该方法进一步包 括用汽提气体从废弃催化剂中分离气体产品和捕获的烃。
The method further separating the gas product and the trapped hydrocarbon from the spent catalyst with a stripping gas.
介绍了低温分离气体产品在生产、贮运及使用过程中将会对环境造成的一些影响。
The paper introduces the influence that low temperature liquified gas products to environment in the course of producing and casting and applying.
过滤除尘器是利用微孔超细纤维滤布分离气体和微细粉尘，乃至亚微米尘埃的主要设备。
Dust collector is designed to separate superfine particle or even sub-micron dust from process gas with micropore fiber material.
用源汇模拟同位素分离气体离心机流场的供取料驱动和机械驱动是离心机流场计算中的方法之一。
The sources and sinks are used to simulate the mechanical drives and the drives of the feed and withdrawals in the simulation of the flow field of a gas centrifuge for isotope separation.
从开矿到油沙分离以产出原油的整个过程比其它石油生产方法释放出更多导致温室效应的气体。
The entire process, from mining and separating oil sands to producing crude oil, releases more greenhouse gases than other oil production methods.
收集气体并把它分离。
这两种气体会被分离，二氧化碳会被送到海洋深处永久储藏，而甲烷则会被用管道输送到地表以用作可再生的加热和做饭的燃料。
The two gases would be separated, with the CO2 sent to the deep ocean for permanent storage and the methane piped to the surface for use as a renewable heating and cooking fuel.
1750年代，苏格兰化学家约瑟夫·布莱克发现并分离了这种强有力的温室气体。
Scottish chemist Joseph Black discovered and isolated this potent greenhouse gas in the 1750s.
现在它又在通过安装在纳坦兹地下浓缩工厂的数千台离心机分离这些气体。
Now it is spinning the gas through thousands of centrifuges it has installed at the underground enrichment plant it built secretly in Natanz, south of Tehran.
把煤焦油分离掉之后，剩余的混合气体要制成20~70个大气压的压缩气体，然后让压缩气体流经一种特殊的催化剂。
The tars must be cleaned out and the gas compressed to 20 to 70 atmospheres of pressure.
同其它污染物一样对待二氧化碳并将其从烟道气体中分离出来是改造现有发电站的设计中最简单易行的方案。
The simplest, and easiest to bolt on to existing plants, treats carbon dioxide like any other pollutant, and extracts it from the flue gas.
介绍了作为气体分离用途的碳分子筛(CMS)的典型的和非常规的制备方法及应用。
The typical and unconventional preparation methods of carbon molecular sieves (CMS) used for gas separation were introduced in this paper.
实验数据表明； 由该共聚物制成的膜具有良好的气体分离性能。
The data indicates that the film made of copolymer has good gas separation property.
通过热固性硅树脂膜的控制裂解和活化，开发出一种新型的可用于高温气体分离的硅膜。
A new silicon membrane, which is employable in gas separation at higher temperature, is developed by control pyrolysis and activation of a thermosetting.
水处理、气体分离与净化、土壤改良是粉煤灰沸石的潜在应用领域。
Water treatment, gas separation and purification, and soil improvement are the potential application fields.
某些常用的模块有井口装置、油气分离、气体压缩、平台发电、柴油、过滤和排气、水泥和盐水储存以及泥浆等模块。
Some common modules are wellhead, oil and gas separation, gas compression, platform power generation, diesel, filter and exhaust, cement and brine storage, and mud.
膜吸收技术是将膜分离技术与传统气体吸收技术相耦合的新型分离技术。
Membrane absorption technology is novel separate technology that combine membrane separation technology and traditional gas absorption technology.
2000年中期夏末时候截获的通话显示伊拉克公司试图采购可用于进行配平气体离心分离机转子的机械。
Intercepted communications from mid-2000through last summer show that Iraq front companies sought to buy machines that can be used to balance gas centrifuge rotors.
介绍了作为气体分离用途的碳分子筛的典型的和非常规的制备方法及应用。
The typical and unconventional preparation methods of carbon molecular sieves used for gas separation were introduced in this paper.
美国瓦茨系列A S导气罩专用于有效地将气体从循环加热系统的水中分离出气体，因此也可安装这种导气罩。
Watts Series AS air Scoop which is designed for efficient separation of air from water in hydronic heating systems can also be installed.
如果你开始分离这些气体，整个系统所具有的可能的状态就会变少，你强加了一个特定的条件。
If you start segregating the gases, there are fewer possible configurations that because you're forcing a particular set of circumstances.
最好是将泵吸入口置于流体进入层段的下方，若置于上方则应使用气体分离器。
It would be better placed on pump suction fluid entering the bottom layer of segment, if placed in the top of the gas separator should be used.
分离一种流体，尤其是分离油，气体和水用的一种方法和装置。
A method and device for separation of a fluid, in particular oil, gas and water.
着重介绍了气体膜分离技术在石化工业上的应用实例，并分析了气体膜分离技术的开发趋势。
This paper introduces the application cases of gas membrane separation technology in petrochemical industries emphatically and analyses the developing trend of gas membrane separation technology.
着重介绍了气体膜分离技术在石化工业上的应用实例，并分析了气体膜分离技术的开发趋势。
This paper introduces the application cases of gas membrane separation technology in petrochemical industries emphatically and analyses the developing trend of gas membrane separation technology.
应用推荐