Water Restoration - Reduction of Aquatic Methane (RAM)

In this video we meet with inventor Bruce Kania, who presents his innovative approach to reducing aquatic methane, a major but often overlooked source of this potent greenhouse gas. Kania explains that nutrient-impaired freshwater bodies, especially those affected by agriculture, emit significantly more methane than healthy waters. His solution involves oxygenating the bottom layers of these water bodies to sustain aerobic microbes called methanotrophs, which consume methane naturally. This method not only cuts methane emissions but also reduces harmful algae blooms, odors, and mosquitoes, while enhancing fish populations and overall water quality.

This video was recorded on May 7th, 2025, and published on May 25th, 2025, and represents the opinions of the discussion participants. The inclusion of any for-profit organization or representative in this video is for educational and informational purposes only and does not constitute an endorsement or partnership. The Climate Emergency Forum operates as a nonprofit organization and does not receive financial benefit from, nor provide financial benefit to, any for-profit entity featured or mentioned in this content.

Panelists Paul Beckwith and Dr. Peter Carter engage with Kania on the technical and ecological aspects of his system, known as RAM (Reduction of Aquatic Methane). Kania describes how airlift technology circulates and oxygenates deep water from a single location without changing its temperature, making it effective for both shallow and deep lakes. He shares results from his research reservoir where methane emissions dropped dramatically within a year. Carter emphasizes the importance of partnering with nature and taking immediate, practical climate action, praising Kania’s approach as a model for broader environmental stewardship.

The discussion concludes with a call to reject chemical treatments of waterways and support natural, oxygenation-based solutions. Kania encourages local advocacy and litigation efforts aligned with this philosophy to protect and rejuvenate aquatic ecosystems. The forum underscores the urgency of mitigating methane emissions as a critical and achievable step in addressing the climate emergency, highlighting the potential for community-driven impact on freshwater health and climate resilience.

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