Market Size And Functional Classification Of Fertilizer Additives

- Jun 21, 2020-



Usually,the nutrition level of fertilizers is enhanced by the utilization of additives as they help in reducing nitrogen, potassium, sulfur, and phosphorous ion losses caused due to immobilization, denitrification, leaching, and volatilization. Among all additives, nitrogen based products are considered highly important as nitrogen is a very crucial component for the growth of a plant。They are mixed with readily available or water-soluble fertilizers which enhances the ability of nitrogen ions to remain in soil for a longer duration of time.

The demand for fertilizer additives depend significantly on the consumption of fertilizers in agrochemical market. The future growth of fertilizer additives, both from a volumetric perspective as well as a value-based standpoint, is highly dependent on harmonizing agricultural standards across the globe and the indoctrination of novel farming practices among farmers, especially in the economically backward regions of Africa, India, and Latin America. Going by empirical data on agricultural output, it is, highly evident that the rise in food demand is expected to drive the production of food, which, in turn, is likely to generate a demand for fertilizer additives across the industry.

Anti-caking, anti-dusting, corrosion inhibitors, and anti-coating are some of the major functions of the product. The anti-caking function dominated the fertilizer additives market  as it is observed to be particularly important during monsoon. This is due to the fact that flakes are formed when they are stored during monsoon season. Safe storage and the transportation of fertilizers is possible by using additives. .

Anti-dusting was considered as the second most important function of the product . Anti-dusting is of utmost importance during the transportation and storage of fertilizers where there is a possibility of them getting exposed to dust.

Hydrophobic agents are also known as water repellants. They do not let moisture in the atmosphere affect the quality of fertilizers. Moisture is said to reduce the content of essential nutrients such as nitrogen, phosphorus, and potassium from fertilizers.