1、Fertilizers prices

CRU provides weekly fertilizer price updates, covering urea, nitrates, ammonia, potash, and more, with extensive US and Chinese inland price coverage.

2、Fertilizer Prices and Market Analysis Online

China's domestic pricing information, price trends and market commentary are important reference. It is your great choice for figuring out the Chinese fertilizer price.

3、WorldFertilizerMarket

WFM offers accurate price discovery across 158 key active price benchmarks as well as current information for global fertilizer and raw material markets across the core products: urea, AN, CAN, UAN, AS, DAP, MAP, NPK, rock phosphate and phosphoric acid, ammonia, sulphur.

4、Fertilizers Solutions

With our extensive coverage of key fertilizer commodities such as ammonia and low-carbon ammonia, nitrates, phosphates, potash, and more, we provide insights into key price assessments, market developments, supply and demand dynamics, trends and regulatory developments.

Di

Over the past month, Di-ammonium's price has risen 1.59%, and is up 36.96% compared to the same time last year, according to trading on a contract for difference (CFD) that tracks the benchmark market for this commodity. This page includes a chart with historical data for Di-ammonium Phosphate.

Fertilizers Price Index (Monthly)

View monthly updates and historical trends for Fertilizers Price Index. Source: World Bank. Track economic data with YCharts analytics.

Fertilizer prices edge lower amid lower input costs and improved

Explore the full report here. The World Bank’s fertilizer price index remained relatively stable during the second quarter of 2024, following a 20 percent drop in the first quarter. The index is 24 percent lower than it was a year ago, primarily due to a significant decline in phosphate rock prices (-56 percent) and potassium prices (-17 ...

Phosphate Market Prices, Outlook & Fertilizer Analysis

Get the latest phosphate market trends, fertilizer prices, and outlook. Explore DAP prices, MAP fertilizer analysis, and phosphoric acid price updates at Argus Media.

Current Trends in Phosphate Fertilizer Pricing and Its Impact on

Understanding the trends and factors affecting phosphate fertilizer prices per ton can provide valuable insights for stakeholders across the agricultural spectrum. One of the primary factors driving recent price increases in phosphate fertilizers is the rise in raw material costs.

GB fertiliser prices

The GB fertiliser price series aims to increase transparency in the market and help levy payers understand price trends for a key input. The prices cover the most commonly used products: ammonium nitrate (UK produced and imported), liquid nitrogen (UAN), granular urea, potash and phosphates.

Phosphate fertilizer and ammonium hydrogen phosphate (NH₄HPO₄) are two essential agricultural fertilizers that play critical roles in farming. Their prices vary significantly due to multiple factors, including raw material costs, transportation expenses, market demand, and more. Below is a detailed analysis of the price differences between these two products:

1. Raw Material Costs: Phosphate fertilizer is primarily derived from phosphate minerals such as phosphate rock and apatite. In contrast, ammonium hydrogen phosphate is produced using ammonia and dihydrogen phosphate. The uneven global distribution of phosphate resources, coupled with stringent environmental regulations, has elevated the production costs of phosphate fertilizer. Additionally, growing environmental awareness has led many countries to restrict phosphate mining, further driving up prices. Meanwhile, ammonium hydrogen phosphate benefits from widely available raw materials and a less polluting production process, resulting in lower manufacturing costs.

2. Production Processes: Phosphate fertilizer production involves energy-intensive steps like acidulation, concentration, crystallization, and drying, which also pose environmental challenges. Ammonium hydrogen phosphate, is synthesized through a simpler reaction between ammonia and dihydrogen phosphate. While its production still generates some pollution, the ecological impact is milder compared to phosphate fertilizer.

3. Market Demand: Phosphate fertilizer is a key ingredient in phosphate-based and compound fertilizers, which are vital for agriculture. Rising global populations and agricultural expansion have boosted demand for phosphate fertilizer. environmental policies in some regions have reduced its production and usage, tempering market demand. Ammonium hydrogen phosphate, as a nitrogen-rich fertilizer, maintains steady demand globally due to its widespread applicability.

4. Transportation Costs: Phosphate fertilizer typically relies on rail or waterway transport due to its bulky nature, leading to higher logistics expenses. Additionally, storage and transit losses increase its overall costs. Ammonium hydrogen phosphate, being more compact, can often be transported via road, reducing expenses.

5. International Trade Policies: Tariffs and trade policies influence pricing. Some nations impose high tariffs on phosphate fertilizer to protect local agriculture, while ammonium hydrogen phosphate, often exported, faces price fluctuations tied to global supply and demand dynamics.

6. Seasonal Factors: Prices fluctuate seasonally. During spring, peak agricultural seasons drive up phosphate fertilizer demand and prices. Conversely, lower demand in summer and autumn reduces prices for both fertilizers.

The price gap between phosphate fertilizer and ammonium hydrogen phosphate varies by region and time. Generally, phosphate fertilizer is pricier due to higher production costs and stable demand. shifting environmental policies and international trade dynamics could trigger price volatility for both products.