冶金能源
冶金能源
야금능원
ENERGY FOR METALLURGICAL INDUSTRY
2014年
5期
3-5
,共3页
吨钢综合能耗%工序钢比系数%工序能耗%富余煤气%发电
噸鋼綜閤能耗%工序鋼比繫數%工序能耗%富餘煤氣%髮電
둔강종합능모%공서강비계수%공서능모%부여매기%발전
overall energy intensity%process steel ratio%process energy consumption%redundant gas%power generation
根据系统节能理论，利用e-p分析法，认为柳钢吨钢综合能耗高的原因为：工序钢比系数高、炼铁工序能耗高、利用富余煤气发电量比例高。
根據繫統節能理論，利用e-p分析法，認為柳鋼噸鋼綜閤能耗高的原因為：工序鋼比繫數高、煉鐵工序能耗高、利用富餘煤氣髮電量比例高。
근거계통절능이론，이용e-p분석법，인위류강둔강종합능모고적원인위：공서강비계수고、련철공서능모고、이용부여매기발전량비례고。
Based on the system energy -saving theory , the causes of high overall energy intensity of Liuzhou steel were regarded with e-p analysis method as follow: high process steel ratio , high energy consumption for ironmaking process and high utilization proportion of power generation with redundant gas.
