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    • 1. 发明申请
    • REFITTING PLANTS FOR ACID GAS REMOVAL
    • 用于酸性气体去除的植物
    • US20090158930A1
    • 2009-06-25
    • US12278471
    • 2007-02-14
    • Rupert WagnerRandolf Hugo
    • Rupert WagnerRandolf Hugo
    • B01D53/14
    • B01D53/1456B01D53/1406B01D53/1425C10L3/10C10L3/102
    • A method for removing acid gases from a fluid stream in which the fluid stream, in contact with an absorption medium in the form of an aqueous amine solution in an absorber, is passed through a first absorption zone and through a second absorption zone, the loaded absorption medium is passed into a first regeneration zone, a part of the resultant partially regenerated absorption medium is passed into the first absorption zone, the other part of the partially regenerated absorption medium is passed into a second regeneration zone, and a part of the resultant regenerated absorption medium is passed into the first absorption zone and the other part of the regenerated absorption medium is passed into the second absorption zone. The method can be carried out with few changes to apparatus of a hot pot plant, the energy requirement for the same performance being no higher than in the hot pot process.
    • 一种从流体物流中除去酸性气体的方法,其中与吸收剂中的胺水溶液形式的吸收介质接触的流体流通过第一吸收区并通过第二吸收区, 吸收介质进入第一再生区,部分再生的部分吸收介质的一部分通入第一吸收区,部分再生吸收介质的另一部分通入第二再生区,一部分 再生吸收介质通入第一吸收区,再生吸收介质的另一部分进入第二吸收区。 该方法可以对火锅厂的设备进行少量改变,相同性能的能量要求不高于火锅过程。
    • 2. 发明授权
    • Method for removing COS from a stream of hydrocarbon fluid and wash liquid for use in a method of this type
    • 从烃流体和洗涤液流中除去COS用于这种方法的方法
    • US06852144B1
    • 2005-02-08
    • US10088501
    • 2000-10-04
    • Rupert WagnerRandolf HugoThomas S. Holst
    • Rupert WagnerRandolf HugoThomas S. Holst
    • B01D53/14C10K1/14C10L3/10
    • B01D53/1487B01D53/1456B01D53/1493C10K1/143C10L3/10
    • COS is selectively removed with respect to CO2 from a hydrocarbonaceous fluid stream which contains CO2 and COS. Examples of the fluid stream include a gas stream, for example natural gas, synthesis gas from heavy oil or heavy residues or refinery gas, or from liquid or liquefied hydrocarbons, for example LPG (Liquefied Petroleum Gas) or NGL (Natural Gas Liquids). The process is carried out by (1) intimately contacting the fluid stream in an absorption or extraction zone with a scrubbing liquor consisting of an aqueous amine solution containing from 1.5 to 5 mol/l of an aliphatic alkanolamine having of from 2 to 12 carbon atoms and from 0.8 to 1.7 mol/l of at least one activator selected from the group consisting of piperazine, methyl piperazine and morpholine, (2) removing the COS essentially completely from the fluid stream, and (3) separating the substantially COS-decontaminated fluid stream and the COS-loaded scrubbing liquor and discharging them from the absorption or extraction zone.
    • 从含有CO 2和COS的含烃流体物流中选择性地除去COS,例如天然气,重油或重残渣或炼厂气体的合成气,或来自液体或 液化烃,例如LPG(液化石油气)或NGL(天然气液体)。 该方法通过以下步骤进行:(1)使吸收或提取区中的流体流与由含有1.5至5mol / l具有2至12个碳原子的脂族链烷醇胺的胺水溶液组成的洗涤液密切接触 和0.8至1.7mol / l的选自哌嗪,甲基哌嗪和吗啉的至少一种活化剂,(2)从流体流中基本上完全除去COS,和(3)将基本上COS-去污的流体 流和装有COS的洗涤液并将其从吸收或提取区排出。
    • 3. 发明授权
    • Method for removing acid gases from a fluid stream
    • 从流体流中除去酸性气体的方法
    • US08088200B2
    • 2012-01-03
    • US12278471
    • 2007-02-14
    • Rupert WagnerRandolf Hugo
    • Rupert WagnerRandolf Hugo
    • B01D53/14
    • B01D53/1456B01D53/1406B01D53/1425C10L3/10C10L3/102
    • In a method for removing acid gases from a fluid stream, the fluid stream, which is in contact with an absorption medium within an absorber, is passed through a first absorption zone in the absorber to remove a majority of acid gases from the fluid stream. The fluid stream is susequently passed through a second absorption zone in the absorber to further remove acid gases from the fluid stream. The loaded absorption medium is passed into a first regeneration zone to obtain a partially regenerated absorption medium, and a part of the partially regenerated absorption medium is passed into the first absorption zone. The other part of the partially regenerated absorption medium is passed into a second regeneration zone to obtain a regenerated absorption medium. A part of the regenerated absorption medium is passed into the first absorption zone and the other part is passed into the second absorption zone.
