Financial research concept

Fertilizer Phosphate Sulfur Consumed Cost

Fertilizer phosphate sulfur consumed cost is the average cost per long ton of sulfur consumed in phosphate production and included in cost of goods sold.

By Lee BaileyPublished Sep 24, 2026
Research context

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Research date
Sep 24, 2026Use the dated article and cited sources for the definition, examples, and stated limitations.
Operating-model context
18 connected conceptsPart of the reviewed Fertilizer & Nutrient Economics; issuer definitions remain distinct where disclosed.
Company examples
1 reviewed companyRelationships reflect supported examples, not a normalized cross-company KPI ranking.
  1. Why it matters
  2. Investor caution
  3. Part of the Fertilizer & Nutrient Economics
  4. See It in Company Research
  5. Continue Research

fertilizer phosphate sulfur consumed cost is the average cost per long ton of sulfur consumed in phosphate production and included in cost of goods sold.

Why it matters

Sulfur cost is an important raw-material driver of phosphate conversion economics. Mosaic reported a 2025 North American consumed sulfur cost of $237 per long ton, up sharply from the prior year.

Investor caution

Consumed sulfur cost is only one input to phosphate gross margin. It does not include ammonia, phosphate rock, plant conversion, maintenance, freight, water treatment, or other issuer-classified costs.

Primary source: Mosaic 2025 Form 10-K.

Part of the Fertilizer & Nutrient Economics

Connect phosphate and potash realized pricing, sales volumes, production, utilization, raw-material inputs, segment margins, and resource taxes to understand fertilizer producer economics.

How the model fits together
  • Phosphate price, volume, and margin: Finished-product sales volume and average selling price frame phosphate monetization, while the product-specific DAP FOB mine price separates benchmark-product economics from broader mix. Net sales and gross margin show how price and volume convert into segment profitability without assuming one quoted fertilizer price explains all revenue.
  • Phosphate production and input-cost stack: Production volume and operating rate describe supply and capacity use, while consumed ammonia, sulfur, and phosphate-rock costs expose three major input layers. These inputs help explain gross-margin movement but do not form a complete standardized production-cost formula.
  • Potash price, volume, capacity, and resource burden: Sales volume, average finished-product selling price, and MOP FOB mine price connect shipment and product-specific monetization. Production volume and operating rate show supply-side utilization, while gross margin and Canadian resource taxes show how operating economics and resource-based charges convert into segment profitability.

See It in Company Research

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