Ammonia (NH₃) is the foundation for the nitrogen (N) fertilizer industry. It can be directly applied to soil as a plant nutrient or converted into a variety of common N fertilizers, but this requires special safety and management precautions.

2022年7月13日 · Independent ammonia-making machines – IAMM TM – are transforming the availability of ammonia-based fertilizers while helping reduce carbon emissions from brown ammonia and making ammonia affordable for farmers.

2022年8月10日 · Ammonia fertilizer aids in delivering the essential nutrient that all crops need: nitrogen, which supports healthy soil and healthy crops. But there are many different types of ammonia-based fertilizers that farmers can apply to their crops.

2023年8月2日 · Ammonia offers numerous advantages as a fertilizer, including its high nutrient density, efficiency, environmental benefits, and economic value. By understanding the best practices for ammonia application and considering potential safety and environmental concerns, farmers can optimize the benefits of ammonia in their agricultural operations.

2024年9月14日 · Ammonia (NH₃) plays a crucial role in the global agricultural sector, especially in the production of fertilizers. Its high nitrogen content makes it an essential component in the creation of nutrient-rich fertilizers that support plant growth and enhance crop yields.

2024年4月15日 · Anhydrous ammonia, which is 82% N, is often the least expensive N source because most of the other N sources start with NH3. It takes several chemical manufacturing processes to change NH3 into other dry or liquid N fertilizer sources, all of which have a …

2024年11月16日 · Ammonia is an important ingredient in fertilizers, which are used to improve plant nutrition, promote plant growth, and increase crop yields. It is particularly effective at delivering nitrogen to the soil, which is essential for plant growth and development.

Today, roughly 80% of the annually produced ammonia is used for fertilizer production. Fertilization improves plant nutrition, promotes plant growth, improves crop quality, and ultimately maintains and even enhances soil fertility.

Ammonia is a gas at atmospheric pressure but can be compressed into a liquid, as is the case with the nitrogen fertilizer anhydrous ammonia. When anhydrous is applied, the ammonia reacts with water in the soil and changes to the ammonium form.

Ammonia’s significance in fertiliser production cannot be understated. It forms the foundation of nitrogen-based fertilisers, driving agricultural productivity and ensuring that the world’s growing population has access to an adequate food supply.