NP Fertiliser Production Cost Reports

NP Fertiliser production cost report provides a comprehensive analysis and know-how for setting up a NP Fertiliser production plant. The study covers all the requisite aspects that one needs to know for the production of NP Fertiliser. This includes manufacturing processes, raw material requirements, utility requirements, infrastructure requirements, machinery and technology requirements, manpower requirements, packaging requirements, transportation requirements, etc.

NP Fertiliser or granular fertilisers are composed of Nitrogen and superphosphate. NP fertilisers are made from rock phosphate, ammonia, carbon dioxide, and nitric acid via the nitrophosphate or the Odda process. During the process, phosphate rock is first acidified with the help of nitric acid, obtaining a mix of calcium nitrate and phosphoric acid, which gets frozen to split calcium nitrate in the form of crystals from the phosphoric acid. The leftover phosphoric acid filtrate comprising a few calcium nitrate and nitric acid traces are neutralised using ammonia-producing NP fertiliser.

Since fertilisers have a high content of ammonium sulphate, they have a high amount of sulphur. These fertilisers are known for their great hardness that guarantees quality maintenance during blending, handling, and field application. They are fully soluble, with all nutrients readily known for plant absorption.

NP Fertiliser provides the crops and soils with a balanced amount of nutrients like S, Ca (Calcium), and Mg (Magnesium) and prevents soil deficiency which leads to a better yield and higher-quality produce. The fertiliser helps provide chemical nutrients to crops boosting their growth and improving the soil's fertility. It supplies high amounts of minerals like ammonia, nitrate, amide forms, etc., which improve vegetative growth, the quality of food, and product yield forming flowers and seeds. Hence, the ability to boost crop production and improve soil health is the primary factor driving the fertiliser market.

Other factors propelling the industry's expansion include the growing demand for high-quality food grains, the adoption of crop enhancement methods by farmers, rising awareness programs by government and regulatory bodies, high consumption of dairy and meat products, the use of fertiliser as corrosion inhibitors, hygroscopic agents, as well as the growing popularity of grain-based biofuels, among others which further boost the market demand.