(S138)Research on Energy Conservation in Sintering Ignition Process

MA Huaiying; ZHAO Zhixing; ZHOU Jiliang

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(S138)Research on Energy Conservation in Sintering Ignition Process

机译：（S138）烧结点火过程节能研究

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Ignition is the start point of the sintering circuit, which plays an important role during the whole sintering process1). The gas consumption accounts for 80% energy cost in the sintering ignition process. Therefore, gas flow reduction is of great significance to energy conservation in the sintering ignition process2, 3). In current study, the concept of comprehensive ignition intensity (CII) was introduced to determine the ignition effect. Based on the comprehensive ignition intensity, the ignition parameters were optimized and the gas flow was subsequently reduced.

机译：点火是烧结电路的起点，在整个烧结过程中起着重要作用。煤气消耗占烧结点火过程中的80％能源成本。因此，对烧结点火过程2,3）的节能具有重要意义。在目前的研究中，引入了综合点火强度（CII）的概念来确定点火效应。基于综合点火强度，优化点火参数，随后减少了气体流动。

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《材料とプロセス: 日本鉄鋼協会講演論文集》 |2017年第174期|共1页
作者
MA Huaiying; ZHAO Zhixing; ZHOU Jiliang;
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Shougang Research Institute of Technology PAN Wen;

Shougang Research Institute of Technology PAN Wen;

Shougang Research Institute of Technology PAN Wen;

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正文语种 eng
中图分类钢铁冶炼（黑色金属冶炼）（总论）;
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1. (S138)Research on Energy Conservation in Sintering Ignition Process [J] . MA Huaiying, ZHAO Zhixing, ZHOU Jiliang 材料とプロセス: 日本鉄鋼協会講演論文集 . 2017,第2a174期

机译：（S138）烧结点火过程节能研究
2. Experimental investigation on the impacts of ignition energy and position on ignition processes in supersonic flows by laser induced plasma [J] . An Bin, Wang Zhenguo, Yang Leichao, Acta astronautica . 2017,第auga期

机译：激光诱导等离子体在超声速流中点火能量和位置对点火过程影响的实验研究
3. Development of an energy efficient curtain flame ignition system for sintering of iron ore fines [J] . V.T. Selvan, T.S. Reddy, A. Das International journal of energy technology and policy . 2012,第1期

机译：开发用于铁矿粉烧结的节能幕帘点火系统
4. Energy Conservation in Sintering Ignition Process Based on Comprehensive Ignition Intensity [C] . Wen Pan, Xia Zhao, Si-bin Zhang, Energy technology 2018: Carbon dioxide management and other technologies . 2018

机译：基于综合点火强度的烧结点火过程节能
5. ENERGY CONSERVATION IN THERMAL PROCESSING OF CANNED FOODS USING A VERTICAL STILL RETORT. [D] . BHOWMIK, SANTI RANJAN. 1982

机译：使用立式蒸馏釜对罐装食品进行热加工时的节能。
6. The Effects of Sintering Temperature and Addition of TiH2 on the Sintering Process of Cu [O] . Huali Hao, Yanjing Wang, Hamid Reza Jafari Nodooshan, 2019

机译：烧结温度和TiH2的添加对Cu烧结过程的影响
7. Lower limit of the energy consumption and the double ignition process for iron ore sintering. [O] . Shun SATO, Takazo KAWAGUCHI, Masakazu KATO 1988

机译：电能消耗下限和铁矿石烧结双点火过程。
8. Technology Transfer Test Bed Program. Field Demonstration of the Energy Planning Module's Energy Conservation Options Proposed for the DD Form 1391 Processor [R] . Chu, D. 1989

机译：技术转让试验台计划。能源规划模块为DD Form 1391处理器提出的节能方案的现场演示

(S138)Research on Energy Conservation in Sintering Ignition Process

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