1、Which Nitrogen Fertilizer is Best for Your Crops, Nitrate, Ammonium, or

Nitrogen fertilizers are classified into three categories, namely nitrate, ammonium, and amide (urea). Nitrate are preferred by most plants since they are immediately available as a nutrient, while ammonium are absorbed at a slower rate but are more stable in the soil.

2、Comparing ammonia volatilization between conventional and

In recent years, slow-release nitrogen fertilizers have been commonly used to replace conventional nitrogen fertilizers in the Taihu Lake region to reduce ammonia volatilization and improve nitrogen-use efficiency.

3、A Comparative Study of Ammonium Sulfate and Other Nitrogen Fertilizers

In this guide, we will explore the comparison between ammonium sulfate and other nitrogen fertilizers, assessing their effects on crop yield, soil health, and sustainable farming techniques.

4、Better performance of compound fertilizers than bulk

Compound fertilizers had 10.2%−19.2% lower NH 3 emissions than bulk-blend fertilizers. Adding bentonite and humic acid to bulk-blend fertilizers helped reduce NH 3 emissions. Simultaneous presence of high concentrations of N, P, and K promoted soil nitrification.

Difference Between Ammonium Sulfate and Other Nitrogen Fertilizers

Learn the differences between ammonium sulfate nitrogen fertilizer and other nitrogen fertilizers, including their composition, use, and effects, to help choose suitable fertilizer products for optimal crop growth.

rea vs. Ammonium Nitrate: Which Fertilizer Wins?

Compare urea and ammonium nitrate fertilizers in terms of nitrogen content, efficiency, cost, and suitability for different crops.

Optimizing nitrogen fertilizer use for more grain and less pollution

Here, using 35,502 on-farm fertilization experiments, we demonstrated that smallholders in China could actually produce more grain with less N fertilizer use only through optimizing N application rate. The yields of wheat, maize and rice were shown to increase between 10% and 19% while N application rates were reduced by 15–19%.

Nitrate vs Ammonium vs Urea: Nitrogen Fertilizers Forms

The three primary forms of nitrogen fertilizer used globally are nitrate (NO 3–), ammonium (NH 4+), and urea (CO (NH 2) 2). Understanding the distinctions between these forms helps growers optimize nitrogen uptake, minimize losses, and match fertilization strategies to specific crop goals.

Comparison of ammonium sulfate with other fertilizers: Advantages and

As a traditional and effective nitrogen fertilizer, ammonium sulfate has received more and more attention in the market in recent years. This article will compare ammonium sulfate with other fertilizers such as urea and compound fertilizer from multiple dimensions to provide scientific fertilization suggestions for agricultural practitioners.

Differences Between Ammonium Sulfate and Other Nitrogen Fertilizers

Explore the differences between ammonium sulfate and various nitrogen fertilizers. Learn how ammonium sulfate can enhance crop yield and its unique properties compared to other fertilizers, aiding farmers and agricultural enthusiasts in making informed choices.

Both ammonia fertilizer and An Tai nitrogen fertilizer are commonly used nitrogen fertilizers in agricultural production. They differ in composition, properties, application methods, and other aspects. When selecting which nitrogen fertilizer to use, it is necessary to comprehensively consider factors such as crop type, growth stage, and soil conditions. Below is a detailed comparison of the two fertilizers:

I. Composition and Properties

1. Ammonia Fertilizer: Ammonia fertilizer primarily exists in the form of ammonia water (NH₃). It is a highly efficient nitrogen fertilizer that can be rapidly absorbed and utilized by plants. The nitrogen in ammonia fertilizer mainly exists as ammonium ions (NH₄⁺), which are easily absorbed by plant roots and have a higher utilization rate. Ammonia fertilizer is suitable for various crops, especially those with high nitrogen demands, such as rice and wheat.

2. An Tai Nitrogen Fertilizer: An Tai nitrogen fertilizer is a compound nitrogen fertilizer with main components including urea (CO(NH₂)₂), ammonium nitrate (NH₄NO₃), and ammonium sulfate ((NH₄)₂SO₄). This fertilizer has a high nitrogen content but releases nutrients relatively slowly, making it suitable for use as base fertilizer or topdressing fertilizer. An Tai nitrogen fertilizer is suitable for a wide range of crops, particularly those with high nitrogen demands, such as corn and soybeans.

II. Application Methods

1. Ammonia Fertilizer: Ammonia fertilizer is typically applied directly to the soil surface in liquid form, either by spraying or irrigation. Its application must consider soil humidity and temperature to avoid ammonia volatilization or fertilizer damage.

2. An Tai Nitrogen Fertilizer: The application method of An Tai nitrogen fertilizer can be adjusted based on crop needs and soil conditions. For example, urea can be used alone or mixed with ammonium nitrate or ammonium sulfate. Ammonium nitrate and ammonium sulfate are more suitable for base fertilization or topdressing. When using An Tai nitrogen fertilizer, it is important to avoid excessive application to prevent soil salinization or disruption of soil microbial activity.

III. Suitable Crops and Environmental Conditions

1. Ammonia Fertilizer: Ammonia fertilizer is suitable for various crops, especially those with high nitrogen demands, such as rice and wheat. It performs better in acidic soils but may reduce effectiveness in alkaline soils.

2. An Tai Nitrogen Fertilizer: An Tai nitrogen fertilizer is suitable for multiple crops, especially those with high nitrogen demands, such as corn and soybeans. It works well in neutral or slightly acidic soils but may require dosage adjustments or ratio modifications in alkaline soils.

IV. Economic and Environmental Considerations

1. Ammonia Fertilizer: Ammonia fertilizer is relatively low-cost and has minimal environmental and human health impacts. excessive use may lead to soil acidification and groundwater contamination.

2. An Tai Nitrogen Fertilizer: An Tai nitrogen fertilizer is more expensive but offers better stability, reducing the need for frequent applications. It also helps improve soil structure and enhance soil fertility.

both ammonia fertilizer and An Tai nitrogen fertilizer have their advantages and disadvantages. The choice between them depends on specific crop types, growth stages, and soil conditions. In practice, application methods and dosages can be flexibly adjusted to achieve optimal fertilization results.