TFI Critical Minerals Win Supports U.S. Food Security
The Fertilizer Institute (TFI) has welcomed the addition of phosphate and potash to the official U.S. Critical Minerals List. Released by the United States Geological Survey (USGS), the list highlights materials vital to the U.S. economy and national security.
“Recognizing phosphate and potash as critical minerals supports American farmers and strengthens food security,” said Corey Rosenbusch, TFI President and CEO. “These nutrients are essential for high crop yields and stable food supply chains.”
Global Supply Risks Emphasize Importance
TFI noted that the global phosphate and potash supply remains concentrated in a few countries, exposing markets to geopolitical risk. China and Russia account for over 53% of global phosphate output, while China, Russia, and Belarus produce more than 67% of potash.
The U.S. imports 97% of its potash, mainly from Canada. This dependence reinforces why both minerals belong on the TFI Critical Minerals list.
Industry Advocacy Restores Key Minerals
Potash appeared on the original 2018 list but was removed, along with phosphate, in 2022. Since then, TFI has led an industry effort to restore their inclusion, focusing on how essential they are for food security and agricultural productivity.
“Getting phosphate and potash back on the list has been a top priority,” Rosenbusch said. “Stable supplies of these minerals are vital for feeding communities and sustaining farm productivity.”
Bipartisan Action Strengthens Support
TFI’s advocacy received strong bipartisan backing. A joint letter from Senators Joni Ernst (R-IA) and Elissa Slotkin (D-MI), along with Representatives Kat Cammack (R-FL) and Jimmy Panetta (D-CA), urged the Department of the Interior to restore both minerals.
The letter emphasized that phosphate and potash are crucial for national and food security. Rosenbusch thanked President Trump, Secretaries Burgum and Rollins, and congressional leaders for recognizing their importance.
“Without phosphate and potash, modern agriculture cannot function,” Rosenbusch concluded. “These minerals are the foundation of global food systems.”
Sources : TFI