1)Coke oven焦炉
1.Intelligent adaptive heating control system for No 7 coke oven in Anyang Iron and Steel Group Co Ltd;安钢7号焦炉智能自适应加热控制系统
2.Equipment of high pressure water self-cleaning the door of coke oven;高压水自动清洗焦炉炉门装置
3.The System Optimization of Coke Oven Remelt the Coal Gas Control;焦炉回炉煤气控制方案的优化
英文短句/例句
1.coke oven plant炼焦炉工厂,焦化厂
2.mixed coke oven and blast furnace gas焦炉与高炉混合煤气
3.Installation of the Transformation from Single Thermal Coke Oven to Complex Thermal单热式焦炉改复热式焦炉的工程安装
4.Introduces a method of arranging discharging plan of coke ovens on the same line.介绍了一种多座焦炉同在一条熄焦线上的焦炉出炉计划编排方法。
5.Model Development of Temperature for Heating Fire Way in Coke Stove and Control of Coke Stove;焦炉加热火道温度模型的建立及焦炉控制研究
6.Selection of Processes for Desulfurization and Decyanation of Coke Oven Gas焦化厂焦炉煤气脱硫脱氰工艺的选择
7.Compatibility adjustment of pushing cars used in the 5th and 6th coke ovens5~#、6~#焦炉推焦车互换性调整
8.6 Meters Coke Side of Coke Oven Gas Shortage of the Removal of Export System6m焦炉焦侧荒煤气导出系统的拆除
9.The Application of New Technology on No.5、6 Coke Oven of Xuanhua Steel Coking Plant宣钢焦化厂五、六号焦炉新技术应用
10.The Application on Cake oven Cake Drg Quenching of SIEMENS PCS7 System西门子PCS7系统在焦炉干熄焦的应用
11.Application of 150t/h coke dry quenching technique in Bengang coke oven150t/h干熄焦在本钢焦炉的应用
12.Evaluation on Coke Quality of 7.63m Coke Oven of Masteel马钢7.63m焦炉焦炭质量的评价
13.The Application of 40 kg Pilot-coke-oven in Predicting the Quality of the Coke40kg试验焦炉在预测焦炭质量中的应用
14.Difficult Points and Breakthrough of Coke Oven Production under Long Coking Time长结焦时间下焦炉生产的难点与突破
15.Brief discussion about application of 150t/h coke dry quenching technique in BXSTEEL 6~#、7~# coke oven150t/h干熄焦在本钢6~#、7~#焦炉的应用
16.Applies the Low Moisture Content to Extinguish the Burnt Craft Transformation Coke Oven to Extinguish the Burnt System应用低水分熄焦工艺改造焦炉熄焦系统
17.APPLICATION OF LOW MOISTURE CONTENT COKE QUENCHING TECHNOLOGY ON REFORMING COKE QUENCHING SYSTEM IN COKE OVEN应用低水分熄焦工艺改造焦炉的熄焦系统
18.Analysis on Relationship Between Coking Time and Coke Quality结焦时间与焦炭质量关系的20kg小焦炉实验分析
相关短句/例句
coke-oven焦炉
1.Discuss minimum control time of coke-oven that putting into production combined its construction process;结合焦炉施工工序谈焦炉投产的最小控制工期