    • 在从流体流中除去酸性气体的方法中,与吸收器内的吸收介质接触的流体流通过吸收器中的第一吸收区,以从流体流中除去大部分酸性气体。 流体流被有效地通过吸收器中的第二吸收区,以进一步从流体流中去除酸性气体。 将负载的吸收介质通入第一再生区域以获得部分再生的吸收介质,并且部分再生的吸收介质的一部分进入第一吸收区。 将部分再生的吸收介质的另一部分进入第二再生区,得到再生吸收介质。 再生吸收介质的一部分进入第一吸收区,另一部分进入第二吸收区。
    • 4. 发明授权
    • Method for neutralising a stream of hydrocarbon fluid
    • 中和烃流体流的方法
    • US07276153B2
    • 2007-10-02
    • US10296222
    • 2001-06-08
    • Rupert WagnerRandolf HugoHans-Peter Schmid
    • Rupert WagnerRandolf HugoHans-Peter Schmid
    • C10G29/22
    • B01D53/1425B01D53/1456B01D53/1493
    • In a process for deacidifying a fluid hydrocarbon stream which comprises carbon dioxide (CO2) and/or other acid gases as impurities, the fluid stream is brought into intimate contact with an absorption liquid in an absorption or extraction zone (12), the substantially purified fluid stream and the absorption liquid which is loaded with CO2 and/or other acid gases are separated from one another, and the absorption liquid is subsequently regenerated and then again fed to the absorption extraction zone (12). To regenerate the absorption liquid, the loaded absorption liquid is first expanded in a first low-pressure expansion stage (22) to a pressure of from 1 to 2 bar (absolute). The partially regenerated absorption liquid is then heated in a heat exchanger (20) and then, in a second low-pressure expansion stage (29), again expanded to a pressure of from 1 to 2 bar (absolute).
    • 在将包含二氧化碳(CO 2/2)和/或其它酸性气体作为杂质的流体烃流脱酸的过程中,流体物流与吸收液体的吸收或萃取紧密接触 区域(12)中,基本上净化的流体流和装载有CO 2和/或其它酸性气体的吸收液体彼此分离,并且随后再次吸收吸收液体,然后再次进料 到吸收提取区(12)。 为了再生吸收液体,首先将负载的吸收液在第一低压膨胀级(22)中膨胀至1〜2巴(绝对值)的压力。 然后将部分再生的吸收液体在热交换器(20)中加热,然后在第二低压膨胀级(29)中再次膨胀至1至2巴(绝对压力)的压力。
    • 5. 发明授权
    • Method for removing mercaptans from fluid fluxes
    • 从流体流中除去硫醇的方法
    • US06740230B1
    • 2004-05-25
    • US10019313
    • 2002-01-09
    • Randolf HugoRupert WagnerThomas S. HolstChristoph Grossmann
    • Randolf HugoRupert WagnerThomas S. HolstChristoph Grossmann
    • C01B1700
    • B01D53/1462B01D53/1487B01D53/1493Y02C10/06
    • The disclosure concerns a process for removing mercaptans from fluid streams comprising same, especially from hydrocarbon gas streams, for example natural gas, synthesis gas from heavy oil or heavy residues or refinery gas, or else from liquid hydrocarbons, for example LPG (liquefied petroleum gas). The invention comprises intimately contacting the fluid stream in an absorption or extraction zone with a scrubbing liquor comprising at least one aliphatic alkanolamine of 2-12 carbon atoms, the amount of wash liquor being supplied to the absorption or extraction zone being sufficient to remove at least CO2 and H2S essentially completely from the fluid stream, and separating the substantially decontaminated fluid stream and the contaminated wash liquor and discharging them from the absorption zone. The substantially complete removal of CO2 and H2S is accompanied by the removal from the gas, stream of a very large portion of the mercaptans as well, without a significant fraction of the hydrocarbon gases dissolving in the wash liquor.
    • 本公开涉及从包含其的流体流中除去硫醇的方法,特别是从烃气流,例如天然气,来自重油或重残余物或炼厂气体的合成气,或来自液体烃,例如LPG(液化石油气 )。 本发明包括使吸收或提取区中的流体物流与包含至少一种2-12个碳原子的脂族链烷醇胺的洗涤液密切接触,供应至吸收或提取区的洗涤液的量足以至少除去 CO 2和H 2 S基本上完全来自流体流,并且分离基本上去污的流体流和被污染的洗涤液体并将其从吸收区域排出。 CO 2和H 2 S的基本上完全去除伴随着很大一部分硫醇的气体流,而没有大部分烃类气体溶解在洗涤液中。