Aspects to be considered when choosing a bucket elevator in the compound fertilizer industry
The process is to mix a certain proportion of solid powder materials such as phosphorus, potassium, fillers into the urea or ammonium nitrate melt, and quickly mix into a low-temperature eutectic with good fluidity under the action of mechanical stirring and melt temperature. Jet granulation at the top of the tower.
It is cooled and solidified in the tower to form a smooth and round acicular particle complex. fertilizer. Compared with the existing tower crane technology, the project adopts a hoisting winch, which reduces the amount of equipment maintenance and improves the start-up rate.
Moving the urea melting process to the top of the tower shortens the urea transportation distance and reduces the urea transportation temperature; the use of a fast continuous urea melting tank shortens the urea melting time and improves the production efficiency; seeks to reduce the urea melting temperature, which can save costs.
The compound fertilizer bucket elevator uses DCS technology to control the melting temperature of the urea and granulation mixture. The residence time effectively avoids the formation of side reactions that are not conducive to polymerization or condensation production, reduces the number of clogging of the granulation nozzle, and improves the output. That is to say, using advanced technology to control the temperature and humidity of the compound fertilizer so that the fertilizer can be transported smoothly on the bucket elevator is the reason why the compound fertilizer plant chooses the bucket elevator. The above editor will tell you about it. Here, if you have any questions, please contact us in time.