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Wind-powered green ammonia plant begins production in Minnesota

By

@CanaryMediaInc

2h ago· 6 min readenNews

Summary

A wind-powered green ammonia plant has begun production near Morris, Minnesota. The facility uses wind turbine energy to power electrolyzers that split hydrogen from water, separate nitrogen from air, and combine them to form anhydrous ammonia — a key agricultural fertilizer. The project represents a potential breakthrough for decarbonizing fertilizer production and could help farmers secure cheaper, locally-produced inputs while reducing reliance on fossil fuels. Scaling up the process remains a key challenge.

Key quotes

· 2 pulled
In the shadow of a wind turbine on a low rise just outside the western Minnesota town of Morris, a cluster of tanks, pipes, and sheds holds what some believe is the key to a more self-sufficient future for the region's agriculture and heavy industry.
When the wind is blowing — and it often is, out here — the turbine powers two electrolyzers that cleave hydrogen from water, another system that separates nitrogen out of the air, and a third that binds the two elements to form anhydrous ammonia, a critical input for corn farming.
Snippet from the RSS feed
A yearslong project has finally started producing ammonia with wind power. If the process can be scaled up, it could help ensure farmers have cheap,…

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