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SAIL—striding towards the future with the touch of green
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作者 Ranen Nag Ranadev Mitra Ajanta Sengupta 《Baosteel Technical Research》 CAS 2010年第S1期127-,共1页
Steel plays a vital role in every facet of our life.Like DNA in our body,steel plays a crucial role in the development of any society.From infrastructure,defence,transportation,research & development and even in d... Steel plays a vital role in every facet of our life.Like DNA in our body,steel plays a crucial role in the development of any society.From infrastructure,defence,transportation,research & development and even in day to day life,everywhere steel is used.Per capita consumption of steel is treated as an important index for the socioeconomic development of any country.The rapid and continuing growth of steel industry during last few decades bears testimony to the indispensability of steel as a vital resource for economic development.Though steel as a product is eco friendly,the process of making steel is associated with lot of energy and environmental ramifications.According to International Energy Outlook 2009,iron and steel industry account for about 20%of the total industrial energy consumption.Hence this industrial sector can play a pivotal role to influence the energy and environmental scenario of any country. As a responsible corporate citizen,Steel Authority of India Limited,the largest steel producer in India,has taken various initiatives over the years towards the protection of environment and reduction in energy consumption.This has resulted in the reduction of energy consumption by almost 15.45%over a period of last 10 years.The initiative is also evident in the company's growth plan which aims at almost doubling the production capacity in the near future from the existing level of 13.5 Mt/a.Implementation of tate of it lean echnologies like CDQ,TRT,and waste heat recovery from sinter plants,maximizing CDI & CTI in blast furnaces,augmentation of pollution control devices with more efficient equipment are on the anvil.These reaffirm our commitments for clean and sustainable environment. This paper gives an overview of the efforts taken by SAIL over the years for energy conservation and environmental protection with special emphasis on a few projects like by product fuel for power generation,use of energy efficient burners,maximizing the use of thyristors in place of motor generators,coke dry quenching facility, etc. 展开更多
关键词 energy efficiency coke dry quenching(CDQ) top pressure recovery Turbine(TRT) coal dust injection(CDI) coal tar injection(CTI) sustainability environment energy
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干熄焦背压汽在苯精制工艺中的应用
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作者 吴恒喜 梁志学 +1 位作者 罗小林 张雪红 《武钢技术》 CAS 2007年第5期1-3,11,共4页
采取缩短背压汽管线长度的方法保证在同样背压汽压力的情况下苯精制工序的压力更高;增加二甲苯塔加热器加热面积以降低苯精制工序对蒸汽压力(温度)的要求。通过采取措施实现苯精制生产和干熄焦发电两者兼顾的目的,实现能源综合利用的最... 采取缩短背压汽管线长度的方法保证在同样背压汽压力的情况下苯精制工序的压力更高;增加二甲苯塔加热器加热面积以降低苯精制工序对蒸汽压力(温度)的要求。通过采取措施实现苯精制生产和干熄焦发电两者兼顾的目的,实现能源综合利用的最高效率。 展开更多
关键词 于熄焦背压汽 苯精制 应用
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鞍钢鲅鱼圈160 t/h干熄焦中压蒸汽温风干燥实践
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作者 赵恒波 魏春满 +1 位作者 尹德刚 刘革 《鞍钢技术》 CAS 2022年第1期31-33,共3页
针对鞍钢股份有限公司鲅鱼圈钢铁分公司炼焦部160 t/h干熄焦炉采用低压蒸汽温风干燥达不到烘炉效果的问题,提出采用中压蒸汽回流方式进行温风干燥。实践后,干熄焦炉入口温度由70℃提高至147℃,达到温风干燥烘炉的效果,值得推广和借鉴。
关键词 干熄焦炉 温风干燥 低压蒸汽 中压蒸汽
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干熄焦余热发电汽轮机选型分析与优化
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作者 孙浩云 洪安尧 +1 位作者 朱熹 徐小波 《煤化工》 CAS 2023年第6期21-24,共4页
分析了干熄焦的余热情况,对比了高温高压与高温超高压再热机组的效率,得出干熄焦余热发电采用高温超高压再热技术可实现10.9%以上的收益增长率;探讨了单缸再热汽轮机的最小功率,从余热利用收益最大化的角度,提出新建干熄焦项目最小处理... 分析了干熄焦的余热情况,对比了高温高压与高温超高压再热机组的效率,得出干熄焦余热发电采用高温超高压再热技术可实现10.9%以上的收益增长率;探讨了单缸再热汽轮机的最小功率,从余热利用收益最大化的角度,提出新建干熄焦项目最小处理能力应大于129 t/h,且随着汽轮机技术的进步该值有望进一步降低。 展开更多
关键词 干熄焦 余热发电 再热汽轮机 超高温超高压 选型分析
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