热风炉

1.16MW（100万大卡）热风炉的开发研制

Research and Development on the 1.16MW ( 100 × 10 ~ 4kcal / h ) Air Heater

提高粮食干燥系统燃煤热风炉效率的建议

Suggestions about enhancing coal-burning air heater 's efficiency in grain drying system

Air（初三适用）热风炉的热工行为

Behavior of hot air furnace

基于PLC实现的热风炉自动控制系统

Automatic Control System in Hot-Blast Stove Based on PLC

热风炉节能模拟系统的UML建模与分析

Modelling and Analysing of Hot-Blast Stove Energy Saving and Simulation System with UML

基于动态Markov的热风炉操作预测

Application of Markov Method Based on Dynamic Clustering in hot-blast stove operation forecasting

PLC在合钢3~热风炉改造中的应用

Application of PLC in Repairing and Transforming for No.3 Air-heater BF in Hefei Iron & Steel Company

AH热风炉是为循环加热系统而设计的。

The AH Air heaters are designed for recirculating convection heating systems .

首钢热风炉运行过程CFD模拟

Simulation of the hot air stove in Shougang with CFD

基于CFD的高炉热风炉联合仿真方法

Co-simulation method simulation of blast furnace hot blast stove based on CFD

RH系列红外热风炉电控装置的研究

Study on the electric control system of RH series infrared heat furnace

用PLC实现高炉本体数据采集及热风炉燃烧控制

PLC - Based Data Acquisition for the Main Body of the Blast Furnace and the Combustion Control for the Hot-Blast Stove

DS顶燃式热风炉的特点及应用

Features of top combustion stove and its application

采用PSA法富化高炉煤气提高热风炉理论燃烧温度

Increasing Theoretical Hot Stove Burning Temperature by PSA Technology of Enriching Blast Furnace Gas

ACL顶燃式热风炉工业性试验

Industrial experiment on top - combustion stove of ACL type

应用CBR技术对热风炉送风温度的预测

Use the Technology of CBR to Predict the Temperature of the Hot Blast Stove

GL型高温热风炉的开发研究

Study on GL Style High Temperature Hot-blast Stove

采用CFD软件FLUENT对多火孔无焰陶瓷燃烧器的顶燃式热风炉燃烧室的燃烧情况进行了数值模拟。

The numerical Simulation which applying CFD software FLUENT to the hot blast shaftless stove with Multi-burner-port Annular Flameless Ceramic Burner is introduced in this paper .

这些研究结论已被YB／T5012－1997《高炉及热风炉用砖形状尺寸》行业标准采用。

Conclusions of the studies have already been adopted in YB / T 5012-1997 , the industrial standard Shapes and Dimensions of BF and hot stove bricks .

这对热风炉的优化设计与运行具有理论指导意义，对热风炉工艺操作参数的选择也具有实际的参考价值。FeO和MnO的影响较小。

It is significant for the design and optimization of the hot air stove . The effect of FeO and MnO contents is not significant .

运用CFD软件对顶燃式热风炉的气体燃烧和流动进行了数值模拟，得到燃烧室出口烟气速度的分布。

The numerical simulations of gas combustion and flow in top combustion hot blast stove are studied with CFD software . And the distribution of gas velocity at the exit of combustion chamber has been obtained .

ZSD顶燃式热风炉烧嘴改造的模拟研究与应用

Simulation and Application on Burner Reform of ZSD Hot-Blast Stove

为了解决烘干过程粮食污染问题，开发设计出RFL系列燃煤热风炉。

RFL series coal-burning hot-air furnace is developed and designed , in order to deal with the grain pollution .

ECA-175及CA-179浇注料在顶燃球式热风炉上的应用

The application of pouring material eca-175 and ca-179 to spherical top-fired stove

排放的大气污染物主要有粉尘、恶臭污染物硫化氢（H2S）以及热风炉产生的烟尘和二氧化硫SO2，尤其是H2S的污染浓度高达7.0×104mg。

The main air pollutants discharged included dust , H_2S , and the soot and SO_2 from sirocco furnaces . The concentration of discharged H_2S could be up to 7.0 × 10 ~ 4 mg · m ~ ( - 3 ) .

350m3高炉热风炉采用涂层后，热风温度提高了57℃。

Application of coating in hot stoves of 350 m3 BF indicated that the coating makes the blast temperature increase 57 ℃ .

前言：针对冲天炉，冷风炉、热风炉、水冷却炉存在的问题试制出了“KQDL系列冲天炉”。

The KQDL series cupola was trial produced aiming at the problems existing in the cupola , cold blast cupola , hot blast cupola , water cooling cupola .

并对气体流经填充球床时，影响阻力损失的因素进行分析研究，用Ergun方程形式整理实验数据，获得回归方程，提出适合新型旋流热风炉阻力损失的修正系数。

Through analysis on resistance losses when gas flows over the ball packed bed and arrangement in the form of the ergun equation , the regression equation is obtained and two modified coefficients fitted to resistance loss calculation of the new type swirl flow blast stove are presented .

凌钢旋流顶燃球式热风炉烘炉实践

Heating-up practice of cyclone top combustion hot stove at Lingyuan Steel

鞍钢高炉热风炉双预热技术分析

Analysis of Double Preheating Technology for Hot Stove of Angang BFs