深冷空分,cryogenic air separation
1)cryogenic air separation深冷空分
1.Research on the circulating cooling water treatment incryogenic air separation深冷空分循环冷却水的处理
2)deep cooling air separation method深冷空分法
1.The basic principle and process flow of the two oxygen generation methods-adsorption method anddeep cooling air separation method are introduced in the article.介绍了吸附法和深冷空分法两种制氧方式的基本原理和工艺流程,并结合工程实例对这两种制氧方式进行了 分析比较。
3)deep cooling air-separating plant深冷式空气分离设备
1.The method\"s application was demonstrated by large-scaledeep cooling air-separating plant\"s demand analysis.最后以大型深冷式空气分离设备的需求分析为实例,对上述方法的应用进行了说明。
4)cryogenic separation深冷分离
1.This paper introduces the expansion refrigeration process of tail gas in the ethylene plant of Maoming Ethylene Project,and analyzes the effect of different expansion refrigeration modes oncryogenic separation.结果发现 ,尾气膨胀机膨胀制冷对深冷分离的效果好于节流膨胀制冷 ,可节约能耗 ,提高装置的负荷 ,是一种很好的制冷方法。
2.Through the comparison, selection and commercial application of technological options, three processes (pressure swing adsorption, membrane separation and deepcryogenic separation) for hydrogen purification were analyzed in detail.迷择以及工业应用等几个方面，对氢提纯的三种工艺方法变压吸附、膜分离和深冷分离进行了详细分析，提出了各种方法的选择原则和使用条件，对炼油厂和石油化工厂经济地选择氢提纯方法有一定参考价值。
3.In the conventional ethylenecryogenic separation process,the compression refrigeration system consumes a lot of cryogenic energy.为解决传统乙烯深冷分离工艺中压缩制冷系统能耗高的问题,以30万吨/年乙烯深冷分离装置为研究对象,将液化天然气(LNG)冷能用于乙烯深冷分离工艺,取代部分压缩制冷负荷。
英文短句/例句
1.Utilization of Cryogenic Energy of LNG in Ethylene Cryogenic Separation Process乙烯深冷分离工艺中LNG冷能的利用
2.RISK ANALYSIS OF NITROGEN OXIDES IN CRYOGENIC SEPARATION PROCESS氮氧化物在深冷分离过程中的危险性分析
3.differential partial condensation部分冷凝的蒸馏分离
4.Isolating and Purifying Psychrophiles of Cold-active Amylase;产冷活性淀粉酶嗜冷菌的分离和纯化
5.After cooling, the emulsion flows into a centrifuge.冷却后，乳状液流入离心分离机。
6.Experimental Study on Charging Performance of Cool Storage Air-conditioning System with Separate-type Heat Pipe分离式热管蓄冷空调系统充冷性能实验研究
7.Facilitates rapid separation from the refrigerant in the oil separator在油分离器中可快速与制冷剂实现分离。
8.Study of a Separated Two-stage Pulse Tube Cooler Working Below Liquefied Helium Temperature;液氦温区二级分离型脉管制冷机研究
9.Improved Process of Light Hydrocarbons Separation from Liquefied Natural Gas with Its Cryogenic Energy Utilized利用LNG冷能的轻烃分离改进流程
10.Light hydrocarbons separation at high pressure from liquefied natural gas with its cryogenic energy utilized利用LNG冷能的轻烃分离高压流程
11.Study on working performance of R134a/R23 dual refrigerant condensate separatorR134a/R23双工质冷凝分离器性能实验研究
12.Study on performance of evaporation unit of separated heat pipe during charging process分离式热管蒸发段充冷过程性能研究
