CF Industries reports on its strategic maneuvers in a tightening ammonia market, hinting at potential price increases.
+India is seeking to secure stable fertilizer supplies from Morocco amid global uncertainties.
+Farmers in Gujarat face significant challenges in accessing urea fertilizer, impacting crop yields and agricultural productivity.
+Urea prices are increasing across Asia and Europe due to tightening inventories and strong demand.
+The phosphatic fertilizer market is projected to grow at a CAGR of 4.8%, driven by increasing agricultural demand.
+UPL Limited has issued a final reminder regarding its rights issue, impacting shareholders and market dynamics.
+Recent reports indicate a significant increase in potash prices, driven by strong global demand and supply chain constraints.
+Cyan H2 has signed a memorandum of understanding for a new urea fertilizer project in Montana, aiming to boost local production.
+Nutrien's decision to build a potash export terminal in Washington state has sparked controversy, highlighting infrastructure challenges and market dynamics.
+EU farmers express concerns that a proposed tax on fertilizer imports could exacerbate the ongoing input costs crisis.
+Dangote Fertiliser plans to quadruple its production capacity by implementing advanced technology from thyssenkrupp Uhde.
+Nutrien has chosen a U.S. port for a new potash export terminal, aiming to enhance its export capabilities amid regulatory challenges in Canada.
+Fertiliser production starts with a handful of raw materials — known as upstream feedstocks. Gas, phosphate rock, potash ore, and sulfur form the backbone of the $200B global industry.
Few industrial processes have shaped modern life as profoundly as the Haber–Bosch process. Developed in the early 20th century, it unlocked the ability to capture nitrogen from the air and convert it into ammonia — the foundation of all synthetic nitrogen fertilizers. Without it, global food production could not sustain today’s population.
Nitrogen, phosphorus, and potassium — the three nutrients that underpin modern agriculture — are also among the most carbon-intensive inputs in the food system. Understanding the carbon footprint of NPK fertilizers is essential for anyone thinking about sustainable farming, climate change, and the future of global food production.
Few industrial processes have shaped modern life as profoundly as the Haber–Bosch process. Developed in the early 20th century, it unlocked the ability to capture nitrogen from the air and convert it into ammonia — the foundation of all synthetic nitrogen fertilizers. Without it, global food production could not sustain today’s population.
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DAP (Diammonium Phosphate) is the world’s most widely traded phosphate fertilizer, supplying both nitrogen and phosphorus in a concentrated form. Its role in cereal and oilseed production makes it central to global food security, while its supply chain is dominated by a handful of key producing regions.
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MAP (Monoammonium Phosphate) is a concentrated phosphate fertilizer containing both nitrogen and phosphorus. It is widely used in cereals and horticultural crops, especially where soil pH and phosphorus availability are critical.
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