中低温余热利用,middle and low temperature waste heat
1)middle and low temperature waste heat中低温余热利用
2)middle-low temperature heat中低温余热
英文短句/例句
1.The Exergy Analysis of Middle-low Temperature Heat Recovery Power System and Parameter Optimization Research中低温余热发电系统的（火用）分析及其参数优化研究
2.On PLC Control System Used in the Low Temperature Waste-Heat Power GenerationPLC系统在低温余热发电中的应用
3.Research on the Effect of EHD Enhancing Condensation Heat Transfer in the Model of Power Generation Utilizing Low Temperature Wasted Heat;低温余热发电模型中EHD强化凝结换热效应研究
4.Research on the Effect of EHD Condensation Heat Transfer Enhancement in the Model of Low Temperature Waste Heat Power Generation;低温余热发电模型中EHD强化冷凝换热效应研究
5.Pure Low-temperature Waste Heat Power Generation System Design and Optimization;纯低温余热发电方案设计及系统优化
6.Analysis of residual strain for Nb_3Sn superconducting strand in low temperatureNb_3Sn超导线低温下残余热应力分析
7.Study on waste heat power generation technology with low-temperature gas铝电解槽低温烟气余热发电技术探讨
8.Low-temperature Waste Heat Powered Supercritical Thermal Power Generation Cycle Using Low-boiling Point Fluids低温余热驱动的低沸点工质超临界动力循环
9.THE THERMODYNAMIC TREATMENT OF THE CRYO SORPTION PROCESS IN A CRYOPUMP低温泵中低温吸附过程的热力学处理
10.Utilizing the Low-temperature Used Heat of the Second Set of Atmospheric and Vacuum Distillation, Lanzhou Petrochemical Company;兰州石化二套常减压装置低温余热利用
11.CDM case analysis for pure low temperature waste heat power generation of cement PC kiln;水泥PC窑纯低温余热发电CDM项目案例分析
12.Study of Models for Low Temperature Waste-heat Power Generation基于纯低温余热发电模型的应用和研究
13.Research on abrasion-resistant plastic ramming mix for low temperature waste heat power generator纯低温余热发电用耐磨可塑捣打料的研制
14.A Contrast Study of Low-temperature Waste Heat Utilization Modes for a 5000 t/d Class Cement Kiln5000t/d级水泥窑低温余热利用方式对比研究
15.Simulation of Scroll Expander Used in Low-Temperature Waste Heat Recovery System低温余热回收用涡旋膨胀机性能模拟研究
16.Application of Pure Low-temperature Waste Heat Power Generation Technology in Lead-zinc Smelting Industry铅锌冶炼工业纯低温余热发电技术的应用
17.Cause Analysis and Prevention Measures of Low-Temperature Corrosion of Flash Furnace Waste Heat Boiler闪速炉余热锅炉低温腐蚀原因分析及防止措施
18.Application about the technology of pure low-temperature cogeneration in glass industry纯低温余热发电技术在玻璃生产企业的应用
相关短句/例句
middle-low temperature heat中低温余热
3)low-grade utility低温热利用
1.So far the majority of newly-madelow-grade utility systems in petroleum corporations of China are still designed by experiential way, namely an arbitrary choice at heat resource and heat trap and a breach of thermodynamics.目前石化企业低温热利用存在的主要问题是网络构建不系统、不科学,热源和热阱的选择相当随意且不循"温度对口,梯级利用"的科学用能原则;此外对低温热网络的工艺也未做调优,普遍存在着循环热媒水量大、回水温度低的问题,使得温位较高的热阱无法得到有效利用。
2.This paper indicates the inlet temperature of heat resources net and the cycle water flow are two critical technological parameters of alow-grade utility system and analyses their effects on alow-grade utility system both in theoretical and engineering viewpoints through an practical example with support of detailed data of analogy calculation.研究确定出低温热利用网络的"热源网络上水温度"和"循环热媒水量"是整体网络的关键工艺参数,并以一个数据翔实的实例从理论和工程的角度分析了它们对低温热利用网络所产生的关键性影响,在此基础上提出了使得整个低温热利用网络稳定高效运行的几条基本准则,供操作人员和设计人员参考。
4)low-temperature heat utilization低温热利用
1.In addition,thelow-temperature heat utilization in deaeration of desalted water and temperature elevation of deaerated water is explored on the basis of refinery system integration and optimization.从多层次探讨了炼厂低温热利用方案。
2.,Ltd is introduced,and the potential oflow-temperature heat utilization is analyzed.介绍了重油催化裂化装置吸收稳定系统的基本流程,分析了装置低温热利用的潜力,提出了一种新的节能流程,并通过HYSYS流程模拟软件对吸收稳定系统的低温位热量利用进行了模拟计算,探讨了不改变产品质量和产品收率的前提下利用吸收稳定系统低温热的可行性。
5)low-grade waste heat utilization低品位余热利用
6)middle and low temperature waste heat power generation中低温余热发电
1.Themiddle and low temperature waste heat power generation technologies and their characteristics were discussed,and the example for waste heat power generation system in cement production process was presented.介绍常用的中低温余热发电技术及其特点,并给出了水泥窑中低温余热发电系统的实例,对不同的余热利用方案进行了对比分析。
延伸阅读
烧结厂废气余热利用设计烧结厂废气余热利用设计design of waste gas heat utilization in sinter plantshaolieehang feiqi yure Iiyong sheshj she』i烧结厂废气余热利用设计(design of wastegas heat utilization in sinter plant)回收利用烧结厂废气显热的设施设计。烧结厂生产过程中烧结机和烧结矿冷却机产生大量废气，其所含显热，约占整个烧结过程热支出的50%，为了节约能源应对废气的余热进行回收利用。冷却机废气余热利用将冷却机前段废气温度较高(500一ssoaC)、含尘量为0.5~1.59/m3的废气，经净化，可以回收利用。利用方式有两种:一种是直接将冷却机前段的高温废气经过净化后作为点火炉的助燃空气或用于预热混合料，这种方式较为简单，但用量有限，一般不超过冷却机高温废气量的10%。另一种是将冷却机前段高温废气通过热管或引入余热锅炉产生热水或蒸汽，用于烧结厂的生活和生产，或并入冶金工厂的蒸汽管网，也可将所产蒸汽用于发电。烧结机废气余热利用设施烧结机尾部几个风箱中温度大于300℃的废气引出经净化后可以回收利用，一般有开路回收利用及闭路回收利用两种:(1)开路回收利用流程是将烧结机尾部风箱的高温废气抽出经过净化和余热锅炉热交换，送回前段烧结降尘管利用。(2)闭路回收利用流程是将烧结机尾部风箱的高温废气抽出经过净化和余热锅炉热交换后排出的气体返回至烧结机料面，作为烧结用热风。机上冷却烧结机的废气利用是将烧结段最后几个风箱的高温废气和冷却段前段(或全部)高温废气抽出利用。余热利用的设计中应注意，因烧结废气中含有水分，当废气温度过度下降时会产生结露现象，以致影响主电除尘器及主抽风机的正常运转。另外，烧结废气中含有二氧化硫和水分时，对余热回收系统的设备等具有腐蚀作用。(孔德莹张惠宁)
