Methane Capture Tech

Methane, while a short-lived greenhouse gas, is significantly more potent than carbon dioxide in contributing to climate change. Although methane naturally degrades into carbon dioxide over time, it is more effective to accelerate this process and then use carbon capture technology to remove the resulting carbon dioxide from the atmosphere.

With this approach in mind, there are two promising techniques that could be particularly beneficial to the dairy and agricultural industries:

Zeolite Clay with Copper Additive: Zeolite clay (commonly found in cat litter) mixed with a small amount of copper has been shown to absorb methane from the air, significantly speeding up the natural conversion process. With adequate investment in research and development, it is feasible to create devices that can be placed in pastures to passively absorb methane emissions from livestock.

Methane-to-CO₂ Conversion and Capture: By accelerating the breakdown of methane and applying carbon capture technology to the exhaust air, we can reduce overall emissions and improve the efficiency of methane mitigation efforts. This approach leverages both chemistry and innovative design to address a major source of agricultural emissions.

Investing in methane capture research and development could revolutionize how we address emissions from the dairy and livestock industries, turning methane "hotspots" into opportunities for carbon reduction. By funding the creation of passive, affordable devices that can be deployed in rural and agricultural areas, we can make meaningful progress in our fight against climate change while supporting farmers with sustainable, science-driven solutions.