Automatic flocculating agent dilution and delivery system

Abstract

The invention discloses an automatic flocculating agent dilution and delivery system which comprises a master control box, an electromagnetic valve control box, a discharge device, a dilution tank, awater adding device, a bubbling device and an unloading device. The discharge device is positioned above the dilution tank, the water adding device and the bubbling device are connected into the dilution tank, the unloading device is positioned on the lower side of the bottom of the dilution tank, the master control box is connected with the electromagnetic valve control box, and the electromagnetic valve control box is connected to the water adding device, the bubbling device and the unloading device. The automatic flocculating agent dilution and delivery system has the advantages that discharge can be stably and uniformly controlled, dilution procedures can be fully automatically controlled, the dilution uniformity of flocculating agents can be effectively improved while the work efficiency is improved, and accordingly material-saving and stable automatic control effects can be realized.

Description

technical field [0001] The invention relates to the field of sugar making equipment, in particular to a flocculant automatic dilution and delivery system. Background technique [0002] At present, the clarification process of the sugar factory needs to add a certain proportion of flocculant to the cane juice. Its function is to network the CaSO3 precipitate generated by the neutralization of sulfur fumigation with various impurities in the cane juice to form larger particles to settle and remove, thereby improving Clarification efficiency to obtain good quality sugar juice and improve white granulated sugar product quality. [0003] At present, the flocculant commonly used in sugar factories is a solid polymer compound with a molecular weight as high as 10-12 million, and the cost is expensive, about 35,000 per ton. At present, most sugar factories use manual feeding. Therefore, in the process of dissolving and diluting, if you do not pay attention to the ratio of water and...

AI Technical Summary

Problems solved by technology

The big problem with this method of dissolution and dilution is that the use of manual control is not only low in efficiency and poor in accuracy, but also prone to mistakes, resulting in unguaranteed quality of sugar production, and the feeding port is easily blocked, because the flocculant is easily adsorbed on the bottom On the pipe wall of the feed port, it will condense after contact with the air. After several times of use, it will cause uneven feeding, difficulty in control and even blockage of the feeding port, resulting in shutdown or greater losses.

With the current technology, it is difficult to control the uniformity and the amount of the material when cutting, so that the optimal viscosity cannot be controlled. We can only continue to sprinkle more flocculants, which will produce more agglomerates and reduce the quality of sugar production. Low

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