新型节能环保隧道窑的设计及应用
|
摘要
介绍了山东耐材集团鲁耐窑业有限公司新建轻型、节能、自动化隧道窑的设计特点、操作控制系统、自动调节系统和运行效果等。该窑炉通过创新区域气体循环设计,优化各温度带结构,采用自动调节控制系统,并通过配套除尘、脱硫、催化脱硝系统实现了隧道窑系统本质升级,达到高效、自动化、节能、环保的目的,并为智能化运行、信息化管控创造了条件。
The design characteristics,operation control system,automatic regulation system and operation effect of the new,light,energy-saving and automatic tunnel kiln in Lunai Kiln Refractories Co.,Ltd. of Shandong Refractories Group Co.,Ltd. were introduced. Through innovating regional gas cycle design,optimizing the structure of each temperature zone,adopting automatic control system,and supporting with dust removal,desulfurization and catalytic denitrification systems,the tunnel kiln system was upgraded essentially and achieved the goals of high efficiency,automation,energy saving and environmental protection,and also created conditions for intelligent operation and information management and control.
The design characteristics,operation control system,automatic regulation system and operation effect of the new,light,energy-saving and automatic tunnel kiln in Lunai Kiln Refractories Co.,Ltd. of Shandong Refractories Group Co.,Ltd. were introduced. Through innovating regional gas cycle design,optimizing the structure of each temperature zone,adopting automatic control system,and supporting with dust removal,desulfurization and catalytic denitrification systems,the tunnel kiln system was upgraded essentially and achieved the goals of high efficiency,automation,energy saving and environmental protection,and also created conditions for intelligent operation and information management and control.
引文
[1]薛汝霞,刘克动,王民.隧道窑余热利用技术[J].现代技术陶瓷,2013,34(3):43-45.
[2]王文君.隧道窑辐射换热式余热发电技术[J].砖瓦世界,2012(8):20-23.
[3]丁伟东.隧道窑余热发电实现砖瓦生产节能减排[J].砖瓦,2009(1):33-38.
[4]马岸奇.隧道窑175年发展历程[J].砖瓦,2016(10):144-148.
[5]李想.隧道窑的发展趋势[N].中国建材报,2017-07-10(004).
[6]韩小良.窑炉的经济炉衬厚度[J].陶瓷,2000(1):32-34.
[7]赵伟.隧道窑自动化控制的研究与实现[D].西安:西安电子科技大学,2013.
[8]程立英,野莹莹,彭泽波.PLC教程---原理·应用·设计·实验[M].北京:人民邮电出版社,2009.
[9]吕庆,孙丽媛.耐火材料隧道窑窑车衬的传热行为[J].耐火材料,1994,28(4):229-231.
[10]张美杰,程玉保.隧道窑低蓄热窑车的设计与传热行为的研究[J].武汉科技大学学报,2000,23(2):135-138.
[2]王文君.隧道窑辐射换热式余热发电技术[J].砖瓦世界,2012(8):20-23.
[3]丁伟东.隧道窑余热发电实现砖瓦生产节能减排[J].砖瓦,2009(1):33-38.
[4]马岸奇.隧道窑175年发展历程[J].砖瓦,2016(10):144-148.
[5]李想.隧道窑的发展趋势[N].中国建材报,2017-07-10(004).
[6]韩小良.窑炉的经济炉衬厚度[J].陶瓷,2000(1):32-34.
[7]赵伟.隧道窑自动化控制的研究与实现[D].西安:西安电子科技大学,2013.
[8]程立英,野莹莹,彭泽波.PLC教程---原理·应用·设计·实验[M].北京:人民邮电出版社,2009.
[9]吕庆,孙丽媛.耐火材料隧道窑窑车衬的传热行为[J].耐火材料,1994,28(4):229-231.
[10]张美杰,程玉保.隧道窑低蓄热窑车的设计与传热行为的研究[J].武汉科技大学学报,2000,23(2):135-138.