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    • 5. 发明授权
    • Black liquor gasification process
    • 黑液气化过程
    • US4773918A
    • 1988-09-27
    • US667937
    • 1984-11-02
    • Arthur L. Kohl
    • Arthur L. Kohl
    • C10J3/46D21C11/12C10J3/00
    • D21C11/125C10J3/20C10J2200/152Y02P70/24Y10S423/03
    • A process for recovering the energy and chemical content of an aqueous black liquor utilizing a reactor containing a drying zone located above a gasification zone. The reactor contains a bed of porous solid carbonaceous material in the gasification zone. Heat losses are restricted, preferably from both zones, by the provision of a layer of insulating material about the reactor. An oxygen-containing gas is introduced into the gasification zone in an amount less than about 60% of that required for complete combustion of the black liquor such that there is produced partial combustion and gasification reactions sufficient to maintain the temperature at an upper surface of the bed in the range of from about 870.degree. to 1200.degree. C. and to form a hot combustible gas which rises from the gasification zone. A concentrated black liquor containing alkali metal, oxysulfur compounds is introduced into the drying zone and the water contained therein evaporated by contact with the hot gases rising from the gasification zone. In the drying zone there is produced a reduced temperature product gas and dry black liquor solids which fall onto the surface of the bed in the gasification zone. The dried black liquor solids are converted into the hot combustible gas which rises from the gasification zone and alkali metal salts which melt and permeate through the bed. The product gases are withdrawn from an upper portion of the drying zone, and a melt in which the sulfur content is about 80% in the form of alkali metal sulfide is withdrawn from a lower portion of the gasification zone.
    • 使用含有位于气化区上方的干燥区的反应器来回收黑色黑液的能量和化学成分的方法。 反应器在气化区含有多孔固体含碳材料床。 通过在反应器周围设置一层绝缘材料,热损失受到限制,最好来自两个区域。 将含氧气体以小于黑液完全燃烧所需的量的约60%的量引入气化区域,使得产生足以将温度维持在上游表面的部分燃烧和气化反应 床在约870℃至1200℃的范围内,并形成从气化区上升的热可燃气体。 将含有碱金属,硫硫化合物的浓缩黑液引入干燥区,并且其中所含的水通过与从气化区升起的热气体接触而蒸发。 在干燥区中产生降低的产物气体和干黑液固体,其落在气化区中的床的表面上。 干燥的黑液固体转化成从气化区升起的热可燃气体和熔化并渗透通过床的碱金属盐。 产物气体从干燥区的上部排出,其中以碱金属硫化物形式的硫含量为约80%的熔体从气化区的下部排出。
    • 6. 发明授权
    • Absorption of sulfur oxides from hot gases
    • 从热气中吸收硫氧化物
    • US4198380A
    • 1980-04-15
    • US634726
    • 1975-11-24
    • Arthur L. Kohl
    • Arthur L. Kohl
    • B01D53/50B01D53/77B01D53/81C01B17/24C01D5/04C01B17/00
    • B01D53/501C01B17/24
    • A process for removing sulfur oxides from a hot gas by sequential absorption of the sulfur oxides in two zones. In each zone the hot gas is contacted with an aqueous scrubbing medium which may be a solution or slurry containing an absorbent for the sulfur oxides. The absorbent is selected from the group consisting of alkali metal carbonates, bicarbonates and mixtures thereof. The preferred absorbent is sodium carbonate. The aqueous solution is introduced into the first zone in an amount to produce (1) a dry powder reaction product containing alkali metal sulfites, and sulfates, substantially free of unreacted absorbent and (2) a substantially water-unsaturated gaseous reaction product of reduced sulfur oxide content. The gaseous reaction product of reduced sulfur oxide content is transferred into the second zone where it is contacted with a sufficient amount of an aqueous solution of absorbent to provide (1) a gaseous reaction product substantially free of sulfur oxide and (2) an aqueous solution containing alkali metal sulfites, sulfates and unreacted absorbent, which solution is used as at least a part of the aqueous solution fed into the first zone.
