大数据技术在长流程炼钢过程质量控制中的应用及展望
摘要
转型,工业大数据已成为冶金行业转型的核心突破口。大数据技术通过对多源异构生产数据的全域采集、治理与智
能分析,为冶金质量控制提供了从“经验驱动”向“数据智能”转型的核心支撑。本文系统梳理大数据技术在冶金
行业质量控制中的技术架构与核心环节,分析了在烧结配矿、炼铁、炼钢、连铸、轧制及成品检验等全流程场景的
应用实践,深入探讨当前面临的数据治理、模型融合、算力与安全等挑战,并展望数字孪生、垂类大模型、边缘-
云端协同等未来发展方向,为冶金行业智能化质量管控提供理论参考与实践路径。
关键词
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[1]齐英瑛.双碳目标下中国能源转型路径研究[D].
四川大学,2025.
[2]魏晨阳.“双碳”背景下H钢铁企业发展战略研究[D].山东财经大学,2025.
[3]杨晓菲,商玉林.钢铁企业智能化集中管控平台的
设计与实现分析[J].冶金与材料,2019,39(2):184-185.
[4]Huang X, Liu Z, Zhang X, et al. Surface damage
detection for steel wire ropes using deep learning and
computer vision techniques[J]. Measurement, 2020: 107843.
[5]陈启鹏.面向数字孪生的自动化产线制造过程状
态监测关键技术研究[D].贵阳:贵州大学,2021.
[6]Zhou Heng, Yang Chunjie, Sun Youxian. Intelligent
ironmaking optimization service on a cloud computing
platform by digital twin [ J ]. Engineering, 2021, 7(9):1274.
[7]Jia L, Junping X, Obaid A, et al.Design and
Implementation of an Efficient Electronic Bank Management
Information System Based Data Warehouse and Data Mining
Processing[J].Information Processing and Management, 2022,
59(6).
[8]Yassine R, Omar B, Doulkifli B, et al.Building a
novel physical design of a distributed big data warehouse
over a Hadoop cluster to enhance OLAP cube query
performance[J].Parallel Computing, 2022, :102918.
[9]Marco V, Valentina C, Matteo C, et al.Artificial
Intelligence Approaches For The Ladle Predictive
Maintenance In Electric Steel Plant[J].IFAC PapersOnLine,
2022, 55(2):331-336.
[10]Hanen B, Ben A A, Nedra M, et al.Multidimensional
architecture using a massive and heterogeneous data:
Application to drought monitoring[J].Future Generation
Computer Systems, 2022, 1361-14.
[11]Nikhil J, Hendrik J W, Ernst W, et al.How keyenabling technologies’regimes influence sociotechnical
transitions: The impact of artificial intelligence on
decarbonization in the steel industry[J].Journal of Cleaner
Production, 2022, 370.
[12]Lorvão A A, Elsa C, José B .Incorporation of
Ontologies in Data Warehouse/Business Intelligence Systems
- A Systematic Literature Review[J].International Journal of
Information Management Data Insights, 2022, 2(2).
[13]张学锋,闻亦昕,熊大林,等.面向智能烧结的
机尾断面烧结矿FeO预测研究[J].钢铁研究学报,2024,
36(05):580-588.
[14]李中正,吴朝霞,王金杨,等.基于特征优选的GA-BiLSTM烧结矿中FeO含量预测模型[J/OL].东北大
学学报(自然科学版),1-10[2026-03-25].
[15]段一凡,刘然,刘小杰,等.知识图谱在高炉
专家系统中的应用前景[J].中国冶金,2025,35(09):
150-164.
[16]侯 建 勇, 王 冬 寒, 焦 峰 斌, 等 . 大 数 据 技 术
在智能炼铁生产中的应用 [J]. 冶金动力,2022,(01):
105-109.[17]Shuai L, Jincai C, Mansheng C, et al.A blast furnace
coke ratio prediction model based on fuzzy cluster and
grid search optimized support vector regression[J].Applied
Intelligence, 2022, 52(12):13533-13542.
[18]Longyao Z, Kexin J, Lei Z, et al.Prediction of Blast
Furnace Fuel Ratio Based on Back‐Propagation Neural
Network and K‐Nearest Neighbor Algorithm[J].steel research
international, 2022, 93(10).
DOI: http://dx.doi.org/10.12361/2661-3654-08-03-160433
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