Insights on Industrial CO₂ Capture, Electrochemical Regeneration, and Direct Air Capture.
Explore updates, ideas, and insights from PEACH DACquiri as we work toward simpler, scalable, and more efficient CO₂ capture systems. This blog will share perspectives on industrial CO₂ capture, electrochemical regeneration, direct air capture, and the role of clean technology in building a lower-carbon future.
Explore the journey of PEACH DACquiri from early University of Calgary research funding to technology development, public education, media coverage, and the transition from research into a climate-tech startup.
Dr. Arthi Gopalakrishnan shares her journey from postdoctoral researcher to CEO of PEACH DACquiri Inc. The article highlights the company’s mission, its ion-battery approach to carbon dioxide removal, and the role of entrepreneurship in bringing deep-tech climate solutions to market.
Eos covered PEACH’s sodium-ion “battery” approach to carbon capture. The article explains the modular technology, its potential to store carbon in the ocean, and the environmental considerations involved in scaling ocean-based carbon dioxide removal.
This article explains how the PEACH DAC team is exploring ocean-based carbon dioxide removal. The technology uses electrochemistry to enhance ocean alkalinity, helping seawater capture more CO₂ and store it safely as bicarbonate.
PEACH and DACQUIRI came together as PEACH DACQUIRI, with PEACH DACQUIRI Inc. registered in April 2023. The story shares progress on lab-scale prototypes, patent applications, investor conversations, and plans for scalable carbon dioxide removal modules.
Dr. Arthi Gopalakrishnan explains what carbon capture is and how the PEACH team is using a nature-inspired process to help reduce carbon dioxide in the atmosphere.
This impact story highlights the PEACH team’s progress in developing a pilot device for large-scale carbon dioxide removal. The project aims to use electrochemistry to safely manipulate seawater chemistry, promote CO₂ uptake, and move the technology from lab development toward field testing.
The University of Calgary PEACH team received $100,000 from the Scotiabank Net Zero Research Fund to support a carbon dioxide removal pilot project. The research focused on using electrochemistry to help seawater naturally capture and store carbon dioxide as bicarbonate.
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