首页|基于大数据的智能烧结预测技术研究进展

基于大数据的智能烧结预测技术研究进展

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烧结是高炉炼铁的重要工序之一,使用智能化技术准确预测烧结过程中状态、质量等参数控制烧结过程,对于降低生产成本、优化烧结过程以及提高生产安全性至关重要.首先剖析了大数据平台在烧结参数预测技术中的作用,其次从烧结终点位置预测、烧结料层透气性预测、烧结终点温度预测、FeO含量预测、转鼓强度预测、点火温度预测、风箱阀门开度预测以及经济技术指标预测等方面对比分析了智能化技术在烧结生产过程中的应用情况,并重点分析了 FeO含量预测从人工观察法到数学模型法再到人工智能法的发展历程,揭示了基于大数据的智能烧结预测技术的发展状况以及演变规律.另外,对智能烧结预测技术在烧结生产预测上的不足以及发展趋势进行了探讨.
Research progress of intelligent sintering prediction technology based on big data
Sintering is one of the important processes in blast furnace ironmaking.Using intelligent technology to accurately predict the state,quality and other parameters during the sintering process to control the sintering process is crucial for reducing production costs,optimizing the sintering process,and improving production safety.Firstly,the role of big data platforms in sintering parameter predic-tion technology was analyzed.Secondly,the application of intelligent technology in sintering produc-tion process was compared and analyzed from the aspects of sintering endpoint position prediction,sintering material layer permeability prediction,sintering endpoint temperature prediction,FeO con-tent prediction,drum strength prediction,ignition temperature prediction,bellows valve opening pre-diction,and economic and technical index prediction.The development process of FeO content pre-diction from manual observation method to mathematical modeling method and then to artificial intel-ligence method,revealing the development status and evolution law of intelligent sintering prediction technology based on big data.In addition,the shortcomings and development trends of intelligent sin-tering prediction technology in sintering production prediction were discussed.

sinterbig dataintelligentprediction

张学锋、唐晶晶、黄刘松、闻亦昕

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安徽省工业互联网智能应用与安全工程研究中心,安徽马鞍山 243032

马鞍山师范高等专科学校,安徽马鞍山 243041

烧结 大数据 智能化 预测

安徽省教育厅重点实验室项目安徽高校自然科学研究项目

TZJQR007-2023KJ2021A1289

2024

冶金自动化
冶金自动化研究设计院

冶金自动化

影响因子:0.685
ISSN:1000-7059
年,卷(期):2024.48(4)