硅酸铝纤维板的应用与节能

硅酸铝纤维板被广泛用于工业炉隔热保温,节能效果明显。 我厂的工业炉燃烧室面积比较大,工艺设计定额每炉装铸钢件17t,煤气耗量为600m~3/h。采用硅酸铝纤维板作为工业炉内衬,炉顶用10mm厚的,易于贴牢;炉侧用20mm厚的。自己配制的粘贴剂50％的耐     

桶式钢包炉精炼不锈钢的相关技术

概述与桶式钢包炉精为不锈钢密切联系的５项相关技术，拉瓦尔氧枪喷嘴的设计和脱碳保铬工艺技术；氧浓差电池民和废气温度变化规律的掌握，风中硅碳含量比与脱碳速度回归式的应用；水冷拉瓦尔氧枪和精炼钢包内壁包口防溅技术的开发。     

蒸汽加氧冲管在彭城发电厂的应用

徐州彭城发电厂＃１炉在省内首次采用加氧冲管新工艺，＃２炉在总结＃１炉加氧冲管经验的基础上，进一步提高加氧浓度，取得了明显的效果。本文阐述了蒸汽加氧冲管的基本原理，同时介绍了彭城发电一期工程两台锅炉采用蒸汽加氧冲管的实际应用情况，实践表明，无论在冲管能耗及工期方面，还是冲管效果方面，采用适当的加氧浓度对蒸汽加氧冲管都具有显著的影响。     

采暖锅炉氧腐蚀原因分析及防护措施

分析了采暖锅炉氧腐蚀特征，机理及产生原因，针对氧腐蚀现状，提出了运行期和停炉期防止锅炉氧腐蚀的方法。     

炉胆氧腐蚀原因分析及防护措施

就检验中发现的锅炉炉胆氧腐蚀情况进行了合理分析,详细介绍了炉胆氧腐蚀的机理和各种影响因素,并为防止炉胆氧腐蚀提出了相应方法,为解决工业生产中普遍存在的锅炉炉胆氧腐蚀问题提供了参考.     

新型碳纤维预氧炉及温度控制特性的研究

研制了一种新型碳纤维生产预氧炉并对其温度控制特性进行了系统测试，实际运动表明，该类型预氧炉设计合理，性能稳定，工作可靠，完全能满足碳纤维生产的需求。     

膜法富氧局部增氧助燃技术应用于单元窑

由中国科学院大连化学物理研究所膜技术国家工程研究中心研究成功的膜法富氧局部增氧助燃技术于 2 0 0 3年 7月 2 1日首次在国内成功用于泰山玻璃纤维股份有限公司的单元窑 :平均节油大于 1 0 % ,而且产品产量和质量等明显提高 ,助燃风、大碹温度和排烟温度均大幅下降等。膜法富氧局部增氧助燃技术适用于各种燃料和大多数炉窑如马蹄焰窑、横火焰窑、油炉、链条炉、抛煤机炉、煤粉炉、焚烧炉、加热炉和热媒炉等 ,由于能提高产品产量和质量、显著节能、减少污染和延长炉龄等优点 ,曾通过北京市人民政府和中国科学院的联合鉴定 ,并被评为国家级…     

工业炉窑进一步节能的燃烧技术

在纵观工业炉窑节能技术实施现状的基础上，提出空燃气双预热和富氧空气助燃两项进一步节能的燃烧技术。以高炉气、发生炉气和焦炉气为例，通过计算绘图展示了这两项技术实施后的节能效果，并指出了目前存在的具体问题。     

医疗废物贫氧热解焚烧处理处置技术探讨

介绍医疗废物贫氧热解焚烧处理技术及国内进展情况,结合竖式炉贫氧热解焚烧工艺与设备的开发,就该技术工艺与设备设计中的一些关键问题进行探讨.     