    • 通过在两个区域顺序吸收硫氧化物从热气中除去硫氧化物的方法。 在每个区域中,热气体与含水洗涤介质接触,水洗涤介质可以是含有用于硫氧化物的吸收剂的溶液或浆液。 吸收剂选自碱金属碳酸盐,碳酸氢盐及其混合物。 优选的吸收剂是碳酸钠。 将水溶液引入第一区,其量为产生(1)含有碱金属亚硫酸盐和硫酸盐的干粉反应产物,其基本上不含未反应的吸收剂,和(2)基本上不饱和的还原硫的气态反应产物 氧化物含量。 将减少的硫氧化物含量的气态反应产物转移到第二区,在其中与足量的吸收剂水溶液接触,以提供(1)基本上不含硫氧化物的气态反应产物和(2)水溶液 含有碱金属亚硫酸盐,硫酸盐和未反应的吸收剂,该溶液用作进料到第一区域的至少一部分水溶液。
    • 8. 发明授权
    • Gasification of black liquor
    • 黑液气化
    • US4682985A
    • 1987-07-28
    • US779321
    • 1985-09-23
    • Arthur L. Kohl
    • Arthur L. Kohl
    • B65D90/02C10J3/57C10J3/00
    • C10J3/57C10J3/74C10J3/78C10J2300/093C10J2300/0943C10J2300/0946C10J2300/0956C10J2300/0959C10J2300/1671C10J2300/1675C10J2300/1846C10J2300/1884C10J2300/1892Y02E20/16Y10S423/03
    • A concentrated aqueous black liquor containing carbonaceous material and alkali metal sulfur compounds is treated in a gasifier vessel containing a relatively shallow molten salt pool at its bottom to form a combustible gas and a sulfide-rich melt. The gasifier vessel, which is preferably pressurized, has a black liquor drying zone at its upper part, a black liquor solids gasification zone located below the drying zone, and a molten salt sulfur reduction zone which comprises the molten salt pool. A first portion of an oxygen-containing gas is introduced into the gas space in the gasification zone immediatley above the molten salt pool. The remainder of the oxygen-containing gas is introduced into the molten salt pool in an amount sufficient to cause gasification of carbonaceous material entering the pool from the gasification zone but not sufficient to create oxidizing conditions in the pool. The total amount of the oxygen-containing gas introduced both above the pool and into the pool constitutes between 25 and 55% of the amount required for complete combustion of the black liquor feed. A combustible gas is withdrawn from an upper portion of the drying zone, and a melt in which the sulfur content is predominantly in the form of alkali metal sulfide is withdrawn from the molten salt sulfur reduction zone.
    • 含有碳质材料和碱金属硫化合物的浓缩含水黑液在其底部含有较浅熔融盐池的气化炉中进行处理以形成可燃气体和富含硫化物的熔体。 优选加压的气化器容器在其上部具有黑液干燥区,位于干燥区下方的黑液固体气化区和包含熔融盐池的熔融盐硫还原区。 将含氧气体的第一部分引入到熔盐池上方的气化区中的气体空间中。 剩余的含氧气体以足以引起从气化区进入池中的碳质材料气化但不足以在池中产生氧化条件的量引入熔盐池中。 在池中和池内引入的含氧气体的总量占黑液进料完全燃烧所需量的25%至55%。 可燃气从干燥区的上部排出,其中硫含量主要为碱金属硫化物形式的熔体从熔盐硫还原区中排出。
    • 9. 发明授权
    • Hydrocarbon treatment process
    • 烃类处理工艺
    • US4421631A
    • 1983-12-20
    • US308079
    • 1981-10-02
    • Jaime P. AmpayaLaszlo A. HeredyArthur L. Kohl
    • Jaime P. AmpayaLaszlo A. HeredyArthur L. Kohl
    • B01J10/00C10G1/02C10G1/06C10G9/34C10G47/22
    • C10G1/02B01J10/005C10G9/34Y10S585/912
    • The present invention provides a process for upgrading a hydrocarbon material in the presence of a molten salt in a manner which reduces the requirements for expensive ceramic materials to withstand the corrosive nature of the salt. A molten salt containing carbon is introduced into a heat generation zone which is located in a lower portion of an upwardly extending elongated reactor. Oxygen is introduced into the heat generation zone in an amount sufficient to react with substantially all of the carbon and to heat the molten salt to a desired temperature. The heated molten salt together with the gaseous reaction products of the carbon-oxygen reaction flows upwardly through the reactor to a hydrocarbon material reaction zone which is located within the reactor and above the heat generation zone. The hydrocarbon material to be treated is introduced into the reaction zone and into the molten salt where it produces gaseous reaction products and unreacted carbon entrained in the flowing molten salt. Thereafter the molten salt is introduced into a quench zone which is located above the reaction zone and into which there is introduced a quenching medium to reduce the temperature of the molten salt to a temperature below that at which expensive materials of construction, such as ceramics, are required.
