Naturally transforming harmful methane into rich, organic soil nutrients. 🌱

Menlo Park, California
Joined January 2023
Miss the second installment of our #CDR Webinar Wednesdays series all about the #Terrestrial Pathway? Never fear! The panel discussion featuring developers from @smartagriot, @WindfallBio & @CarbonLockdown is available to watch on-demand at hubs.la/Q022lzfm0
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📆 Save the date! This week, we’re highlighting #CDR solutions in the Terrestrial Pathway as part of our CDR Webinar Wednesday series. Watch the premiere at hubs.la/Q021N-7D0 at 12pm ET Sept. 13. Featuring speakers from @smartagriot, @WindfallBio, & @CarbonLockdown
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Windfall Bio retweeted
"If @WindfallBio's technology can be scaled to a global level and the world’s largest farms use it, it has the potential to cut methane emissions enough to reduce global temperatures by a half degree Celsius by 2050." finance.yahoo.com/news/bill-… @arvndgpta
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A #Startup @WindfallBio that converts #methane emitted from big animal farms into fertilizer helps deal with climate change. Methane is transformed into rich organic soil nutrients through a microbic process #agritech #AnimalFarm #SustainableFutures bitly.ws/D9Lx
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Methane is the 2nd largest contributor to global warming. BEV portfolio company @WindfallBio is developing methane-eating microbes to address emissions across sources, starting by transforming harmful methane from organic soil into fertilizer. More: nt-z.ro/3LUxzC3
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Replying to @WindfallBio
@WindfallBio could solve an intense #greenhousegas problem by turning #methane into #fertilizer hubs.la/Q01JgkGz0
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Windfall Bio retweeted
Introducing @WindfallBio, which converts methane emissions from agriculture, oil and gas into high grade organic fertilizer - check out @arvndgpta's blog below for more. Welcome to the Mayfield family! mayfield.com/4-insights-from…
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Windfall Bio retweeted
Meet the 'methane man' with a mission: Using microbes to eat up the greenhouse gas cnb.cx/3TDCUzQ
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