There are several routes for syngas generation from any carbonaceous f的简体中文翻译

There are several routes for syngas

There are several routes for syngas generation from any carbonaceous feedstock. All technologies used for synthesis gas technologies are based either on steam reforming, partial oxidation, or a combination of the two as in Autothermal Reformer (ATR) [1]. The preparation of synthesis gas is one of the most capital intensive parts of a GTL-complex and may account for 30% to 50% of the total investment including cryogenic Air Separation Unit (ASU). The main reason for this high estimate is the high cost of ASU. ATR has become the state-of-the-art synthesis gas production technology for Fischer-Tropsch applications [2]. ATR is a relatively simple piece of equipment with a burner and a catalyst bed in a brick-lined pressure vessel [3]. In almost all GTL plants that utilize ATR, oxygen is used as oxidant, as in Oryx GTL plant in Qatar. Oxygen-blown ATR has also been commercially used in methanol synthesis [4] and is the preferred technology for large-scale GTL plants
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There are several routes for syngas generation from any carbonaceous feedstock. All technologies used for synthesis gas technologies are based either on steam reforming, partial oxidation, or a combination of the two as in Autothermal Reformer (ATR) [1]. The preparation of synthesis gas is one of the most capital intensive parts of a GTL-complex and may account for 30% to 50% of the total investment including cryogenic Air Separation Unit (ASU). The main reason for this high estimate is the high cost of ASU. ATR has become the state-of-the-art synthesis gas production technology for Fischer-Tropsch applications [2]. ATR is a relatively simple piece of equipment with a burner and a catalyst bed in a brick-lined pressure vessel [3]. In almost all GTL plants that utilize ATR, oxygen is used as oxidant, as in Oryx GTL plant in Qatar. Oxygen-blown ATR has also been commercially used in methanol synthesis [4] and is the preferred technology for large-scale GTL plants
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结果 (简体中文) 2:[复制]
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任何碳化物原料的合成气生成有几种途径。合成气体技术的所有技术都基于蒸汽改造、部分氧化或两者的组合,如自动热改性器 (ATR) [1]。合成气体的制备是GTL复合体中资本最密集的部分之一,可能占总投资的30%至50%,包括低温空气分离装置(ASU)。造成如此高估计的主要原因是ASU成本高。ATR 已成为菲舍尔-特罗普施应用最先进的合成气体生产技术 [2]。ATR 是一种相对简单的设备,在砖砌压力容器中装有燃烧器和催化剂床 [3]。在几乎所有使用ATR的GTL工厂中,氧气被用作氧化剂,如卡塔尔的Oryx GTL工厂。氧吹ATR也已被商业用于甲醇合成[4],是大型GTL工厂的首选技术
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结果 (简体中文) 3:[复制]
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从任何含碳原料生产合成气有几种途径。用于合成气技术的所有技术都基于蒸汽重整、部分氧化或两者的组合,如自热重整(ATR)[1]。合成气的制备是GTL装置中资金最密集的部分之一,可能占包括低温空气分离装置(ASU)在内的总投资的30%至50%。这个高估计的主要原因是华硕的高成本。ATR已成为费托合成气生产的最新技术。ATR是一种相对简单的设备,在砖内衬的压力容器中有燃烧器和催化剂床[3]。在几乎所有使用ATR的GTL植物中,氧被用作氧化剂,如卡塔尔的Oryx GTL植物。吹氧ATR也已在甲醇合成中得到商业应用[4],是大型GTL装置的首选技术<br>
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