What process route should be chosen for small-scale compound fertilizer production devices?
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I want to build a new facility for producing compound fertilizers with a capacity of 50,000 to 100,000 tons, in order to achieve products with higher strength and lower moisture content. Which process route would be the best? What are the advantages and disadvantages of each processing technology? I would appreciate some guidance from experts
It mainly depends on the raw materials of the compound fertilizer you use to determine the process.
Our company has developed a new steel strip granulation process that is particularly suitable for your needs. The particles that come out are round and free of dust; the initial stage of the process, just like in the tall tower, involves molten slurry. The cost of the device is also low. I’ll send you the contact information via text message.
We at Hubei Zhongnong Zhongjia have a set of 100,000-ton rotary drum dual-drying and dual-cooling equipment. The owner in question might consider partnering with us at Hubei Zhongnong Zhongjia for OEM production of compound fertilizers as a way to test the waters. The industry is currently very challenging: demand for agricultural products is low, while raw materials such as urea, ammonium phosphate, and potassium chloride have seen sharp price increases, resulting in high costs. Leading companies in the compound fertilizer sector are building factories everywhere, and those originally involved in urea and ammonium phosphate production are now also focusing on compound fertilizers. Competition is fierce, and if you don’t have any significant advantages, the risks are quite high. 13699759132
Do you use the rotary drum amino acid process or some other process to produce nitrogenous compound fertilizers?
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