热水锅炉内除氧缓蚀剂的研制与应用

从停炉保护和锅炉运行两方面分析了氧腐蚀的特征和原因，概括地部结了锅炉湿保剂，除氧剂的特点及应用，论述了阻垢除氧缓蚀剂在阻垢，除氧，除垢，缓蚀等方面的优异性能及其显著的经济效益。     

转底炉还原红土镍矿工艺设计与实践

为解决低品位红土镍矿的合理利用问题,介绍了转底炉还原红土镍矿新工艺的技术特点和镍铁生产实践,及其工程化应用。     

火焰炉采用乳化重油的节能分析

对火焰炉采用乳化重油后的节能进行的分析,并联系到平炉燃用乳化重油的情况,作者认为火焰炉采用乳化油后是否节能,需依据炉子的具体情况而定。使用乳化油后应适当降低空气消耗系数及调整有关参数。     

武钢平炉改转炉系统工程的综合节能效益分析

介绍了武钢炼钢平炉改转炉技术改造系统工程的基本情况，并对该项目实施后的综合节能效益进行了详细分析，在此基础上提出了进一步改进的具体措施。     

Numerical prediction on the erosion in the hearth of a blast furnace during tapping process

The erosion caused by mass transfer in hearth is the most important factor for determining blast furnace campaign life. To support a helpful insight information of mass transfer for the hearth of the No. 2 blast furnace at CSC (China Steel Corporation), a numerical model including the mass transfer of carbon in thermal convective flow from a blast furnace hearth has been developed during the steady tapping process (based on a uninterrupted tapping process assumption). The three dimensional Navier–Stokes equation combined with the transport equations of energy and species with conjugate heat transfer and physical dissolution source is solved by the finite control volume scheme subjected to the segregated iterate under propriety boundary conditions. The results showed the concentration distribution of carbon expressed in terms of mass flux for analyzing the erosion of carbon brick in the blast furnace hearth with the different conditions including the status of dead-man, production of liquid iron, carbon concentration at the inlet, and porosity distribution in coke zone during tapping process at steady state. The result is useful to mitigate the erosion caused by mass transfer, and prolong the life span of the blast furnace.     

氮基气氛辊底炉热处理生产线的设计特点

介绍氮基气氛辊底炉热处理生产线的设计特点，该生产线消化吸收国外先进技术，性能优越，主要用于轴承零件的淬、回火。     

A review—Cooling by water evaporation over roof

This communication presents a review of reduction of heat flux through the roof of a building by open evaporation of water over the roof. A comparative study of (i) roof pond, (ii) spray cooling/gunny bags and (iii) moving water over the roof system is presented. Analysis of the moving water system has been given from which results for the roof pond and water spray can be obtained as special cases. Numerical results, discussion and conclusions have also been presented.     

轴承套圈余热退火辊底炉生产线炉外运输系统

介绍了轴承套圈余热退火辊底炉生产线炉外运输系统的组成,重点分析了翻卸料机构的结构特点,工作原理琢液压缸的负载特性。     

Cooling by evaporation of flowing water over a hollow roof

This paper discusses the thermal modelling of the technique for cooling buildings by means of open evaporation of water over the roof. A comparative study of cooling by means of (i) a roof pond, (ii) a water spray and (iii) moving water over the roof is presented. The influences of parameters such as wind speed, relative humidity and water flow velocity on the performance of the system are numerically examined.     

不锈钢管棒材固溶热处理生产线的研制应用

主要论述了高温辊底式热处理生产线在炉体、燃烧、温控、传动、冷却等方面所使用的新技术。采用这些技术后，提高了炉子的自动化程度、炉子热效率和热处理水平。     

Forced ventilation for sensing-based risk mitigation of leaking hydrogen in a partially open space

This study performs the numerical simulation of hydrogen dispersion in a partially open space with a single roof vent. The effects of various roof vent positions, leak positions, leak flow rates and exhaust flow rates on the forced ventilation of leaking hydrogen, are shown and discussed. Based on the results, a proper roof vent position and the disadvantage of ventilation with constant exhaust flow rates are established. To overcome the disadvantage, a new control strategy to change exhaust flow rates with the roof vent fixed at the proper position is proposed. First a plot is constructed to show acceptable exhaust flow rates to various inflow rates and leak positions. Assuming real-time sensing of hydrogen concentration and height-direction velocity, volume flow rates of leaking hydrogen are then estimated. Based on the estimated leak flow rates and hydrogen sensor information near the roof, control is conducted considering the plot of acceptable exhaust flow rates to various inflow rates and leak positions. The proposed method is validated against various leak positions, leak flow rates and leak modes. This paper proposes an innovative approach to sensing-based risk mitigation control of hydrogen dispersion and accumulation in a partially open space by forced ventilation.