Clinker cooling method through sintering process

Abstract

The invention relates to a clinker cooling method through a sintering process, and particularly relates to a clinker cooling process combined in such a way that a fluidized bed type cooler, a cooling machine and a raising plate are combined. The cooling speed of the clinker is fast, therefore the clinker can be cooled during 15-20 min; the clinker of the cooler is low in temperature and fine in granularity, more than 80% of clinker granularity can reach within 15mm, and the discharging temperature can reach up to 97 DEG C and is reduced by about 100 DEG in comparison with that before the implementation; furthermore, the heat use ratio is high, the clinker can be quickly cooled, and the hot air can be reused, therefore the thermotechnical efficiency can be improved.

Description

technical field [0001] The invention relates to a clinker cooling method by a sintering method, in particular to a clinker cooling process using a combination of a fluidized bed cooler, a cooler and a lifting plate. Background technique [0002] At present, the method of "cooler + lifting plate cooling" is generally adopted for clinker dissolution in domestic and foreign sintering methods, which has poor cooling effect and low heat utilization rate. There are many bulk materials in the clinker, and the discharge port of the dissolution mill is often blocked, which affects the discharge amount of the dissolution mill. At the same time, due to the high temperature of the clinker out of the cooler and the plasticity of the clinker, the dissolution effect is poor, and the net dissolution of the clinker is low, with an average net dissolution of about 86%. SUMMARY OF THE INVENTION [0003] Aiming at the problems existing in the above-mentioned prior art, the present invention ...

AI Technical Summary

Problems solved by technology

[0002] At present, the clinker dissolution of sintering method at home and abroad generally adopts the method of "cooler + lifting plate cooling", which has poor cooling effect, low heat utilization rate, and the temperature of clinker out of the cooler is about 200 °C.

There are many large pieces of material in the clinker, and the discharge port of the dissolution mill is often blocked, which affects the discharge amount of the dissolution mill

At the same time, due to the high temperature of the clinker out of the cooler and the certain plasticity of the clinker, the dissolution effect is poor, and the net dissolution of the clinker is low, with an average net dissolution of about 86%.