Metallurgical industry kiln centralized monitoring method and total system

Abstract

The embodiment of the invention provides a metallurgical industry kiln centralized monitoring method and a total system. The method comprises the steps of determining the energy consumption required by each metallurgical industry kiln for producing a preset amount of metal based on the currently collected field parameters and production state data of each metallurgical industry kiln; acquiring thein-furnace time and the actual temperature of the blanks in each metallurgical industrial kiln, and carrying out process optimization on each metallurgical industrial kiln; and respectively carryingout working state evaluation on the target equipment in each metallurgical industrial kiln, and when the corresponding evaluation result shows that the target equipment runs abnormally, carrying out fault early warning on the target equipment. According to the method, all metallurgical industrial kilns involved in the metal production process can be monitored globally and integrally, and the monitoring process is timely and effective, so that the safety and timeliness of the metal production process can be effectively improved, and meanwhile, the energy consumption can be better saved and themetal yield can be improved.

Description

technical field [0001] The application relates to the technical field of equipment control, in particular to a centralized monitoring method and a total system for furnaces and kilns in the metallurgical industry. Background technique [0002] In metal production technology, there are various metallurgical industrial furnaces, such as heating furnaces and heat treatment furnaces in iron and steel enterprises. In the production process of metals such as steel and steel, in order to ensure the reliability of the production process, it is necessary to Effective monitoring and control of industrial furnaces. [0003] At present, in order to facilitate the effective supervision of metallurgical industrial furnaces, some furnaces will be equipped with various electrical and instrument testing equipment for monitoring. However, due to the large number and types of metallurgical At the same time, the distribution range of various metallurgical industrial furnaces is relatively scat...

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Problems solved by technology

[0003] At present, in order to facilitate the effective supervision of metallurgical industrial furnaces, some furnaces will be equipped with various electrical and instrument testing equipment for monitoring. However, due to the large number and types of metallurgical At the same time, the distribution range of various metallurgical industrial furnaces is relatively scattered, so it will cause certain difficulties in the supervision of metallurgical industrial furnaces, and it is not convenient to conduct overall and overall monitoring of various metallurgical industrial furnaces involved in the metal production process. Supervision, if the metal production process cannot be adjusted in time, and equipment failures in the production process cannot be eliminated in time, which will affect the timeliness, output and energy consumption of the metal production process, and even cause a lot of waste of manpower and material resources

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