HTAC (High Temperature Air Combustion) is a kind of new technology which has been empoldered since the end of 20 century. it has much virtue of extra low NOx emission and high energy-efficiency and optimize energy using.HTAC technology had developed the phase of industrial application and the key technology of HTAC is keep secrted in developed country. HTAC technology is beginning application and the key technology begin to be studied in our country. Application fundamental research of High Temperature Low Oxygen Combustion Technology in the aspect of theory numeration of the industrial applicaion and extra low NOx emission have biger difference in our county than in developed country. .Application fundamental research of HTAC technology had been studied by the way of raction engineering and the many scale character of complex process industry. The resistance losing of airflow via regenerator and the relation of the switch time of the system of regenerate combustion with the heating parameter and the factor of NOx emission had been studied in laboratory(heating load is 0.08MW). The new technology of achieving low oxygen in the area of combustion had been developed. The mathematical model of the velocity field for the regenerate reheating furnace was established with the commercial software CFX.. The industrical experimentation which heating load is 0.8MW had been accomplished in HTAC ladle preheating system. The industrical application experimentation which heating load is 32.6MW had been finished in HTAC regenerate reheating furnace. The model of the resistance losing of airflow via regenerator had been based, The new concept of best concentration of oxygen had been declared, the new technology of achieving low oxygen in the area of combustion had been developed. The calculation theory of HTAC industrical application had being upbuilded.13 papers had been finished, 3 graduate students are been trained. 3 patents had been applied.Application fundamental research of HTAC technology had provided calculation theory of HTAC industrical application,it will accelerate application of HTAC in our country..
燃料的高温低氧燃烧可节能40-60%,氮氧化物生成减少90%以上,该技术在冶金等工业领域泄惴旱挠τ们熬埃笠岛蜕缁岽粗卮蟮慕谀芎突繁PЧ鞠钅磕馔ü笛槭沂笛椋的D饧鞍牍ひ凳匝椋低车匮芯咳剂显诟呶略と鹊目掌腥忌账婕暗娜攘ρА⒍ρШ头从ζ饔呕杓频确从こ萄侍猓眉际醯目⒑陀τ锰峁├砺垡谰荨
{{i.achievement_title}}
数据更新时间:2023-05-31
栓接U肋钢箱梁考虑对接偏差的疲劳性能及改进方法研究
敏感性水利工程社会稳定风险演化SD模型
内质网应激在抗肿瘤治疗中的作用及研究进展
重大工程建设指挥部组织演化进程和研究评述:基于工程项目治理系统的视角
煤/生物质流态化富氧燃烧的CO_2富集特性
高温超导电力技术的应用基础研究
流向变换催化燃烧及其控制技术的应用基础研究
熔融盐循环热载体无烟燃烧技术的应用基础研究
粉,块煤脉动燃烧应用基础研究