BIOLOGISCH-CHEMISCH REAKTIVES VERFAHREN ZUR ABLUFTREINIGUNG
    4.
    发明申请
    BIOLOGISCH-CHEMISCH REAKTIVES VERFAHREN ZUR ABLUFTREINIGUNG 审中-公开
    生物化学反应法提取空气净化

    公开(公告)号:WO2017067534A1

    公开(公告)日:2017-04-27

    申请号:PCT/DE2016/100254

    申请日:2016-06-01

    摘要: Die Erfindung betrifft ein. Verfahren zur Reinigung von sulfid- und ggf. kohlenwasserstoffhaltigen Abluftgemischen, mit den Schritten: Führen des Abluftgemischs durch mindestens ein chemisch-biologisches Reaktivfilter mit: porösen Gerüstmaterialteilchen mit anorganisch gebundenen natürlichen Fasern und pH-Wert pufferndem Stützmaterial, mindestens einer Eisenverbindung, sulfatoklastischen und ggf. kohlenwasserstoffabbauenden Organismen, Additiven; und Abziehen des im mindestens einen Reaktivfilter gereinigten Abluftstroms aus dem chemisch-biologisch wirksamen Reaktivfilter sowie die Ve.endung eines biologischen Reaktivfiltermaterials mit einem mit sulfoklastischen und ggf. kohlenwasserstoffabbauenden Organismen besiedelten Gerüstmaterial zur Reinigung von sulfid- und/oder kohlenwasserstoffhaltiger Abluft, wie Biogas, Hydrolysegas, Deponiegas, Kläranlagengasen Faulgas, Pyrolysegas Holzgas, Gase aus Kompostieranlagen, Grubengas, Minengas, Gase aus Geothermie- und Tiefbohrungen; Synthesegas, Erdölbegleitgasen, Erdgas, Sauergas, Leangas; Produktionsabgase der Pharmazie- und Lebensmittelindustrie, wie die Abluft von Ölmühlen.

    摘要翻译:

    本发明涉及a。 一种用于硫化和纯化过程中可能排出空气的混合物,其包括以下步骤的含烃:通过至少一种化学 - 生物反应性过滤器的排气混合物F导航使用铅,包括:PORö森GER导航用途stmaterialteilchen用无机结合NAT导航使用天然纤维和pH缓冲剂圣导航用途 材料,至少一种铁化合物,硫酸盐分解和任选的烃降解生物体,添加剂; 和取出从化学生物学活性无功滤波器以及所述Ve.endung与sulfoklastischen和可能的烃降解微生物GER&一个填充的生物反应器材料导航使用至少一个反应性过滤器排出空气流进行纯化; stmaterial为硫化物和/或含烃废气的净化,如沼气 ,水解气,垃圾填埋气中,K1Ä ranlagengasen沼气,木气的热解气体,气体从堆肥植物,瓦斯,矿井气体,从地热和深钻气体; 合成气,土壤伴生气,天然气,酸性气体,贫气; 生产来自制药和食品行业的废气,如来自石油的废气

    APPARATUS AND METHOD FOR AVOIDING FLUID BYPASS IN PARTICULATE FILTERS
    8.
    发明申请
    APPARATUS AND METHOD FOR AVOIDING FLUID BYPASS IN PARTICULATE FILTERS 审中-公开
    在颗粒过滤器中避免流体旁路的装置和方法

    公开(公告)号:WO2016015042A1

    公开(公告)日:2016-01-28

    申请号:PCT/US2015/042207

    申请日:2015-07-27

    IPC分类号: B01D53/14

    摘要: A filter contains fluent particulate, such as carbon granules. The filter is divided into a plurality of cell chambers by walls, including an upper wall. The upper wall has a surface that faces, and is closest to, the top surface of the particles. The upper wall surface is oriented so that, as the particles settle, any gap formed between the top surface of the particles and a portion of the upper wall surface will not extend from the upstream to the downstream sides of the filter. Instead, contact is maintained between the top surface of the particles and the upper wall surface during fluid flow through the filter, and therefore any gas flowing through the frame must flow through, and through spaces around, particles. An angle between the upper wall surface and the flow direction of gas striking the filter is greater than about three degrees.

