油蒸气是空压机系统产生讨厌的气味和味道的主要原因。
Oil vapor is air compressor system to produce hate the smell and taste of the main reason.
在油蒸气容易凝结的喷嘴或急弯处，油蒸气问题十分突出。
In the steam condensate oil to the nozzle or sharp curve place, oil steam issue is very outstanding.
低挥发性以减低油液损耗及操作人员暴露于油蒸气的机会。
Low volatility to minimize fluid loss and the chance the operator to exposed to the vapor.
过滤器分为机械式分离器、微粒分离器、油蒸气分离器等类型。
Filter are divided into mechanical separator, particle separator, oil steam separator type etc.
活性炭一般装填在透明的容器中，当其吸附油蒸气后颜色发生变化。
Activated carbon general loading in transparent containers, when its adsorption oil steam color change after.
与水蒸气的情况非常类似，压缩空气的温度决定了油蒸气凝结的浓度。
And the water vapor are very similar, the temperature of compressed air to oil the concentration of the condensation.
关键在于降低空气中油蒸气的浓度至凝聚成液体油的所需的最小浓度以下。
The key is to lower the concentration of the Chinese air steam to converge into liquid oil to the needs of the minimum concentration.
通常电子装置上都配备有油蒸气过滤器，以防止精密的电子器件被油蒸气污染。
Usually electronic devices are equipped with oil steam filters to prevent sophisticated electronic device are oil steam pollution.
分析了轻油泵房产生油蒸气的原因，介绍了有关降低轻油泵房油蒸气应采取的措施。
The paper analyses the reasons of oil vapor produced in the light oil pump house. Some measures that should be taken to reduce oil vapor are introduced.
液体油或油的气溶胶在经过压缩机时被注入压缩空气中，或油蒸气经过凝露而累积增多。
Liquid oil or oil aerosol after compressor was inject compressed air, or oil steam after cleansing and cumulative increase.
随着压缩空气温度降低，多余的油蒸气将凝结成液体油，从而使粉末涂装系统出现问题。
With compressed air temperature drop, the excess oil vapour condenses into liquid oil, to make the powder coating system problems.
很少有干燥器供应商能够明确自己产品的除油能力，这有赖于油蒸气过滤器执行该任务。
There are few drier suppliers can determine their own products oil removal ability, it depends on oil filter to perform the task.
在微粒催化剂存在的条件下油发生裂化的过程，催化剂借助油蒸气维持在松散和流化状态。
A process in which the oil is cracked in the presence of finely divided catalyst which is maintained in an aerated or fluidized state by the oil vapors.
因此，常常在再生式干燥器的上游端配置凝结式过滤器，以去除压缩空气中的油蒸气或油溶胶。
Therefore, often in regenerative dryer upstream of the configuration setting type filter, to remove the oil from compressed air steam or oil sol.
这种力量或流化催化剂在反应器和再生器之间不断循环，用空气、油蒸气和蒸汽作为输送介质。
This power, or fluid catalyst, is continuously circulated between the reactor and the regenerator, using air, oil vapor, and steam as the conveying media.
另增设一道过滤处理以除去油蒸气是需要的，这取决于压缩空气的处理量以及空气中的油蒸气含量。
Another add a filter processing to remove oil steam is need, it depends on the capacity of compressed air and oil steam content in the air.
典型的油蒸气过滤器所采用的吸附介质为活性炭，它可以将压缩空气中的油蒸气分子截获在其表面。
The typical oil steam filter the adsorption medium is activated carbon, it can be compressed air of the oil on the surface of steam molecular intercepted.
我们凝聚过滤器的制造压缩空气为所有应用和线滤波器应用，去除油雾的压缩机是引进气流油蒸气。
Our coalescing filters are manufactured for all compressed air applications and in-line filter applications, to remove oil mist from the compressors that introduce oil vapor into the gas stream.
如果再生式空气干燥器会被油蒸气污染，则可在其上游设置油蒸气过滤器，以延长干燥剂的使用寿命。
If the regenerative air dryer will be oil steam can be in its pollution, upstream oil filters to set up steam extend the service life of desiccant.
如果油蒸气影响涂装系统，可以采用特种(非常昂贵)的油蒸气过滤器直接从压缩空气中吸附油蒸气加以去除。
If oil steam affects the system, can use special (very expensive) steam directly from the oil filter in the compressed air to remove oil vapour adsorption.
油蒸气过滤器可以安置在再生式干燥器的前端，但后冷却器也能减少油蒸气的量，从而延长干燥剂的使用寿命。
Oil filter can be placed in steam regenerative dryer, but the front after cooler can also reduce the amount of oil steam and prolong the service life of the molecule.
充分利用油罐本身的承压能力来减少油蒸气排放，其原理是利用阀盘的重量来控制油罐的呼气正压和吸气负压。
Full use of its bearing capacity of the tank to reduce the oil vapor emissions, the principle is to use the weight of the valve plate to control the breath pressure and suction tank negative pressure.
如果油蒸气或其它烃类物质对系统造成问题，或工艺过程中无法处理油蒸气，则可在空气管线上安装油蒸气过滤器。
If oil vapor or other hydrocarbons to system cause problems, or processes can't deal with oil steam can be in the air, line installed oil steam filter.
即使被水、蒸气或油浸湿，干燥后，其耐热及物理性质仍可完全恢复。
If wet by water, steam or oil, thermal and physical properties are completely restored upon drying.
或是采用干燥剂直接吸附压缩空气中的水(油)蒸气。
Or the adsorption of compressed air desiccant direct water (oil) steam.
然而，由于压缩空气干燥器的主要目的仅仅是降低气流中的水蒸气含量，因此干燥器的除油能力很难确定。
However, due to the compressed air dryer's main purpose is to reduce the air only water vapor, therefore dryer oil removal ability is difficult to determine.
空气冷却过程将有大量的水(油)蒸气凝结出来，经过分离器使之分离出来。
Air cooling process will have a lot of water (oil) condensation out, after the separator is isolated.
降低压缩空气中水蒸气含量的这两种方法也有助于降低压缩空气中的油含量。
Reduce the water vapor in the compressed air of the two methods can also help reduce the oil content of compressed air.
地热田油同位素研究证明：蒸气井热流体的95左右是大气降水成因的。
Isotopic studies from geothermal fields indicate that about 95% of the thermal fluid from steam Wells is meteoric in origin.
地热田油同位素研究证明：蒸气井热流体的95左右是大气降水成因的。
Isotopic studies from geothermal fields indicate that about 95% of the thermal fluid from steam Wells is meteoric in origin.
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