多联产,polygeneration
1)polygeneration多联产
1.Total energy system of IGCC polygeneration;IGCC多联产总能系统
2.Development and key technologies of IGCC and IGCC polygeneration systemIGCC及多联产系统的发展和关键技术
3.Simulation and exergy analysis of natural gas-based polygeneration system for power and olefin production天然气制烯烃发电多联产系统的模拟与火用分析
英文短句/例句

1.Analysis of Coal Gasification/Poly-generation to Produce Substitute Natural Gas(SNG);煤炭气化多联产生产代用天然气分析
2.The Products' Exergy Economic Analysis of the Polygeneration Energy System多联产能量系统产品的火用经济分析
3.Developing Multiple Production System in Coal Chemical Industry by Lurgi Gasification Technology利用鲁奇技术发展煤化工多联产系统
4.Investigation of Coal-Based Polygeneration Systems for Production of Power and Liquid Fuel;煤基化工—动力多联产系统开拓研究
5.The Energy Utilization Research on IGCC Polygeneration System;IGCC多联产系统能量利用的研究
6.Poly-generation·Nuclear Power and Long-term Energy Strategy of China;多联产 核电与中国远期能源规划
7.Development and key technologies of IGCC and IGCC polygeneration systemIGCC及多联产系统的发展和关键技术
8.Experiment Investigation on Combustion Characteristics of Purge Gas in Poly-generation System多联产系统中弛放气的燃烧特性研究
9.Polygeneration Energy System with the Nature of Effective CO_2 Emissions Reduction具有CO_2减排天性的多联产能源系统
10.Analysis of Power Generation Process in Coal-based Coproduction System;煤基多联产系统中动力生产过程的分析
11.Experimental and Theoretical Study on CFB Gas/Heat/Power Cogeneration System;循环流化床热电气多联产试验及理论研究
12.The Analysis of Gasification Process Effect on Multi-product System Energy Efficiency;气化过程对多联产系统能量利用率作用的分析
13.Energy Analysis of PolygenerationSystems Based on CoalGasification;以煤气化为核心的多联产系统的能量分析
14.Comprehensive Evaluation and Decision Support of Coal Poly-generation System;煤炭多联产系统的综合评价与决策支持
15.Experimental Study on Basic Combustion Characteristic of Raw Gas in Poly-Generation System;多联产中粗煤气基本燃烧特性的实验研究
16.The Research on Producing Synthentic Gas by Diferent Material in Polygeneration System;多联产系统中利用不同原料制备合成气的研究
17.Determination of polybrominated biphenyl and polybrominated diphenyl ether in electronic and electrical products by GC-MS气相色谱-质谱联用仪测定电子产品中多溴联苯和多溴联苯醚
18.Master Production Scheduling for Series-Parallel Continuous Production System with Multiple Products多产品串并联连续生产系统主生产计划方法
相关短句/例句

poly-generation多联产
1.Coal poly-generation technology and hydrogen technology;煤炭多联产技术和氢能技术
2.TAESS applied to thermoeconomic analysis of coal poly-generation system;TAESS在煤多联产系统热经济分析中的应用
3.The influence of conversion and utilization of hydrogen on the characteristics of energy integration in fossil fuel poly-generation systems is very important.氢的转化利用情况对于化石燃料多联产系统的能量集成特性影响十分重要。
3)co-generation多联产
1.By taking petroleum coke and heavy stock as the feedstock of gasifier, a partial oxidation and integral cycle process is adopted to realize the co-generation of hydrogen, steam, nitrogen, oxygen, and electricity.基于千万吨级炼油厂配百万吨级乙烯装置的石化企业,将其公用工程、环保和效益进行整体优化,以炼油厂副产的石油焦和重质料作为气化炉原料,采用一种部分氧化及联合循环的生产工艺,实现氢气、蒸汽、氮气、氧气以及电力的多联产,可拓宽炼油深度加工路线,真正做到“吃光榨尽”,清洁生产,环境友好,提供一种可持续发展的公用工程岛,每年可创效益7×108 RMB$。
2.Test study of recyclic coal gas pyrolysis semi-tar combustion has been carried out on a 1 MW circulating fluidized bed(CFB) test facility for realizing co-generation of heat,electricity,and gas.在1MW循环流化床热电气多联产试验装置上进行了循环煤气热解半焦燃烧的试验研究。
4)co-production多联产
1.Coal chemical industry step-by-step materials co-production system;煤化工梯级多联产新材料技术
2.Consideration on development of co-production system for coal liquefaction;关于煤液化多联产系统发展的思考
5)poly generation多联产
1.But rapid development of poly generation based on coal gasification and nuclear power is more feasible.近年来在能源方面有许多战略研究,但比较可操作的是加速发展以煤气化为核心的多联产与核电。
6)polygeneration system多联产系统
1.Thermodynamic optimization of dimethyl ether synthesis from syngas in polygeneration systems;多联产系统中合成气一步法制取二甲醚的热力学分析
2.Energy analysis of polygeneration system coproducing dimethyl ether;二甲醚多联产系统的能量分析
3.Discussion on polygeneration system for methanol and power production with CO_2 recovery;回收CO_2的甲醇-动力多联产系统探索
延伸阅读

以煤的气化为基础的多联产技术以煤的气化为基础的多联产技术polygeneration technology based on coal gasification 2000年提出2001~2005年能源发展计划,称为“Vi-sion21”,其核心内容就是发展以煤的气化为基础的多联产技术。VisionZI的目标是将各种高效电力生产技术和排放控制技术组合起来,成为新一代灵活嫩料的发电设施。到2015年的目标为:燃煤机组效率高于60%,嫌气机组效率70%~75%;NO,、50:和颗粒排放接近于零.CO:排放减少40%~50%;实现多联产,在发电的同时,根据需要生产煤气、蒸汽、清洁嫌料(价格相当于原油,20美元/桶)及其他化学品。 目前世界上已有不少石化企业利用厂内生产的廉价重质渣油、沥青、石油焦等气化后的合成气,生产化工产品、液体燃料、电能和蒸汽。中国也已在这个方向起步.以“合成气园(syngas park)”为基础的多联产技术(见图),将是一个很有前途的发展方向。y一me一de qlhuo Wel I.ehu de dLJol旧nehor、j一shL-以煤的气化为甚础的多联产技术(polygen-eration teehnology based on eoal gasifieation) 将煤气化所得的合成气用于发电、供热以及生产甲醉、化肥、城市煤气、二甲醚,乃至氢、氮、纯二氧化碳等的多联产技术。由于多联产可以使多个产品的生产过程互相藕合,与这些产品单独生产相比.可以大大减少基本投资和运行费用,降低各个产品的价格,调节多个产品之间的“峰一谷”,减少总的污染,因此有很好的经济、社会和环境效益。工业用气抽市煤气网若衍发电佣峰发电尿介、花化.、┌─┬─┐ ┌─┬─┬─┐│ │ │ │}{│}{│}1││ │ │ └─┴─┴─┘└─┴─┘ ┌────┬─┐ │哪 │ │ │ 合成. │ │ └────┴─┘ 用.位、二位替坦皿二甲.、二、 .价协以“合成气园”为墓础的多联产技术概念 随着世界能源领域的科技进步,例如高效先进的 燃气轮机、然料电池、先进的化工流程、高效膜分离等, 以及在环境保护要求日益严格的情况下,煤的可持续 合理综合利用逐渐成为新的发展方向。美国能源部在