top of page
mobile_bennu_logo.webp

The Science

Methane (CH₄), though less abundant than carbon dioxide (CO₂), has a much higher global warming potential (GWP) over a shorter timescale, making its removal crucial for mitigating climate change. Methane’s atmospheric lifetime is primarily governed by reactions with hydroxyl (OH) radicals, which break down various trace gases through oxidation.

Screenshot 2024-09-15 at 11.22.34 PM.png

(From Jackson, 2021)

IMG_0033.JPG

Photos from our research and testing

Full research paper coming soon. 

IMG_2653.JPG

Photos from our research and testing

Full research paper coming soon. 

LomarLabs-Bennu-95.jpg

Photos from our research and testing

Full research paper coming soon. 

IMG_0926_edited.jpg

Photos from our research and testing

Full research paper coming soon. 

Screenshot 2024-09-20 at 7.37.51 AM.png

Photos from our research and testing

Full research paper coming soon. 

Screenshot 2024-09-20 at 7.36.12 AM.png

Photos from our research and testing

Full research paper coming soon. 

LomarLabs-Bennu-94_edited.jpg

Photos from our research and testing

Full research paper coming soon. 

bottom of page