🌍 Our Team is proud to contribute to the publication of the article “Experimentation of a novel sequential moving-bed DAC System” in the International Journal of Greenhouse Gas Control.

This work is the result of a collaboration between the Shock Wave Laboratory of theUniversity of Sherbrooke (Martin Brouillette, Alex Marcil, Thierry Hotte-Belanger) and our team at Skyrenu Technologies (Gabriel Vezina, Marc-Antoine Lacroix).

🔍 In short:
→ +30% CO₂ captured vs fixed system
→ −35% energy consumed, with an intensity below 1050 Wh/kgCO₂

A concrete step forward to make direct carbon capture more efficient, modular and ready for industrial scale.

📄 Read the article: in the comments

📸 Below: Alex Marcil, Thierry Hotte-Bélanger and Marc-Antoine Lacroix in front of a Skyrenu prototype

🌍 We are proud to share our contribution to the publication of “Experimentation of a novel sequential moving-bed DAC System” in the International Journal of Greenhouse Gas Control.

This research stems from a collaboration between the Shock Wave Lab at University of Sherbrooke (Martin Brouillette, Alex Marcil, Thierry Hotte-Belanger) and our team at Skyrenu Technologies (Gabriel Vezina, Marc-Antoine Lacroix).

🔍 At a glance:
→ +30% CO₂ capture vs fixed-bed systems
→ −35% energy consumption, with intensity just above 1000 Wh/kgCO₂
A step forward in scalable, efficient, modular direct air capture.

📄 Full article: in comments

📸 Featured below: Alex Marcil, Thierry Hotte-Bélanger, and Marc-Antoine Lacroix in front of a Skyrenu prototype