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    • 54. 发明授权
    • Apparatus for cleaning stack gas and using same for generation of
electric power
    • 用于清洁堆叠气体并用于产生电力的装置
    • US4007025A
    • 1977-02-08
    • US520920
    • 1974-11-04
    • Karl-Rudolf Hegemann
    • Karl-Rudolf Hegemann
    • B01D47/06B01D50/00B01D51/00C21B7/00C21B7/22F02C1/00F02C6/00F02C7/05B01D47/10
    • C21B7/007B01D47/06B01D47/10B01D50/00C21B7/002B01D2247/08Y10S261/54Y10S261/56
    • Stack gas is first passed through a coarse-particle separator and then a prescrubbing tower. Then this gas, which is under pressure, is passed through a pair of Venturi washers. The output side of one of the washers is connected directly to a droplet separator at the output of the system. The outlet of the other Venturi washer is connected through a turbine driving an electric generator and having its output side in turn connected to the droplet separator. The control body of at least the washer which is connected directly to the droplet separator is adjustable so as to maintain a constant back pressure in the system at the blast furnace from which the stack gas comes. The Venturi washer connected to the turbine is set up to pass at least four times as much of the gas as the other Venturi washers so that most of the gas passes through the turbine, undergoing a pressure drop that is transformed into the work of driving the turbine and generates electricity.
    • 堆放气体首先通过粗颗粒分离器,然后通过预分离塔。 然后在压力下的这种气体通过一对文丘里垫圈。 一个垫圈的输出侧直接连接到系统输出端的液滴分离器。 其他文丘里垫圈的出口通过驱动发电机的涡轮连接,并且其输出侧依次连接到液滴分离器。 至少直接连接到液滴分离器的洗衣机的控制体是可调节的,以便在堆积气体到达的高炉的系统中保持恒定的背压。 连接到涡轮机的文丘里垫圈设置为通过至少四倍于其他文丘里垫圈的气体,使得大部分气体通过涡轮机,经受压降,其转化为驱动 涡轮发电。
    • 56. 发明授权
    • Combined wet scrubber-clarifier unit
    • 组合湿式洗涤器 - 净化器单元
    • US3918940A
    • 1975-11-11
    • US43944074
    • 1974-02-04
    • WESTLAKE ROBERT ATHIELE FREDERICK W
    • WESTLAKE ROBERT ATHIELE FREDERICK W
    • B01D47/10B01D47/06
    • B01D47/10Y10S261/54
    • A combined scrubber-clarifier unit is disclosed adapted to remove particulate solids from a gas stream, the unit having improved scrubbing capability. The unit is designed to reduce the tendency of deposits of particulate solids to build up on interior surfaces of the scrubber unit tending to plug the unit. The wet scrubber is mounted atop a sealed sludge-clarification tank, the tank being large enough to provide a retention time of about 30 minutes for the slurry. The scrubber unit is one wherein the particulate-laden gas stream is directed through a venturi and directly impinged against the water held in the sealed sludge-clarification tank. The scrubber unit has a central, hollow chamber therein through which the gases exit from the scrubber unit after passage through the water in the tank. Mounted in the upper portion of the central chamber is a demister unit comprised of numerous slanted vanes which impart a swirling motion to moisture-laden gas passing therethrough to centrifugally separate the water and residual particulate solids from the gas on passage through the vanes. The water and particulate solids separated by the de-mister are collected and returned to the clarifying tank by a sump and drain pipes. Plugging of the drain pipes and build-up of particulate solids on the vanes of the de-mister unit are prevented by direct spraying of water adjacent the openings leading to the drains and against the vane surfaces at all times. The level of the water in the sludge clarification tank is maintained substantially constant by control means to assure optimum scrubbing capability.
