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    • 7. 发明公开
    • Biogas generating plant with tunnel fermentation chamber and installations to produce and utilise biogas
    • Biogaserzeugungsanlage mitTunnelgärungskammerund Installationen zur Herstellung und Verwendung von Biogas
    • EP2733197A1
    • 2014-05-21
    • EP12461557.6
    • 2012-11-19
    • Fotyga, Ryszard Aleksander
    • Fotyga, Ryszard Aleksander
    • C12M1/107
    • C12M21/04C12M23/36C12M29/02C12M29/26C12M41/24C12M43/08C12M47/18Y02E50/343
    • The object of the invention is a biogas generator with tunnel fermentation chamber, equipped with biomass container with thermally insulated base and essentially vertical foundation walls, installations for moisturising biomass with a process liquid, installations for recirculation of seepage water, arch roof covering spread over arch load-bearing construction and supported on essentially vertical foundation walls, gas-tight gable walls, and biogas store created by double layer of roof covering foil with inlet to biogas store situated in upper part of fermentation chamber, characterised in that two layers of foil, upper (3a) and lower (3b), forming biogas store (3c), are secured on opposite sides of rigid arch roof covering load bearing construction, the lower foil (3b) has, at approx. 1/4 of the height of arch load-bearing construction, gas slots (29), duct fan and a duct fan (8) forcing circulation of biogas to biogas store (3c) is connected into the inlet channel, wherein lower edges (5) of roof covering are supported on upper part of essentially vertical foundation walls (1) of the biomass container, while the installations for moisturising biomass with process liquid have moisturising nozzles (7a), placed in the biomass loading zone and variable heights, depending on the height of the biomass loading zone, preferably in intermediate zone (1b), and furthermore in the biomass loading zone there is a channel (2) for pulp, preferably created by a perforated barrier (4) supported on the base of biomass container or constituting a perforated pipe, suspended, supported or resting freely in a biomass layer.
      The invention also includes installation to produce and utilise biogas, comprising a tunnel fermentation chamber, constituting a space inside a biogas generator with a convex roof covering spread over an arch load-bearing structure, a gas store formed by two layers of roof covering foil with an inlet to the gas store situated in the upper part of the fermentation chamber, installations for moisturising biomass with a process liquid, installations for recirculation of seepage water, a cogeneration system powered by biogas supplied through a gas pipeline from the biogas store and an automated system for controlling the process of production and utilisation of biogas, characterised in that two layers of foil, upper (3a) and lower (3b), forming the biogas store (3c), are secured on opposite sides of the rigid arch roof covering load-bearing construction, the lower foil (3b) has gas slots (29) at approx. 1/4 of the height of the arch load-bearing construction, and a duct fan (8) forcing circulation of biogas to biogas store (3c) is connected into the inlet channel, wherein lower edges (5) of roof covering are supported on upper part of essentially vertical foundation walls (1) of the biomass container, while the installations for moisturising biomass with process liquid have moisturising nozzles (7a), placed in the biomass loading zone and variable heights, depending on the height of the biomass loading zone, preferably in intermediate zone (1b), and furthermore in the biomass loading zone there is a channel (2) for pulp, preferably created by a perforated barrier (4) supported on the base of biomass container or constituting a perforated pipe, suspended, supported or resting freely in a biomass layer, supplied with pulp through an internal pipeline (6) situated in the channel (2) for pulp, wherein the installations for recirculation of seepage water include a non-membrane heat and mass exchanger connected with through a seepage water pipeline (20) with the biomass container and a return pipeline (22) with installations for moisturising biomass with a process liquid, and wherein the non-diaphragm heat and mass exchanger has a permanent mass (15) of a high heat capacity, through which seepage water is passed in the opposite direction to exhaust gases supplied to the permanent mass by an exhaust conduit (19) from the cogeneration system.
    • 本发明的目的是具有隧道发酵室的沼气发生器,配备有具有隔热基座和基本上垂直的基础墙壁的生物质容器,用于用工艺液体保湿生物质的装置,用于渗漏水再循环的装置,拱顶覆盖物 承载结构并支撑在基本上垂直的基础墙壁,气密山墙和由双层屋顶覆盖箔和与发酵室上部的沼气储存器的入口产生的沼气储存器之间,其特征在于,两层箔, 上部(3a)和下部(3b),形成沼气储存器(3c),固定在刚性拱顶覆盖承重结构的相对侧上,下部薄片(3b) 拱形承重结构的高度的1/4,连接到入口通道中,气体槽(29),管道风扇和迫使沼气循环到沼气储存器(3c)的管道风扇(8),其中下边缘 )的顶盖支撑在生物质容器的基本上垂直的基础壁(1)的上部上,而用过程液体保湿生物质的装置具有保湿喷嘴(7a),放置在生物质装载区和可变高度中,这取决于 生物质装载区的高度,优选地在中间区(1b)中,此外在生物质装载区中,存在用于纸浆的通道(2),优选地由支撑在生物质容器基部上的穿孔阻挡层(4)产生,或者 构成穿孔管,在生物质层中自由悬挂,支撑或静止。 本发明还包括安装以生产和利用沼气,其包括隧道发酵室,其构成沼气发生器内部的空间,其具有分布在拱承载结构上的凸顶覆盖物,由两层屋顶覆盖箔形成的储气罐 位于发酵室上部的气体储存器的入口,用工艺液体保湿生物质的装置,用于再循环渗水的装置,由通过来自沼气储存器的气体管道提供的沼气提供动力的热电联产系统以及自动化 用于控制生物气的生产和利用过程的系统,其特征在于,形成沼气储存器(3c)的两层箔(3a)和下层(3b)固定在刚性拱顶覆盖载荷的相对侧上 下部薄片(3b)在大约一半的位置具有气体狭槽(29)。 拱形承重结构的高度的1/4,以及将沼气循环到沼气储存器(3c)的管道风扇(8)连接到入口通道中,其中屋顶覆盖物的下边缘(5)支撑在 生物质容器的基本上垂直的基础壁(1)的上部,而用过程液体保湿生物质的装置具有保湿喷嘴(7a),放置在生物质装载区和可变高度中,这取决于生物质装载区的高度 优选在中间区域(1b)中,此外在生物质装载区域中存在用于纸浆的通道(2),优选地由支撑在生物质容器的基部上的多孔阻挡层(4)或构成穿孔管道悬挂的通道(2) 在生物质层中自由支撑或悬挂,通过位于通道(2)内的纸浆的内部管道(6)供应纸浆,其中用于再循环渗水的装置包括非膜热和mas 通过与生物质容器的渗水管线(20)连接的交换器和具有用处理液保湿生物质的设备的返回管道(22),并且其中非隔膜式热交换器具有永久质量(15) 具有高热容量,通过该热容量,渗出水通过来自热电联产系统的排气管道(19)沿相反方向通过供给永久物质的废气。