    摘要翻译: 过滤器含有流体颗粒,如碳颗粒。 过滤器通过包括上壁的壁分成多个单元室。 上壁具有面对并且最接近颗粒顶表面的表面。 上壁表面被定向成使得当颗粒沉降时,在颗粒的顶表面和上壁表面的一部分之间形成的任何间隙将不会从过滤器的上游侧延伸到下游侧。 相反,在流过过滤器的流体流动期间,在颗粒的顶表面和上壁表面之间保持接触,因此流过框架的任何气体必须流过颗粒并通过颗粒周围的空间。 上壁表面和撞击过滤器的气体的流动方向之间的角度大于约三度。

    A REEFER CONTAINER FOR TRANSPORTING AND STORING A PLURALITY OF PRODUCE
    10.
    发明申请
    A REEFER CONTAINER FOR TRANSPORTING AND STORING A PLURALITY OF PRODUCE 审中-公开
    用于运输和存储大量生产的回收容器

    公开(公告)号:WO2015162208A1

    公开(公告)日:2015-10-29

    申请号:PCT/EP2015/058796

    申请日:2015-04-23

    发明人: EHRHORN, Kristian

    摘要: The present invention relates to a reefer container for transporting and storing a plurality of produce at a predetermined temperature, the produce generating ethylene and other organic compounds during transport and storage, said reefer container comprising a substantially closed room having an atmosphere, a cooling device for maintaining the room at the predetermined temperature, and an atmosphere-controlling system (14) for controlling the atmosphere in the room of the reefer container, the atmosphere-controlling system comprising a system inlet (161) and a system outlet (162), a flow direction (165) of an airstream being defined between the system inlet and the system outlet, a fan (160) arranged at the system outlet, an ethylene reduction unit (100) for reducing a content of ethylene of the atmosphere in the room, a catalyst unit (150) arranged downstream the ethylene reduction unit, the catalyst unit being adapted to reduce a content of ozone generated during the reduction of ethylene, the catalyst unit having a catalyst inlet (153), a catalyst outlet (154) and a catalyst midsection (155) arranged substantially between the catalyst inlet and catalyst outlet, and a control unit (200), wherein a first measuring point (103) is arranged upstream the catalyst inlet and a second measuring point (151) is arranged at the catalyst midsection, the first measuring point and the second measuring point being connected with at least a first ozone sensor (170) so that via the first measuring point a first ozone concentration (C1) of the air before the air enters the catalyst unit can be measured, and via the second measuring point a second ozone concentration (C2) of the air present in the catalyst midsection of the catalyst unit can be measured, the first ozone sensor being connected with the control unit, and wherein the first ozone concentration (C1) is compared to the second ozone concentration (C2) in the control unit in order to calculate the expected ozone concentration of the air downstream the catalyst unit and the efficiency of the catalyst section. Further, the present invention relates to a method for measuring an ozone concentration in an airstream in a reefer container according to the present invention.

    摘要翻译: 本发明涉及一种用于在预定温度下运输和储存多种产品的冷藏容器,在运输和储存期间产生乙烯和其它有机化合物的产品,所述冷藏容器包括具有大气的基本封闭的房间,用于 将房间保持在预定温度,以及用于控制冷藏容器的房间中的气氛的气氛控制系统(14),所述气氛控制系统包括系统入口(161)和系统出口(162), 定义在系统入口和系统出口之间的气流的流动方向(165),布置在系统出口处的风扇(160),用于降低室内气氛中乙烯含量的乙烯还原单元(100) 布置在所述乙烯还原单元下游的催化剂单元(150),所述催化剂单元适于减少在所述还原期间产生的臭氧含量 催化剂单元具有催化剂入口(153),催化剂出口(154)和基本上位于催化剂入口和催化剂出口之间的催化剂中间区域(155),以及控制单元(200),其中第一测量点 103)布置在催化剂入口的上游,并且第二测量点(151)布置在催化剂中间部分处,第一测量点和第二测量点与至少第一臭氧传感器(170)连接,使得经由第一测量 可以测量空气进入催化剂单元之前的空气的第一臭氧浓度(C1),并且通过第二测量点可以测量存在于催化剂单元的催化剂中间部分中的空气的第二臭氧浓度(C2) ,所述第一臭氧传感器与所述控制单元连接,并且其中所述第一臭氧浓度(C1)与所述控制单元中的所述第二臭氧浓度(C2)进行比较,以便计算预期的臭氧浓度 催化剂单元下游的空气和催化剂部分的效率。 此外,本发明涉及根据本发明的用于测量冷藏集装箱中的气流中的臭氧浓度的方法。