烟尘净化
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利用PLC实现烟尘净化系统的自动控制
The Application of PLC in the Automation of the Cleanse System for Soot
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印刷厂铅烟尘净化技术
Purification technology of the lead smoke dust of the printing house
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焦炉出焦烟尘净化用脉冲袋式除尘器
Impulse Bag Filter for Purification of Coke Pushing Emissions from Coke Oven
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电炉炼钢烟尘净化技术探讨
Pilot study of dust collecting technique on electric steel-smelting smoke and dust
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螺旋焊管机组等离子切割烟尘净化系统的设计与应用
Design and Application of Plasma Cutting Smoke and Dust Cleaning System for SSAW Pipe Unit
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高温烟尘净化用孔梯度陶瓷膜材料的设计与制备
Design and Preparation of Porous Gradient Ceramic Fiber Composite Membrane for High Temperature Dust Gas
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铸造车间冲天炉烟尘净化处理
Cupola Dust Cleaning Treatment of Foundry Shop
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印刷厂铅烟尘净化技术擦净窗户玻璃并给百叶窗除尘。
Purification technology of the lead smoke dust of the printing house Clean windows and dust blinds .
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铁路车辆段修配车间电焊烟尘净化方式的研究
Study on cleaning measure of arc welding smoke in repair and spare parts workshop and railway rolling stock depot
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工业炉窑烟尘净化所采用的大型袋式除尘器以长袋低压脉冲清灰袋式除尘器为主。
Large bag filter used in purification of industrial kilns dust is mainly long bag and low-pressure pulse-jet bag filter .
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由于我国大部分硅铁生产企业都是采用半密闭式电炉,它产生的烟气具有温度高、烟气量大、粉尘浓度高、粉尘粒径小等特点,因此其烟尘净化比较困难、复杂。
Because the majority of ferrosilicon production enterprises all use half-closed type electric stove , which produce the haze with such characteristics as the high temperature , magnanimous smoke , high-density dust , the small-size dust particle , it is quite difficult and complex to purify the mist and dust .
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爆破烟尘絮凝净化方法
Method of cleaning blasting fume by flocculation
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混铁炉烟尘的特性及净化方式的选择
Characteristics of Mixer Furnace Flue Cas and Selection of Its Cleaning Methods
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针对螺旋埋弧焊钢管生产中空气等离子切割烟尘对环境污染的问题,设计了一种工作稳定可靠的烟尘净化系统。
Environment pollution problem generated by plasma cutting smoke and dust during SSAW pipe production process was analyzed ; a kind of stable and reliable smoke and dust cleaning system was designed .
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介绍了炼钢厂混铁炉烟尘的化学成分、密度、粒径分布、比电阻等特性,并着重介绍了石墨尘的性质及回收利用方法。对混铁炉烟尘的净化方式进行了分析。
This paper presents such features of fume from mixer furnace of steel-making plant as chemical composition , concentration , particle size distribution and specific resistance , with the emphasis on the characteristics of graphite dust and recycling methods , and analyzes the cleaning methods of flue gas .