This Is CDR Ep. 30: Verdox's Electrochemical DAC - with Dr. Sahag Voskian and Jonte Boysen

Ойын-сауық

This Is CDR is pleased to welcome Verdox Co-Founder and Dr. Sahag Voskian and Head of Business Development Jonte Boysen to tell us how the company’s scalable, cost-effective electroswing adsorption (ESA) platform technology, originally developed at MIT, can remove CO2 from the air with 70% energy savings versus conventional approaches.
Brought to you by www.openaircollective.cc and hosted by Toby Bryce and Megha Raghavan.
ABOUT THE PRESENTERS - www.verdox.com
Dr. Sahag Voskian is the inventor of Verdox’s Electro-Swing Adsorption (ESA) technology. He is also an inventor on over 20 patents and patent applications in the areas of electrochemically-mediated separations and catalysis. Dr. Voskian developed Verdox’s core technology during his PhD in Chemical Engineering at the Hatton Group as an MIT Energy Initiative fellow. Previously, he was also a post-bac research associate at Dartmouth College working on molecular machines and switches. Dr. Voskian received his Bachelor’s degree in both Chemical Engineering and Chemistry from WPI working on synthesis and applications of low symmetry Metal-Organic Frameworks.
Jonte Boysen is the Head of Business Development at Verdox. Jonte was a strategy consultant for financial institutions before pivoting into the carbon removal space. He advised some of the largest North American and Australian banks on corporate investment prioritization as well as marketing, sales, and distribution strategy. Jonte holds an MBA from The Wharton School and an MA in International Studies with a focus on Africa from the University of Pennsylvania. He received his Bachelor's degree in Industrial Engineering from the University of Toronto.

Пікірлер: 3

  • @bobmitchell2806
    @bobmitchell2806 Жыл бұрын

    Verdox sounds like a promising tech to help us get through the $50/tonne cost wall for CO2 capture from an industrial scale facility. However, I believe that there are technologies emerging that can capture and convert CO2 at similar or lower costs, thereby not requiring the additional geologic storage costs.

  • @vincentharding46

    @vincentharding46

    Жыл бұрын

    What technologies are you speaking of?

  • @ldm3027
    @ldm30272 жыл бұрын

    note that Verdox do not seem to have designed/made a complete DAC machine using forced air to produce concentrated CO2 so the energy demand given of ~2GJe / tonCO2 has to be carefully assessed. for comparison a complete solid sorbent DAC machine using a heatpump to supply the heat will also have a demand of ~2GJe / tonCO2 (before compression) including the electricity needed for the fans

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