2.Through deep inspection, analysis and research on situation and reaso n of the blowby of gas duct in 1#、2#coke-oven of TISCO,Linfen branch coke-ove n plant, applied in the elimination of the blowby of gas duct , and achieved a m uch better effect .通过对太钢集团公司临钢焦化厂1号、2号焦炉砖煤气道窜漏的状况、窜漏的原因,进行检查、分析、研究,采用底部插管法消除砖煤气道窜漏,取得了很好的效果。
3.This paper discusses the speciality of the blaze wel d, studying and applying of the equipment and material of this technique,detaile dly introduces the essentiality in maintenance work of coke-oven.介绍了火焰焊补技术的特点、设备、焊补料及其在焦炉炉体维护中的应用。
3)coking furnace焦炉
1.The protection measures to high temperature adopting in production of coking furnace are introduced.介绍承钢焦化厂在实际生产中对焦炉设备高温防护采取的措施。
2.One set of automatic lubricating pump was added in basement of coking furnace to solve problems: difficult oiling by man,and difficult switching due to the corrosion from dust and salt,and gas leak.焦炉地下室高炉煤气考克人工加油困难,同时受到粉尘、盐类腐蚀出现开关困难及泄漏煤气的现象。
3.The measures to keep temperature after heating halting in coking furnace are introduced.介绍了焦炉长时间停止加热时的保温操作措施。
4)Coal Furnance焦炉
1.Thermal Management of 6m Coal Furnance at initial Operation Stage;6m焦炉投产初期的热工管理
2.Optimization of Collecting Pipe Pressure Auto Controling System in Coal Furnance;焦炉集气管压力自动控制系统的优化
5)coke oven battery焦炉
1.Present state and development of computer control for coke oven battery heating process;焦炉加热过程计算机控制的现状与发展
2.Heating control using feedforward and feedback control principle for No 3 coke oven battery of Jiuquan Iron & Steel Co;酒钢3~#焦炉前馈反馈加热控制
3.Quality Management System Design of TISCO s 7.63M Coke Oven Battery Construction Engineering;太钢7.63米焦炉建设工程质量管理体系设计
6)coke oven coke焦炉焦炭
延伸阅读
焦炉 又称炼焦炉，煤炼焦的设备。是焦化技术中的关键。煤焦化技术的应用已有200多年的历史,其炉子的结构形式经历了许多变化。初期炼焦仿造烧木炭的过程采用成堆干馏。18世纪中期，开始演变成砖砌的半封闭式长窑炉。1763年开始采用全封闭式圆窑即蜂窝炉。成堆干馏和窑炉干馏共同的特点是内部加热，即炭化和燃烧在一起，靠燃烧一部分煤和干馏煤气直接加热其余的煤而干馏成焦。19世纪中期，焦炉技术发生转折性变革，从窑炉发展到外部加热的炭化室炼焦阶段，出现倒焰炉。这种焦炉是将成焦的炭化室和加热的燃烧室用墙隔开，在隔墙上部设有通道，炭化室内煤的干馏气经此通道直接流入燃烧室，与来自燃烧室顶部风道的空气混合，自上而下地流动燃烧，这种炉子已经具备了现代焦炉最基本的特征。19世纪70年代,建成了回收化学产品的焦炉,使炼焦走向生产多种产品的重要阶段。此后不久，1883年建成了利用烟气废热的蓄热式焦炉，至此，焦炉在总体上基本定型。 现代焦炉（见彩图）炉体由炭化室、燃烧室和蓄热室三个主要部分构成(图1)。一般，炭化室宽0.4～0.5m、长10～17m、高4～7.5m,顶部设有加煤孔和煤气上升管(在机侧或焦侧)，两端用炉门封闭。燃烧室在炭化室两侧，由许多立火道构成。蓄热室位于炉体下部，分空气蓄热室和贫煤气蓄热室。 现代化焦炉主要部分用硅砖砌筑，火道温度可达到1400℃。成焦时间因炭化室宽度和火道温度不同，一般为 13～18h。焦炉机械有装煤车、推焦车、导焦车和熄焦车等（图2）。由装煤车把煤装入炭化室，炼成的焦炭用推焦车推出，赤热的焦炭经导焦车落入熄焦车内，经水熄或回收热能的干法熄焦（见彩图）。熄过的焦炭放到焦台上。焦炭经过筛选后作为产品外送。 为了改善炼焦生产条件，现代焦炉操作除了机械化、自动化之外，还建有防治烟尘和处理污水装置。电子计算机也已开始用于焦炉操作。炉子向大型化发展，炭化室有效容积增加到50m3。为了提高焦炉生产能力,采取降低炉墙厚度和选用导热性能好的炉墙砖等措施，将是发展的趋势。
