Reaction kettle for producing liquid fertilizer

Abstract

The invention discloses a reaction kettle for producing a liquid fertilizer. The reaction kettle comprises a kettle body. The upper side of the kettle body is connected to a driving device, a transmission shaft is connected below the driving device, the transmission shaft is arranged in the kettle body, a first stirring bar, a second stirring bar and a third stirring bar are successively arrangedon the transmission shaft from top to bottom, the first stirring bar is bent at an at right angle, the stirring bar is in a cross star shape, the second stirring bar is vertical to the first stirringbar, and the third stirring bar is bent like a bow. According to the reaction kettle provided by the invention, targeted layered stirring is achieved, the liquid fertilizer in the kettle body is stirred in many layers and all around, so that the liquid fertilizer is uniformly stirred without a precipitate, and therefore, the quality effect of the liquid fertilizer is ensured.

Description

technical field [0001] The invention relates to a reactor, in particular to a reactor for producing liquid fertilizer. Background technique [0002] Liquid fertilizers are more and more accepted by people because of their uniform composition, high nutrient activity, convenient use, and various raw materials available. With the continuous promotion and popularization of modern irrigation facilities and water and fertilizer integration technology, the various advantages of liquid fertilizers will become more and more obvious. [0003] In the reaction process of preparing liquid fertilizer, the reaction of adding raw materials is not sufficient, coupled with the effect of gravity, the prepared liquid fertilizer will produce precipitation after standing for a period of time. However, the design of the mixing blades inside the current reactor is too simple, the structure is single, and targeted layered stirring cannot be achieved, resulting in incomplete stirring of the liquid d...

AI Technical Summary

Problems solved by technology

However, the design of the mixing blades inside the current reactor is too simple, the structure is single, and targeted layered stirring cannot be achieved, resulting in incomplete stirring of the liquid during the compounding process and the inability to achieve the purpose of complete chelation. After that, it is easy to produce precipitation, especially when encountering hard water, it will cause flocculation, block the nozzle or drip irrigation head, and affect agricultural production

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