13.ISOLATION AND IDENTIFICATION OF CORRUPTED LACTIC ACID BACTERIA FROM FRESH MEAT DURING STORAGE IN LOW TEMPERATURE冷藏鲜肉中腐败乳酸菌的分离及鉴定
14.Isolation and Degradation Characteristics of Cold Resistant Phenol Degradative Strain Phe311耐冷苯酚降解菌Phe311的分离和降解特性
15.Isolation and Identification of common corrupt Bacterium from chilled Meat冷却肉中常见腐败细菌的分离与鉴定
16.Parameters Restricting the Coefficient of Performance of Centrifugal Refrigerating Units制约离心式制冷机组COP值的参数分析
17.Temporary love deepens love, while long separating strangles love.短暂的分离加深爱情，长期的分离扼杀爱情。
18.Molecular Dynamics Simulations of the Under-cooled Liquid Metal"s Thermal Properties;深过冷液态金属热物性的分子动力学模拟
相关短句/例句
deep cooling air separation method深冷空分法
1.The basic principle and process flow of the two oxygen generation methods-adsorption method anddeep cooling air separation method are introduced in the article.介绍了吸附法和深冷空分法两种制氧方式的基本原理和工艺流程,并结合工程实例对这两种制氧方式进行了 分析比较。
3)deep cooling air-separating plant深冷式空气分离设备
1.The method\"s application was demonstrated by large-scaledeep cooling air-separating plant\"s demand analysis.最后以大型深冷式空气分离设备的需求分析为实例,对上述方法的应用进行了说明。
4)cryogenic separation深冷分离
1.This paper introduces the expansion refrigeration process of tail gas in the ethylene plant of Maoming Ethylene Project,and analyzes the effect of different expansion refrigeration modes oncryogenic separation.结果发现 ,尾气膨胀机膨胀制冷对深冷分离的效果好于节流膨胀制冷 ,可节约能耗 ,提高装置的负荷 ,是一种很好的制冷方法。
2.Through the comparison, selection and commercial application of technological options, three processes (pressure swing adsorption, membrane separation and deepcryogenic separation) for hydrogen purification were analyzed in detail.迷择以及工业应用等几个方面，对氢提纯的三种工艺方法变压吸附、膜分离和深冷分离进行了详细分析，提出了各种方法的选择原则和使用条件，对炼油厂和石油化工厂经济地选择氢提纯方法有一定参考价值。
3.In the conventional ethylenecryogenic separation process,the compression refrigeration system consumes a lot of cryogenic energy.为解决传统乙烯深冷分离工艺中压缩制冷系统能耗高的问题,以30万吨/年乙烯深冷分离装置为研究对象,将液化天然气(LNG)冷能用于乙烯深冷分离工艺,取代部分压缩制冷负荷。
5)deep refrigeration深冷分离
1.A new method of rectisol process for coal gas purification with withdrawal of methane bydeep refrigeration separation had set forth in this paper.采用低温甲醇洗工艺和深冷分离相结合的工艺流程,有效地脱除了H2S和CO2,回收了合成甲醇工段的惰性气体甲烷。
6)Pressured air partial oxidation-cryogenic nitrogen removal process加压空气部分氧化-深冷除氮工艺
延伸阅读
深冷分子式：CAS号：性质：简称深冷。达到-100℃以下低温的冷冻技术。实质上就是气体液化的技术。通常采用机械方法，如用节流膨胀或绝热膨胀等法可得低达-210℃的低温；用绝热退磁法可得1K以下的低温。设备是压缩机、换热器和膨胀机（或节流阀）。压缩机和膨胀机一般采用往复式或涡轮机（或节流阀）。压缩机和膨胀机一般采用往复式或涡轮式。换热器一般采用蛇管式、列管式或板翅式。依靠深度冷冻技术，可研究物质在接近绝对零度时的性质，并可用于气体的液化和气体混合物的分离。工业上可以得到液态氧、液态天然气等；可以有效地分离空气中的氮、氧、氩、氖、氪，天然气或水煤气中的氢，石油裂化气或裂解气中的甲烷、乙烯、丙烯等。广泛用于石油化工、液化气体等。