    • 本发明提供了一种在熔融盐存在下使烃材料升级的方法,其方式是降低昂贵陶瓷材料对耐盐腐蚀性质的要求。 将含有碳的熔融盐引入位于向上延伸的细长反应器的下部的发热区。 将氧气以足以与基本上所有的碳反应并且将熔融盐加热至所需温度的量被引入发热区。 加热的熔融盐与碳 - 氧反应的气态反应产物一起向上流过反应器,转化成位于反应器内部和发热区上方的烃物质反应区。 待处理的烃类材料被引入反应区并进入熔融盐,在那里产生气态反应产物和夹带在流动的熔融盐中的未反应的碳。 此后,将熔融盐引入位于反应区上方的骤冷区,并将其引入淬火介质中以将熔融盐的温度降低至低于昂贵的建筑材料如陶瓷的温度, 是必要的。
    • 10. 发明授权
    • Filtering method and apparatus therefor
    • 过滤方法及其装置
    • US4360364A
    • 1982-11-23
    • US331932
    • 1981-12-17
    • Arthur L. Kohl
    • Arthur L. Kohl
    • B01D46/34B01D53/06B01D46/04B01D46/32
    • B01D46/34B01D53/08B01D2253/102B01D2253/104B01D2253/106B01D2253/1124B01D2253/304B01D2257/302B01D2257/7027B01D2258/0283
    • A method of and apparatus for removing particulate contaminants from a gaseous stream. Broadly, the apparatus comprises a housing containing a substantially vertical granular material retention member having upstream and downstream faces, a substantially vertical microporous gas filter element, said member and element being spaced apart to provide a zone for the passage of granular material therethrough. The housing further comprises a gas inlet means, a gas outlet means and means for moving a body of granular material through said zone. In operation, a gaseous stream containing particulate contaminants passes through the gas inlet means and upstream face of the granular material retention member, passing through said member, said body of granular material, the microporous gas filter element and then out the gas outlet means. The particulates carried in the gaseous stream pass into the granular material and are retained in the body of granular material and upon the upstream face of the gas filter element. The body of granular material is moved through the zone and across the upstream face of the gas filter element to scour the upstream face and remove the collected particulates, which are carried out of the housing, such that a substantially uniform pressure drop across the apparatus is maintainable during its operation.
    • 一种从气流中除去微粒污染物的方法和设备。 广泛地说,该装置包括一个壳体,该壳体包含具有上游和下游面的基本上垂直的颗粒材料保持构件,一个基本垂直的微孔气体过滤器元件,所述构件和元件间隔开以提供用于粒状材料通过的区域。 壳体还包括气体入口装置,气体出口装置和用于使粒状材料体移动通过所述区域的装置。 在操作中,含有颗粒污染物的气流通过气体入口装置和粒状材料保持构件的上游面,穿过所述构件,所述颗粒材料体,微孔气体过滤元件,然后排出气体出口装置。 携带在气流中的微粒进入颗粒状物质并保留在颗粒材料的主体和气体过滤元件的上游面上。 粒状材料体移动通过该区域并且跨过气体过滤器元件的上游面,以冲洗上游面并且移除从外壳中进行的收集的微粒,使得穿过该装置的基本均匀的压降为 在运行期间可维护。