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    • 1. 发明申请
    • ADSORPTION COLUMN SET FOR SEPARATION OF TWO OR MORE GASES FROM EACH OTHER USING PRESSURE SWING ADSORPTION
    • 采用压力摆动吸附分离两种或更多种气体的吸附塔组
    • WO2017153636A1
    • 2017-09-14
    • PCT/FI2017/050153
    • 2017-03-07
    • BIOGTS OY
    • RAUTIAINEN, MikaLEHTOMÄKI, Annimari
    • B01D53/047
    • The invention relates to an adsorption column set for separating two or more gases of a gas mixture from each other using pressure swing adsorption, the adsorption column set (10) including: - a first adsorption column set comprising at least two adsorption columns (12) connected in series and including an adsorption medium, - an optional number of additional adsorption column sets comprising an equal number of additional adsorption columns (13) as there are adsorption columns (12) in the first adsorption column set to form one or more additional adsorption columns (13) alongside with the equivalent adsorption column (12) of the first adsorption column set, - auxiliary equipment (14) supported in vicinity of said adsorption columns (12) comprising operation valves (55) of each adsorption column (12) for restricting the flow of the gas mixture and separated gases, The first adsorption column (12) and each additional adsorption column (13) include a connecting connection (20), and each parallel additional adsorption column (13) is arranged to be connected with disconnectable connectors to the connecting connection (20) of the previous one and arranged to jointly utilise the operation valves (55) of the related adsorption column (12) via the connecting connection (20).
    • 本发明涉及一种用于使用变压吸附将两种或更多种气体混合物的气体彼此分离的吸附塔组,所述吸附塔组(10)包括: - 第一吸附塔组,其包括: 至少两个串联连接并包括吸附介质的吸附塔(12), - 任选数量的附加吸附塔组,其包括相同数量的附加吸附塔(13),因为第一吸附塔中有吸附塔(12) 设置成与第一吸附柱组的等效吸附柱(12)并排地形成一个或多个另外的吸附柱(13), - 辅助设备(14),其支承在包括操作阀(55)的所述吸附柱(12) (12),用于限制气体混合物和分离气体的流量,第一吸附塔(12)和每个附加吸附塔(13)包括连接接头(2) 0),并且每个平行的附加吸附塔(13)布置成与可断开的连接器连接至前一个的连接接头(20)并且布置成共同利用相关吸附塔(12)的操作阀(55) 通过连接连接(20)。
    • 4. 发明申请
    • METHOD FOR PRODUCING BIOGAS FROM BIOMASS USING ANAEROBIC DIGESTION AND A CORRESPONDING REACTOR
    • 使用厌氧消化生物质生产生物质的方法和相应的反应器
    • WO2015075298A1
    • 2015-05-28
    • PCT/FI2014/050694
    • 2014-09-11
    • BIOGTS OY
    • RAUTIAINEN, MikaLEHTOMÄKI, Annimari
    • C12M1/113C12P5/02
    • C12M21/04C12M21/16C12M23/34C12M27/06C12M29/02C12P5/023Y02E50/343
    • The invention relates to a method for producing biogas from biomass using anaerobic digestion, in which method - biomass (16) is fed as input to a reaction space (14) using mechanical feed equipment (25) while simultaneously advancing biomass (16) contained in the reaction space (14) as plug flow, biomass (16) is mixed separately in each block in the reaction space (14) divided into successive blocks (24) for feeding biomass (16) to block-specific microbial strains, wherein the number of blocks (24) is at least three each comprising its own main microbial strain, biogas produced as the result of anaerobic digestion of biomass (16) is recovered. The microbial strain of each block is fed in front of the corresponding block and, in at least two of these blocks (24), the feed is reject obtained from the block (24) as high consistency stock. The invention also relates to a corresponding reactor.
    • 本发明涉及一种使用厌氧消化从生物质生产沼气的方法,其中使用机械进料设备(25)将生物质(16)作为输入进料到反应空间(14),同时促进生物质(16)中包含的生物质 将作为活塞流的反应空间(14),生物质(16)分别混合在分成连续块(24)的反应空间(14)中的每个块中,以将生物质(16)供入块特异性微生物菌株,其中数目 块(24)的至少三个分别包含其主要微生物菌株,由生物质(16)的厌氧消化产生的生物气被回收。 每个块的微生物菌株被供给到相应的块的前面,并且在这些块(24)中的至少两个中,进料是从块(24)获得的作为高稠度原料的废料。 本发明还涉及相应的反应器。