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    • 2. 发明申请
    • DISCHARGE CONE
    • 放电锥
    • US20130202369A1
    • 2013-08-08
    • US13643677
    • 2011-04-08
    • Stefan HamelJohannes Kowoll
    • Stefan HamelJohannes Kowoll
    • B65G53/38B65G69/06
    • B65D83/06B65D88/28B65D88/72
    • A device for discharging a fine-grained solid from a container wherein the container has a discharge cone in the lower area, which opens into a discharge opening and discharge device, a mechanism for fluidizing or loosening the solid are provided the discharge cone has at least one offset in the form of a gap the offset having openings a gas can be fed through each of the openings of the gap-shaped offsets, each of the gap-shaped offsets is covered toward the center axis of the discharge cone, the gap-shaped offsets are not directed toward the center axis of the discharge cone, and wherein the gaps of the gap-shaped offsets are closed by cover pates which have round or slit-shaped openings, and the gaps extend in the downward direction.
    • 一种用于从容器排出细粒状固体的装置,其中容器在下部区域中具有排放锥体,其通向排放开口和排出装置,设置用于使固体流体化或松动的机构,排出锥体至少具有 间隙形式的偏移具有可以通过间隙形偏置的每个开口进给的具有开口的开口的偏移,每个间隙形偏移被朝向排出锥的中心轴线覆盖, 形状偏移不指向排出锥体的中心轴线,并且间隙形偏移的间隙由具有圆形或狭缝形开口的盖板封闭,并且间隙沿向下方向延伸。
    • 8. 发明申请
    • METHOD AND APPARATUS FOR RECEIVING FINE-GRAINED TO COARSE-GRAINED SOLIDS FROM A VESSEL AND TRANSFERRING THEM TO A HIGHER-PRESSURE SYSTEM
    • 用于从容器中接收精细磨粒的粗细固体并将其传送到高压系统的方法和装置
    • US20100322721A1
    • 2010-12-23
    • US12735681
    • 2009-01-23
    • Stefan HamelJohannes KowollEberhard Kuske
    • Stefan HamelJohannes KowollEberhard Kuske
    • B65G53/22
    • B65D88/70B65D88/28
    • A device and a method for receiving and handing over fine-grain to coarse-grain solids from a container to a higher pressure system via a cut-off device. The device and method allow improvement of the hand-over of the solids while reliably guaranteeing the solids transport even for difficult bulk materials, high operational flexibility when used for various bulk materials and high flow rates towards the receiving container while avoiding compression of the bulk material. The device is formed from at least one vertical central tubular body (central tube) which is arranged inside the container at a distance in the direction of gravitation upstream of the cut-off device and which is open at the top and at the bottom, and by gas supply devices impinging the container bottom and/or the central tube to produce a solids flow in the central tube.
    • 一种装置和方法,用于通过切断装置接收并将细颗粒从容器移送到粗粒固体,并将其从较高压力系统移送到较高压力系统。 该设备和方法允许改进固体的切换,同时可靠地保证即使对于困难的散装材料的固体输送,当用于各种散装材料时具有高的操作灵活性以及朝向接收容器的高流速,同时避免了散装材料的压缩 。 该设备由至少一个垂直中心管状体(中心管)形成,该中心管状体(中心管)在截留装置的上游沿着重力方向的一定距离处设置在容器的内部,并且在顶部和底部是开放的, 通过撞击容器底部和/或中心管的气体供应装置在中心管中产生固体流。
    • 9. 发明申请
    • DEVICE FOR FEEDING A FLUID INTO A SOLID-CONVEYING LINE
    • 用于将流体输送到固体输送管线中的装置
    • US20120269586A1
    • 2012-10-25
    • US13514680
    • 2010-11-09
    • Stefan HamelStefan Hacker
    • Stefan HamelStefan Hacker
    • B65G53/40
    • B65G53/58
    • With a device for feeding a fluid, such as a gas or a liquid, into a solid-conveying line, wherein the fluid is first passed into a ring space that surrounds the solid-conveying line, and from there into the solid-conveying line, conveying of coal in the form of dust or flue ash, for example, is to be undertaken in gasification systems, at elevated temperatures, at great output and great operational reliability. This is achieved in that the solid-conveying line is shorter, in the ring space for forming a ring gap, than the length of the ring space, wherein installations for producing a vortex flow of the fluid that is introduced are provided in the ring space.
    • 使用用于将诸如气体或液体的流体供给到固体输送管线中的装置,其中流体首先进入围绕固体输送管线的环形空间,并且从那里进入固体输送管线 例如,在气化系统中,在高温下以大的输出和大的操作可靠性进行灰尘或烟灰的形式的煤的输送。 这是通过固体输送线在用于形成环形空间的环形空间中比环形空间的长度更短的,其中用于产生引入的流体的涡流的装置设置在环形空间中 。
    • 10. 发明申请
    • CONTINUOUS FUEL SUPPLY FOR A COAL GASIFICATION REACTOR
    • 连续燃料供应煤焦化反应器
    • US20110100274A1
    • 2011-05-05
    • US12736039
    • 2009-02-18
    • Eberhard KuskeStefan Hamel
    • Eberhard KuskeStefan Hamel
    • F23D1/00C10J3/00
    • B01J8/0015B01J2208/00752B01J2208/00769C10J3/50C10J2200/156C10J2300/0903
    • A facility for the continuous supply of a coal gasification plant with finely ground fuel material is disclosed. The fuel is first stored in a storage tank and then fed to a lock hopper system, where it is supplied with gas for the coal gasification reaction. The lock hopper system consists of at least two lock hoppers to achieve that the gas is injected quasi-continuously, and the fuel is then passed to a feed tank in which a constant filling level prevails over a given period of time, so that the fuel is conveyed in a constant, smooth and pressurised flow from this feed tank to the burners. The transfer from at least two lock hoppers to a least one feed tank is carried out by pneumatic dense-flow conveying at solid material densities of at least 100 kg/m3 and a differential pressure of at least 0.5 bar so that it is possible to arrange the facility components at the same geodetic height or different geodetic heights so as to achieve a space saving and flexible plant construction. The invention also relates to a process for the continuous and uniform supply of finely ground fuel to a coal gasification reactor.
    • 公开了连续供应具有精细研磨燃料的煤气化设备的设备。 燃料首先储存在储罐中,然后进料到封闭料斗系统,在其中供应煤气化反应的气体。 锁料斗系统由至少两个锁定料斗构成,以实现气体被准连续注入,然后燃料被传送到在给定时间段内恒定的填充水平占优势的进料罐,使得燃料 以恒定的,平滑的和加压的流从该进料罐输送到燃烧器。 从至少两个锁定料斗到至少一个进料罐的转移是通过以至少100kg / m 3的固体材料密度和至少0.5巴的压力的气动密流输送进行的,使得可以布置 设备组件在相同的大地测量高度或不同的大地测量高度,以便实现节省空间和灵活的工厂建设。 本发明还涉及一种连续均匀地向煤气化反应器供应精细研磨的燃料的方法。