°C) without thermal management systems.
- Application of extreme electrochemistry to rare earth metal extraction, creating simpler, cleaner, and safer production methods.
- Focus on ethical sourcing and global supply chains to ensure sustainable and responsible technology deployment.