July 25, 2026
Corn, wind, and comment-section chaos
Producing ammonia and fertiliser using wind power in Morris, Minnesota
Minnesota’s wind-to-fertilizer dream is here — and the comments are already fighting
TLDR: Minnesota has switched on a small plant that uses wind power to help make fertilizer locally, aiming to give farmers a steadier supply. Commenters are split between calling it a smart fit for farm country and demanding proof it’s truly cheap, scalable, and as green as advertised.
A small-town Minnesota project just launched one of the more unusual climate ideas on the internet: using wind power to help make ammonia for fertilizer, right where farms actually need it. The new plant in Morris is easing into production with a goal of about one ton a day, and the sales pitch is simple enough for anyone to get: cheaper, steadier fertilizer for local farmers, with less dependence on messy global supply chains. That part had commenters nodding along. One called it a “perfect project for rural Minnesota,” praising the state’s mix of farmland, wind, and even some solar.
But of course the real action was in the replies, where the mood quickly shifted from “cool idea” to “show me the receipts.” One skeptical commenter went digging through a maze of press releases and basically live-blogged the frustration: yes, the plant can slow down when the wind drops, yes, it stores ammonia instead of huge amounts of power, but where are the actual cost numbers? Another commenter tossed in a classic internet reality check: compared with giant projects in China and Spain, this Minnesota site looks tiny.
Then came the nitpickers and tinkerers. One person wanted to know if you could reproduce it at a personal level, which is exactly the kind of wonderfully chaotic DIY energy the internet brings to industrial chemistry. Another dropped the sharpest hot take of the thread, arguing this may only clean up one part of the process rather than the whole thing. In other words: is this the future of farming, or just green window dressing with a wind turbine on top?
Key Points
- •A low-carbon ammonia facility in Morris, Minnesota has begun its first production season and is targeting one ton per day of ammonia output.
- •The plant uses wind-powered electrolysers to generate hydrogen that feeds a Haber-Bosch ammonia synthesis process.
- •New modeling and control systems allow the facility to vary ammonia production in response to fluctuating renewable energy supply.
- •The project is a collaboration between the University of Minnesota, RTI International, and Casale at UMN’s West Central Research and Outreach Center.
- •The facility expands on a 2013 pilot plant and is intended as a model for future renewable ammonia hubs that could support local fertilizer supply and farmer cooperatives.