中国电力
中國電力
중국전력
ELECTRIC POWER
2001年
1期
13-15
,共3页
固体吸附式制冷%重力热管%电站锅炉%排烟温度
固體吸附式製冷%重力熱管%電站鍋爐%排煙溫度
고체흡부식제랭%중력열관%전참과로%배연온도
提出一种电站锅炉排烟余热利用新技术,采用半开式自调节重力热管和固体吸附式制冷技术回收排烟余热,直接进行集中供冷和采暖供热。系统结构简单,性能可靠,维护方便,初投资少,可大幅度降低锅炉排烟温度,具有显著的节能效果。
提齣一種電站鍋爐排煙餘熱利用新技術,採用半開式自調節重力熱管和固體吸附式製冷技術迴收排煙餘熱,直接進行集中供冷和採暖供熱。繫統結構簡單,性能可靠,維護方便,初投資少,可大幅度降低鍋爐排煙溫度,具有顯著的節能效果。
제출일충전참과로배연여열이용신기술,채용반개식자조절중력열관화고체흡부식제랭기술회수배연여열,직접진행집중공랭화채난공열。계통결구간단,성능가고,유호방편,초투자소,가대폭도강저과로배연온도,구유현저적절능효과。
A new technology of heat recovery of utility boiler＇s flus gas is put forward which adopts semi-opened self-regulating gravity heat pipe and solid-adsorptive refrigeration technology to recover the waste heat of flue gas for direct control cooling and heating. This technology features simple system configuration reliable performance easy maintenance low initial investment greatly reducing boiler flue gas temperature with remarkable energy-saving benefit gained.
