有色矿冶
有色礦冶
유색광야
NON-FEROUS MINING AND METALLURGY
2014年
2期
89-91
,共3页
钛渣熔炼%尾气%发电
鈦渣鎔煉%尾氣%髮電
태사용련%미기%발전
titanium slag smelt%exhaust gas%power generation
介绍了密闭式钛渣电炉冶炼产生尾气的性质，提出了尾气用于发电、烘干、作为化工原料等方案。从尾气净化要求、尾气利用效率、技术成熟程度、投资情况等方面对各方案进行了优劣分析。结果表明：电炉熔炼钛渣将有25％的CO气体产生；内燃机发电是电炉炼钛渣尾气利用项目较为可行的方案。
介紹瞭密閉式鈦渣電爐冶煉產生尾氣的性質，提齣瞭尾氣用于髮電、烘榦、作為化工原料等方案。從尾氣淨化要求、尾氣利用效率、技術成熟程度、投資情況等方麵對各方案進行瞭優劣分析。結果錶明：電爐鎔煉鈦渣將有25％的CO氣體產生；內燃機髮電是電爐煉鈦渣尾氣利用項目較為可行的方案。
개소료밀폐식태사전로야련산생미기적성질，제출료미기용우발전、홍간、작위화공원료등방안。종미기정화요구、미기이용효솔、기술성숙정도、투자정황등방면대각방안진행료우렬분석。결과표명：전로용련태사장유25％적CO기체산생；내연궤발전시전로련태사미기이용항목교위가행적방안。
According to the characteristics of exhaust gas from closed arc furnace in titanium slag smelting process , the exhaust gas used for power generation , drying , chemical raw materials were proposed . Con-sidering the gas purification requirements , exhaust efficiency , technology maturity , investment , etc , the advantages and disadvantages of all case was compared and discussed . Results shown that there is 25 % of the CO gas generated during the furnace slag process . Moreover , the gas exhausted from the electric fur-nace smelting slag project is a viable option .
