1) energy consumption
能耗比较
2) Comparison of the operating energy consumption
运行能耗比较
3) energy consumption
能耗
1.
Analysis on energy consumption and measures of energy-saving for a titanium board and strap manufacturer;
钛板带厂的能耗分析及节能措施
2.
Investigation on the existing situation of energy consumption by zinc smelting plants;
锌冶炼企业能耗现状调查
3.
Study on the quota of comprehensive energy consumption for beer of Zhejiang province;
浙江省啤酒业能耗指标限额的研究
4) energy consume
能耗
1.
High energy consume for recovery of DMF by convention distalliation,a multi-effect heat pump distillation for recovery DMF was proposed.
针对传统DMF回收工艺存在的高能耗问题,提出多效热泵精馏回收DMF工艺流程。
2.
In this paper, experimental study on drying efficiency and energy consume of China fir s wood bunch was performed in a circular hot-air dryer.
采用热风循环试验干燥机对杉木木束进行干燥速度与能耗试验,探讨杉木木束的干燥性能。
5) power consumption
能耗
1.
An Experimental Study on the Power Consumption of the Scoops in a High Speed Gas Centrifuge;
高速气体离心机取料器能耗试验研究
2.
"The single circuit" method and its application in measure of scoop s power consumption in high-speed gas centrifuge;
“单回路”法及其在高速气体离心机取料器能耗测量上的应用
6) Energy cost
能耗
1.
The production output,the pollution discharge and the energy cost are contrasted before and after the carrying-out of Positive Pole Roaster Cleaner Production Technology.
将阳极焙烧炉清洁生产工艺实施前后产品的量、排污量及能耗等进行对比分析,结果表明:该工艺可操作性强,阳极产量提高27。
2.
The output of production, discharging pollution and the energy cost are contrasted before and after the reconstruction.
提出了利用现有的 6 0kA自焙电解槽改建成 75kA预焙电解槽清洁生产工艺方案 ,并将改建前后产品产量、排污、能耗进行对比。
3.
This paper evaluate the brine heating fashion of chlorine-alcali factory from energy cost.
针对氯碱厂目前采用的几种化盐水加热方式,从能耗方面进行了比较分析,提出汽水混合加热器加热方式为最佳节能方案。
参考词条
补充资料:初轧能耗
初轧能耗
energy consumption of blooming mill
ehuzha nenghao初轧能耗(energy eonsumption。f bloomingmill)初轧厂在钢锭轧成钢坯的工艺过程中,生产吨钢所消耗的能量,其中包括然料消耗(折合成标准煤)、电耗、水耗等,是钢坯生产的重要的技术经济指标。 初轧能耗约占钢铁企业总能耗的3%,其中加热能耗又占初轧能耗的75%。初轧厂的节能、降耗是提高企业经济效益的重要技术措施之一,是合理利用资源的重要手段。 初轧节能首先着眼于节约加热能耗,采取的主要措施有: (l)提高钢锭装炉温度,减少冷锭率(见冷装)。要求加强炼钢、脱模、初轧及均热之间的联系和管理,作出钢和空炉预报,采用快脱模、快送锭和钢锭保温车等措施,提高送锭温度。 (2)推广钢锭的液芯加热(见保温均热法)和液芯札制工艺,利用钢锭的凝固潜热自身均热等节能工艺; (3)合理控制炉温和加热制度。将钢锭最高加热炉温由1370一1390C降为1330一1340℃。对不同入炉温度的钢锭采用不同的加热制度等; (4)加强均热炉保温措施,减少热损失。如采用优质保温材料耐火纤维、密闭型烟道,三个炉坑并联的上部单烧嘴均热炉等; (5)提高空气预热温度,保证燃料充分燃烧。采用高效换热式预热器,控制废气含氧量等; (6)采用电子计算机对均热炉实行闭环控制。 此外,加强对初轧电耗的控制,制定合理的压下规程和温度一速度制度,充分利用轧件余热(如钢坯连轧、钢坯水冷锅炉等),也都能使初轧系统的能耗进一步降低。 (胡林)
说明:补充资料仅用于学习参考,请勿用于其它任何用途。