1) Industrial Energy Consumption
工业能耗
1.
The Cause of the Change of Chinese Industrial Energy Consumption;
中国工业能耗变动原因分析
2.
Through the analysis of general industrial energy consumption in Shanghai,it indicate that industrial energy consumption and energy consumption of industrial general output value were dropped,but industry is still major energy consumption domain in Shanghai,energy consumption of industrial general output value has a great gap with that of developed country.
通过对上海市工业能源消费总体情况的分析,认为工业能耗和工业总产值能耗虽逐年下降,但工业仍是上海市耗能的主要产业,工业总产值能耗和发达国家相比还有很大的差距。
2) energy consumption of industrial general output value
工业总产值能耗
1.
Through the analysis of general industrial energy consumption in Shanghai,it indicate that industrial energy consumption and energy consumption of industrial general output value were dropped,but industry is still major energy consumption domain in Shanghai,energy consumption of industrial general output value has a great gap with that of developed country.
通过对上海市工业能源消费总体情况的分析,认为工业能耗和工业总产值能耗虽逐年下降,但工业仍是上海市耗能的主要产业,工业总产值能耗和发达国家相比还有很大的差距。
3) structure of industrial energy intensity
工业能耗结构
4) old smokestack industries
耗能较多的传统工业
5) fishery industry energy consumption
渔业能耗
1.
Based on fishery sciences and professional background of fishery equipment and engineering,proceeding from its national conditions,this report evaluates the type and scale of fishery industry energy consumption and pollution emissions in China as well as its effect on fishery production and social development.
报告以水产科学为基础,以渔业装备与工程学科为专业背景,力图从我国渔业能耗与污染排放的基本状况分析入手,评价我国渔业能源消耗和污染排放的类型与规模,及其对渔业生产和社会发展的影响,围绕国家节能减排战略,提出技术措施与科技攻关的重点,以及建立稳定科研机制的建议,为行业管理部门的决策提供参考。
6) enterprise energy consumption
企业能耗
1.
Quantified methods of enterprise energy consumption,energy saving and emissions reduction;
企业能耗与节能减排的量化方法
2.
Application on the Enterprise Energy Consumption Based on Intelligence Combined Forecasting Theory;
企业能耗智能组合预测系统应用研究
补充资料：工业炉:工业炉排烟系统
利用烟囱或机械装置将工业炉炉膛内的烟气排出炉外的系统。保证排烟通畅是工业炉正常使用的重要条件﹐排烟不通畅时﹐炉膛压力昇高﹐从炉膛四周的缝隙会逸出大量烟气而增加炉子的热损失﹐影响炉内气流的均匀分布﹐降低炉温均匀性﹐恶化操作环境。
排烟系统是由產生抽力的排烟装置和排送烟气的烟道所组成。常用的排烟装置有烟囱(图1 烟囱排烟装置 
)﹑引风机或喷射管(图2 机械排烟装置 
)等。
烟囱排烟是靠流入烟囱内热烟气密度小於烟囱外空气密度所產生的浮力﹐以克服烟道的阻力。利用引风机也可将烟气排出﹐或在排烟系统中某一部位装设一个喷射管﹐用高速喷射气体所產生的负压排出烟气。烟囱排烟不消耗动力﹐排烟温度不受限制。当排烟阻力很大而工业炉又间断运行时﹐可用引风机或喷射管排烟。喷射管适用於排除高温烟气﹔引风机适用於排除低温烟气。
烟囱分为砖砌烟囱﹑混凝土烟囱和钢板烟囱。烟道有地下烟道和架空烟道两种。地下烟道多用砖砌﹐架空烟道宜採用衬有耐火材料的钢板製成。
为了减少烟气对环境的污染﹐或因节能需要而在烟道内设置预热器时﹐都需要儘量提高烟囱高度并增加烟囱出口处的烟气流速﹐使之大於当地最大风速或至少不低於3米/秒﹐以避免烟气中的有害气体和烟尘向地面扩散。当烟囱高度达50米以上时﹐烟囱顶部的风速为地面处风速的数倍。烟气到达地面时已在离烟囱很远的地方﹐这时烟气已在逐步扩散中稀释到无害的程度。对燃烧固体燃料的工业炉﹐在排烟系统中还要设置各种形式的除尘器﹐使烟气排出时的含尘浓度降低到200微克/米3以下。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条