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- The refinery gas analysis, yield, variability, and best utilization vary greatly with every specific refinery. 炼厂气的分析、产量、变异性及如何得到最好地利用，在每一个炼油厂大不相同。
- The refinery gas analysis, yield, variability, and best utilization vary greatly with every specific refinery 炼厂气的分析、产量、变异性及如何得到最好地利用，在每一个炼油厂大不相同。
- Refinery gas analysis 炼厂气分析
- The most valuable use of refinery gas is for hydrogen production. 炼厂气最有价值的应用是用于生产氢气。
- A lower value use of refinery gas is to generate shaft power. 炼厂气价值较低的应用是用作产生轴功率。
- It is suitable for analysis of refinery gas, flue gas, water gas and soluble gases in tr... 适用于炼厂气、烟道气、水煤气及变压器油溶解气等的分析。
- The third best use of refinery gas is as fuel gas to fire radiant-type process furnaces. 炼厂气的第三种最好应用是作为燃料气用作热辐射型工艺锅炉的燃料。
- The use of refinery gas has a number of technical and operability advantages over direct combustion of coal or coke for radiant process heating. 同直接燃烧煤或焦碳进行辐射加热相比，用炼厂气进行加热具有技术上和适用性上的双重优势。
- Refinery gas is mostly methane and hydrogen produced as a by-product in the many refining processes. 炼厂气是许多炼油过程中产生的副产品，主要是甲烷和氢气。
- The lowest value use of refinery gas is direct combustion, specifically to cogenerate steam and power. 炼厂气价值最低的应用是直接燃烧，尤其是燃烧炼厂气用来生产蒸汽和发电。
- Nevertheless, refinery gas might be effective for shaft power if utilized efficiently. 但是，如果使用得法，则炼厂气可以用来有效地输出轴功率。
- The result indicates that the ferric citrate catalyst is effective to deal with H_2S highly concentrated refinery gas. 实验结果表明,应用柠檬酸铁催化剂处理含高浓度H_2S炼厂气,该方法是行之有效的。
- Blood gas analysis,lung func tion were not different between groups(P＞0.05). 而血气分析、血压及肺功能无变化(P＜0.;05)。
- Purification of the refinery gas to produce substitute natural gas is relatively easy, especially if hydrogen is already being recovered from the raw refinery gas. 通过净化炼厂气来生产天然气替代品相对比较容易，尤其是在氢气已经从炼厂气原料中提取出来的情况下。
- The second most valuable use of refinery gas is the production of synthesis gas (hydrogen and carbon monoxide) for the manufacture of chemicals such as methanol. 炼厂气的第二种最好应用是生产合成气（氢气和一氧化碳）以用来生产化学产品如甲醇。
- The methane-enriched refinery gas from hydrogen separation can then be steam reformed to meet any additional hydrogen requirements. 氢分离过程中产生的炼厂气富含甲烷，可以通过蒸汽重整满足所有额外的对氢气的需求。
- The oxidative dehydrogenation of propane (ODP) to propene is one important subject in natural gas, oil field gas and refinery gas application area. 丙烷氧化脱氢制丙烯是利用天然气、油田气和炼厂气的一个重要课题。
- However, as natural gas proceeds toward deregulalion. a general forced ranking of the best to the worst refinery gas uses is beneficial. 但是，随着天然气价格的进一步放开，将炼厂气最优应用到最差应用于进行强制性总体排序，是有好处的。
- It is usually more economical to generate steam from coal or coke because of their much lower value relative to refinery gas. 一般地说，用煤或焦碳生产蒸汽更为经济，因为相对于炼厂气而言，煤和焦碳价格要低得多。
- Efficient use of refinery gas for this application required recovery of the lower level heat by convection-type heat transfer. 在这一方面高效地应用炼厂气需要通过对流型热传递采得热力较低的热量。
