Operating system for intelligent lifting engineering of roasting furnace

Abstract

The invention discloses an operating system for intelligent lifting engineering. According to the operating system, intelligent lifting operation can be performed on a roasting furnace through cooperative use of an environment data collection module, a putting module, a data analysis module, a deployment processing module, a control module, an operation module and a data transmission module; environment set data in the roasting furnace are collected by the aid of the environment data collection module, the environment set data include exhaust data, conveying gas data, in-furnace pressure dataand in-furnace temperature data; the feeding amount of the roasting furnace is controlled by the aid of the putting module according to the environment set data; through comprehensive analysis of theenvironment set data, feeding state information in the roasting furnace can be obtained, remaining feeding can be adjusted according to the state information, the purpose of conducting self-adaptive adjustment on fed graphite or carbon resource roasting is achieved, and the problems that graphite or carbon resources are wasted and the efficiency is poor can be solved.

Description

technical field [0001] The invention relates to the technical field of roasting furnaces, in particular to an operating system for intelligent upgrading projects of roasting furnaces. Background technique [0002] The roasting furnace is a device that can significantly reduce the sintering temperature and greatly reduce energy consumption. It is of great help to protect the environment, improve efficiency, and shorten the time; after the roasting furnace is loaded, it is necessary to adjust the exhaust air volume, gas volume and blanking volume. , so that the roaster can achieve the best working efficiency; the present invention relates to a roaster for roasting graphite or carbon resources. [0003] In the patent "CN101639228B, a control method for a combustion system of a carbon roaster", it mainly includes the following steps: (1) calculate the deviation of the fire path, and obtain the deviation value of the fire path; (2) perform conventional PID control according to th...

AI Technical Summary

Problems solved by technology

[0007] How to solve the problem of not being able to analyze and process the roasting of graphite or carbon resources after the roasting furnace is cut, so that the graphite or carbon resources that are cut cannot be adjusted adaptively, resulting in waste of graphite or carbon resources and poor roasting efficiency.

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