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1·Different feed gas ratio could produce synthesis gas of different H/C radio.

原料气各物质的比例不同，可以制备不同碳氢比的合成气。

2·The resulting synthesis gas (syngas) is cooled, cleaned, and fired in a gas turbine.

生成的煤气继而冷却、净化并在燃气轮机燃烧做功。

3·In one embodiment, a vessel (12) is provided for receiving a synthesis gas and a physical solvent.

在一个实施例中，提供了用于接受合成气体和物理性溶剂的容器(12)。

4·The results show that different feed gas ratio could have been produced synthesis gas of different H/C radio.

而二氧化碳和水蒸汽的含量可以调节合成气中H/C值。

5·Generally the first step in the GTL technology is the production of synthesis gas (H2 and CO) from natural gas.

天然气炼油技术的第一步一般是由天然气生产合成气(H2和CO)。

6·The possibilities of catalytic slurry phase synthesis for MF directly from synthesis gas are discussed in the paper.

本文主要探讨了液相催化法合成甲酸甲酯的可能性。

7·The theory of the methanol synthesis is reviewed and the importance of the synthesis gas component is also presented.

本文系统阐述了合成甲醇的理论基础，指出合成气组成的重要作用。

8·A new synthetic route of methane to synthesis gas is compared with other conventional ones and the advantage is introduced.

阐述了甲烷选择性氧化制合成气过程的优点，并与其他转化工艺进行了比较。

9·The catalyst produced by the method is a superior catalyst for synthesis gas production through aromatics atmospheric hydrogenation.

本发明方法制得的催化剂是一种优良的芳烃常压加氢制合成气的催化剂。

10·This article presents the purpose and accomplishment scheme of revamping high pressure steam driving turbine synthesis gas compressor.

介绍合成气压缩机高压蒸汽轮机改造的目的及实施方案。

合成气

1·Important research and development advances are being made on the chemistry and catalysis of synthesis gas reactions for the manufacture of other chemicals.

合成气反应在生产其他化学产品中的化学过程和催化作用正在加以研究和开发，并已取得重要成果。

2·The paper compares the Lurgi synthesis gas purification technology with that of Linde, in which the cycling solvent methanol has a high water content and consumes considerably.

针对林德公司工艺存在着溶剂甲醇在循环过程中水含量高和损失大的问题与鲁奇公司合成气净化工艺进行了比较。

3·This article presents the purpose and accomplishment scheme of revamping high pressure steam driving turbine synthesis gas compressor.

介绍合成气压缩机高压蒸汽轮机改造的目的及实施方案。

4·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。