HITAC

英

美

网络高温空气燃烧技术; 日立; 燃烧技术; 蜂窝陶瓷; 高风温蓄热式燃烧技术

The numerical simulation of HiTAC technology apply in new conceptual combustor
新概念燃烧室应用高温空气燃烧技术的数值模拟
In this paper, the HiTAC ( high temperature air combustion) technology was introduced. Simultaneously the energy recovery rate was investigated from the energy analysis. The two important factors that affect the energy recovery rate were researched.
在介绍高温空气燃烧技术的同时，从能量分析的角度出发对该技术极高的能量利用率进行了研究，同时研究了决定该技术能量回收率的两个重要因素。
Study of flat flame with High Temperature Air Combustion ( HiTAC) by means of numerical modeling is a main objective of this work. Combustion characteristic of flat flame with HiTAC is analyzed and compared with normal flat flame structure, energy efficiency and NO_x emission.
通过数值模拟方式分析了高温空气平焰燃烧的特点，并从火焰结构、能量利用与NOx排放等角度，与常规平焰燃烧进行了比较。
Hereby a scheme was provided to apply High Temperature Air Combustion ( HiTAC) to straw in view of its high combustion efficiency and low pollution emissions. And then research was implemented under both cold and thermal condition.
考虑到高温空气燃烧技术的高燃烧效率和低污染物排放等优势，在此提出了秸秆高温空气燃烧器的设计方案，并对其进行了冷态和热态研究。