Here’s a video of my Gen 1 prototype. Things have advanced from here due to academic publishing timelines, but fun to see color change caused by a change in redox states. TLDR: light brown liquid enters (top left) , dark brown liquid leaves (bot right) and is ready to capture CO2
It’s hard to summarize a year of R&D in a communications paper, but I’m excited to share my newest work. In it, I tried to tackle two major problems for electrochemical DAC: 1) material cyclability/stability and 2) the cost of required equipment. https://t.co/yptXmay2QT
To tackle these problems we designed a 3D printed redox flow cell, which costs a small fraction of the amount for an off-the-shelf cell. Then, we performed cycling measurements under DAC conditions to find the most oxygen insensitive of the bunch and demonstrated DAC with it!
Hot off the press! This was a fantastic collaboration to be part of. If you want to learn more about the state of play for CCS, CCU, and CDR in Australia and India, read our new paper! https://t.co/LEv32KFzOd
A long form, insightful read on glacial “geoengineering.” The Jakobshavn glacier contains enough ice to raise sea levels by 1 ft. By deliberately altering the flow of warm water, the glacier can “thicken and stabilize.” Gifted so no paywall. via @NYTimes https://t.co/1262XuOeKa
@dog4climate Neat perspective. Very thought provoking. I wonder how a more publicly owned approach would help or hurt innovation and commercialization? I also wonder whether the approach would be managed by a govt agency or the govt would host bids for cost + contracts like w/ defense.