We employ the magic of electrochemistry to spearhead a revolution of CCUS.
Our technology is engineered for modularity and scalability, enabling seamless integration into current supply chains. This innovative approach is pivotal in neutralizing industrial emissions and mitigating the trillion tons of CO2 in the atmosphere, contributing to a cleaner and more sustainable future.
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CO2 Capture
Our cutting-edge technology captures CO2 directly from both ambient air and industrial facilities through a state-of-the-art electrochemical process. Following separation and purification, the captured CO2 is then transported to electrolysis units, where it serves as a vital carbon feedstock for the production of ECO-Products.
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MEA Fabrication
Our Membrane Electrode Assemblies (MEAs) are crafted for bespoke fabrication, offering customizable dimensions and adjustable compositions to cater to a diverse array of applications, such as fuel cells, flow batteries, and electrolysis processes. At Feynman Dynamics, we employ a fully automated Roll-to-Roll coating system for the production of MEAs, complemented by a machine learning-enhanced camera-based quality control system. This integrated approach ensures enhanced efficiency and upholds a uniform standard of excellence in our products.
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CO2 Electrolysis
We build our electrolyzer with self-developed MEAs, hardware, and balance of plant (BOP) to convert CO2 into value-added molecules. The high-performing 25 kW and 150 kW stacks are available for distributed and centralized users in green CO production.
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Molecular Foundry
At the Molecular Foundry, CO2 will be activated and combined with other ingredients such as hydrogen, water, and polymers to create a new form of sustainable materials, including biodegradable PEF and protein.