A multi-sensor chemical slurry separation system

Abstract

The invention discloses a chemical slurry separation system with multiple sensors. The chemical slurry separation system comprises one belt filter press, one box filter, one pressure filter, one squeezing filter, one sterilization device, one sedimentation tank, one waste liquid pool, one liquid collection pool, four slag storage tanks, three buffer tanks, six feeding pumps, five circuit switches,fifteen valves, a master control station and sensors. The master control station is used for receiving signals from the sensors and controlling the fifteen valves, the five circuit switches, the sixfeeding pumps, the box filter, the belt filter press, the squeezing filter and the pressure filter.

Description

technical field [0001] The invention belongs to a chemical separation system, in particular to a multi-sensor chemical slurry separation system. Background technique [0002] At present, the production technology of the separation system of chemicals is weak, the degree of automation of the production line is low, there are many manual operations, the process is scattered, and the working environment is poor. The problems in the production process are as follows. [0003] The current separation system is aimed at a single type of chemical slurry, and the pipeline cannot be adjusted in a timely manner according to the needs to realize the processing of different slurries; the separation efficiency of the separation system is low, the degree of automatic control is low, and the manual operation efficiency of the operator is low; the production process The adjustment and monitoring of certain parameters mainly rely on the monitoring of experienced operators, so that the product...

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Problems solved by technology

[0003] The current separation system is aimed at a single type of chemical slurry, and the pipeline cannot be adjusted in a timely manner according to the needs to realize the processing of different slurries; the separation efficiency of the separation system is low, the degree of automatic control is low, and the manual operation efficiency of the operator is low; the production process The adjustment and monitoring of certain parameters mainly rely on the monitoring of experienced operators, which makes the production information and process data inaccurate and cannot be adjusted in time

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