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    • 3. 发明申请
    • REACTOR FOR GASIFICATION PLANTS
    • 气化反应器
    • WO2016178175A1
    • 2016-11-10
    • PCT/IB2016/052568
    • 2016-05-05
    • SYN-GAS SOCIETA' A RESPONSABILITA' LIMITATA SEMPLIFICATA
    • LIBBRA, AntonioALLESINA, GiulioPEDRAZZI, SimoneMUSCIO, Alberto
    • C10J3/74F23G5/36
    • C10J3/74C10J2300/0916C10J2300/0956C10J2300/1869C10J2300/1884F23G5/36Y02P20/145
    • The reactor (1) for gasification plants includes: a first container body (2) adapted to be filled at least partially with biomass to be gasified to obtain syngas (8), provided with at least an upper portion (3) adapted to receive biomass input, at least a central portion (6) adapted to accommodate the biomass oxidation, with the central portion (6) comprising holes (9) for the input of a gasifying agent (7), and at least a lower portion (10) adapted to allow the outflow of gasified biomass and synthesis gas (8); a primary cylinder (23) surrounding said first container body (2), open at the top for the transit of the gasifying agent (7) towards the holes (9) between the primary cylinder (23) and the first container body (2), where it is defined at least one syngas cooling interspace (24) which is crossed by the agent gasifying (7) skimming at least partially the upper portion (3) and the central portion (6); and an auxiliary casing (17) placed inside the cooling interspace (24) that it surrounds at least partially the central portion (6), linked to the central portion (6) above the holes (9), provided with at least one opening (18) placed lower to the holes (9), and adapted to convey the gasifying agent (7) going upwards around the central portion (6).
    • 用于气化设备的反应器(1)包括:第一容器主体(2),其适于至少部分地填充有待气化的生物质以获得合成气(8),所述合成气至少设有适于接收生物质的上部(3) 输入,适于容纳生物质氧化的至少一个中心部分(6),中心部分(6)包括用于输入气化剂(7)的孔(9),以及至少一个适于 允许气化生物质和合成气的流出(8); 围绕所述第一容器主体(2)的主缸(23)在顶部开口以使气化剂(7)朝向主缸(23)和第一容器主体(2)之间的孔(9) 其中限定了至少一个合成气冷却空间(24),所述合成气冷却空间(24)由所述试剂气化(7)至少部分地撇取所述上部(3)和所述中心部分(6); 以及辅助壳体(17),其设置在所述冷却空间(24)的内部,所述辅助壳体至少部分地围绕所述中心部分(6)连接到所述孔(9)上方的中心部分(6),所述中心部分设置有至少一个开口 18)放置在孔(9)的下方,并且适于传送围绕中心部分(6)向上移动的气化剂(7)。
    • 5. 发明申请
    • DEVICE FOR INCINERATION OF WASTE
    • 用于焚烧废物的设备
    • WO2015191019A1
    • 2015-12-17
    • PCT/UA2014/000069
    • 2014-07-02
    • NEXUS-2F SCIENTIFIC PRODUCTION LIMITED LIABILITY COMPANY
    • BULYCHOV, Volodymyr VyktorovychKOSTRITCYA, Serhii AnatoliyevychFEDYN, Dmitro OleksandrovychFEDOSOV, Volodymyr Garol'dovychGZHESYUK, Oleksandr VyktorovychOHOTNIKOV, Yurii Valeryevych
    • F23G5/36F23G5/22F23G5/44F23G5/24F23G5/26
    • F23G5/36F23G5/22F23G5/24F23G5/26F23G5/444
    • The invention relates to the heat power engineering field, namely, to the devices of treatment and incineration of waste, including municipal solid waste (MSW) and can be used at garbage recycling plants for obtaining a heat carrier which can be used for heat energy production by the objects of the heat power engineering, for example, for water heating, air heating, steam production, etc. The device consists of the reactor comprising the loading chamber with the opening for waste feeding disposed in the upper part of the reactor and executed in the view of the transfer chamber, perforated heat resistant backstone executed in the view of flattened cone directed downward with its smaller base and included into the housing, at that at least two channels for transferring of the gasifying agent are executed in the wall of the housing, on which adjustable registers of distribution of the gasifying agent are disposed, the furnace bar installed in the lower part of the backstone with the possibility of vertical movement and executed cone-shaped, the tilt angle of the lateral face of which to its base is 50-60°, at that the channels for supplying and removal of the cooling agent are executed in the furnace bar the inner cavity of which does not have intercommunication with the channels of supplying of the gasifying agent and the reactor, the ashy chamber disposed behind the reactor under the furnace bar and in which at least one worm for the ash removal is disposed, the afterburn chamber executed in the view of self-contained unit in which the vertical baffles with the recesses are executed forming aerodynamic channel. Besides, the walls of the loading chamber can be executed hollow and filled with the cooling agent. The proposed technical solution provides improvement of the device productivity as it allows to increase the completeness of the waste combustion, decrease harmful agents emission in the combustion products and obtain the high quality final product which can be further used for obtaining the heat carrier which can be used for the heat energy generation by the objects of the heat power engineering. Besides, the proposed device improves the processibility of combustion and saves energy costs as the combustion process is continuous.
    • 本发明涉及热功率工程领域,即涉及废物的处理和焚化装置,包括城市固体废物(MSW),可用于垃圾回收厂获得可用于热能产生的热载体 通过热力工程的目的,例如用于水加热,空气加热,蒸汽生产等。该装置由反应器组成,该反应器包括装载室,其具有设置在反应堆上部的废料进料口,并执行 在传送室的视图中,穿孔耐热的后石是在其较小的底部向下指向的扁平锥体的视图中执行的,并且包括在壳体中,因为在壁的壁中执行用于传送气化剂的至少两个通道 在其上设置可调节的气化剂分配寄存器的壳体,安装在后石块下部的炉棒, 垂直运动和执行锥形的能力,其侧面向其底部的倾斜角为50-60°,因为用于供应和除去冷却剂的通道在炉条中执行 其与气化剂和反应器的供给通道没有相互通信,设置在炉棒下方的反应器后面的灰烬室,其中设置有至少一个用于灰分去除的蜗杆,在该视图中执行后燃烧室 其中具有凹槽的垂直挡板被执行形成空气动力学通道的独立单元。 此外,装载室的壁可以执行中空并填充有冷却剂。 所提出的技术方案提供了设备生产率的提高,因为它允许提高废气燃烧的完整性,减少燃烧产物中的有害物质排放并获得高质量的最终产品,这可以进一步用于获得能够 用于热力发电工程的热能产生。 此外,所提出的装置提高了燃烧的可加工性,并且随着燃烧过程的持续而节省了能源成本。