#1225 Daniel Batten on Making Millions Turning Trash Into Bitcoin

— Bitcoin mining on landfills can capture methane emissions and turn them into electricity, potentially making the industry carbon negative rather than carbon positive.

— Landfills are the second-largest human source of methane emissions (underestimated by 2.27x according to NASA), and are projected to become the leading source by 2032.

— A mid-sized landfill generating ~8 megawatts could power approximately 2,500 Bitcoin mining units, requiring $10–15 million in infrastructure investment per site.

— Approximately 30–40 landfills globally—requiring less than $500 million total investment—could achieve 4 million tons of methane mitigation in year one, a dramatic improvement over traditional climate tech timelines.

— Bitcoin mining's unique properties (location agnostic, time agnostic, electricity-intensive) make it an ideal persistent buyer of stranded landfill gas energy that cannot connect to grids.

— CH4 Capital is launching a $50 million initial fund to develop 4–5 landfill sites over three years while helping other Bitcoin mining operators identify suitable landfill opportunities.

— Bitcoin miners should investigate stranded energy opportunities at landfills and waste-to-energy facilities, where electricity costs can be 50% cheaper than traditional sources while generating positive ESG impact.

— Municipalities and landfill operators can generate tens of thousands of dollars monthly in revenue with zero upfront cost by partnering with Bitcoin mining units to monetize otherwise-wasted methane.

— Investors and firms in climate tech should consider how Bitcoin mining's demand profile can unlock funding and viability for renewable and waste-to-energy projects that were previously uneconomic.