    • 公开了一种组合洗涤器 - 澄清器单元,其适于从气流中除去颗粒固体,该单元具有改善的洗涤能力。 该设备旨在减少颗粒固体堆积在洗涤器单元的内表面上倾向于堵塞设备的倾向。 湿式洗涤器安装在密封的污泥澄清池顶上,罐体足够大,为浆料提供约30分钟的保留时间。 洗涤器单元是其中载有颗粒的气体流通过文丘里管并直接冲击保持在密封的污泥澄清罐中的水的洗涤器单元。 洗涤器单元具有中央的中空室,气体在通过罐中的水之后通过该中空室离开洗涤器单元。 安装在中央室的上部的是一个除雾器单元,其包括许多倾斜的叶片,其对穿过其中的含湿气体进行旋转运动,以便通过叶片离心分离水和剩余的颗粒状固体与气体。 收集由分离器分离的水和颗粒固体,并通过集水槽和排水管返回到澄清池。 排水管堵塞和颗粒固体积聚在除尘器单元的叶片上通过直接喷洒通向排水沟的开口和始终靠在叶片表面上的水来防止。 污泥澄清池中的水位通过控制装置保持基本恒定,以确保最佳的洗涤能力。
    • 57. 发明授权
    • Method and apparatus for air pollution control combined with safe recovery and control of gases from a bottom-blown steel converter vessel
    • 用于空气污染控制的方法和装置,以及来自底吹钢转炉船的气体的安全回收和控制
    • US3908969A
    • 1975-09-30
    • US34030273
    • 1973-03-12
    • PENNSYLVANIA ENGINEERING CORP
    • BAUM KURTBAUM JOERG PETERPEARCE JAI KUMARSCHROEDER DAVID LEE
    • B01D47/10B01D53/34C21C5/40
    • C21C5/40B01D47/10B01D53/34Y02P10/283
    • A gas collector hood is located close to the mouth of a converter vessel and has a diameter which is not much greater than the mouth of the vessel. A mixture of oxygen together with entrained powered materials based on process requirements and a hydrocarbon fluid as cooling agent are blown through tuyeres in the bottom of the vessel and diffuse through the hot metal in the vessel. The inherently finer dust produced from the bottom-blown oxygen process requires that for proper air pollution control a non-combustion system be used to take advantage of the increased agglomerating properties of iron oxides when produced in reducing atmospheres. When blowing is initiated in this process carbon monoxide and hydrogen evolve immediately and in order to render the gases inert, air is aspirated into the gas collector hood so that an inert gas plug is formed which purges the exhaust system of combustion air. A short time after blowing is initiated, the hood is brought down to proximity with the vessel in which case only a small percentage of the theoretically required air for combustion is aspirated. Nitrogen is injected as required into the hood in addition to air aspirated to artifically create inertization to turn down a heat at high carbon levels, for emergency vessel turn down, and for special heats. Near the end of a normal low carbon heat, air is again aspirated into the hood so that an inert gas plug is formed for safe turn down of the converter. Control of the system is achieved through high response sensors based on a gas analysis system independent of the components and products of combustion in the gas phase, operated together with automatic suction control incorporated as part of the gas cleaning system.
    • 气体收集器罩位于转换器容器的嘴部附近,并且具有不大于容器口部的直径。 基于工艺要求的氧气与夹带的动力材料和作为冷却剂的烃流体的混合物通过容器底部的风嘴吹入并扩散通过容器中的热金属。 从底吹氧气过程产生的固有更细的粉尘要求,为了适当的空气污染控制,使用非燃烧系统来利用当在还原气氛中生产时氧化铁的增加的附聚特性。 当在该过程中开始吹入时,一氧化碳和氢气立即放出,为了使气体惰性,空气被吸入气体收集器罩中,从而形成惰性气体塞,其清除燃烧空气的排气系统。 开始吹制后的短时间内,将发动机罩下降到容器附近,在这种情况下,只有少部分理论要求的燃烧空气被吸入。 除了吸入的空气之外,根据需要将氮气注入罩中,以产生惰性化,以降低高碳水平的热量,紧急船只倒塌以及特殊加热。 接近正常的低碳热的结束时,空气再次被吸入发动机罩中,从而形成惰性气体塞,用于转换器的安全转向。 系统的控制是通过基于气体分析系统的高响应传感器实现的,独立于气相中的燃烧成分和产物,与作为气体清洁系统一部分的自动抽吸控制一起运行。
    • 59. 发明授权
    • Gas-purification system for steel-making plant
    • 炼钢厂气体净化系统
    • US3844745A
    • 1974-10-29
    • US38660973
    • 1973-08-08
    • BISCHOFF GASREINIGUNG
    • HAUSBERG GHEGEMANN K
    • C21C5/38B01D47/06B01D47/10C21C5/40F27D17/00
    • B01D47/10B01D47/06C21C5/40Y02P10/265Y02P10/283Y10S261/54
    • Ducts serving for the exhaustion of dust-laden waste gases from a converter and from ancillary equipment lead to two scrubbing stations whence the purified gases escape through respective chimneys. The effluent from the main scrubbing station, serving the converter, is cleansed in a settling tank for recirculation to both scrubbing stations; the effluent from the secondary scrubbing station is fed to a preliminary stage of the main station through which it also returns to the settling tank. An annular cowl for the interception of peripherally escaping converter gases is connected to a duct normally communicating with the secondary scrubbing station; during charging of the converter, however, this duct is switched to the main scrubbing station which is then not traversed by converter gases.
    • 用于从转换器和辅助设备中耗尽灰尘的废气的管道导致两个洗涤站,净化气体通过相应的烟囱排出。 来自主洗涤站的用于转化器的流出物在沉淀池中被清洁,用于再循环到两个洗涤站; 来自二次洗涤站的流出物被供给到主站的初级阶段,通过它也返回到沉淀池。 用于拦截外围逸出的转换器气体的环形罩被连接到通常与次级洗涤站通信的管道; 然而,在转换器充电期间,该管道切换到主洗涤站,然后主洗涤站不被转换器气体穿过。
    • 60. 发明授权
    • Air cleaning device
    • 空气清洁装置
    • US3812656A
    • 1974-05-28
    • US28228872
    • 1972-08-21
    • BARNHART J
    • BARNHART J
    • B01D47/10B01D47/06B01D47/16
    • B01D47/10Y10S261/54
    • The air cleaning device described herein uses the well known cleaning ability of a ''''venturi'''' scrubber arranged in a configuration which will allow efficient cleaning of dirt laden air at significantly lower horsepowers than other devices currently in use. The apparatus incorporates a venturi nozzle section for accelerating the air into the necessary high velocity component to break up the water droplets for adequate collection of sub-micron particles. By incorporating an efficient regain section on the downstream side of the nozzle and running this regain section directly into the inlet of an unhoused centrifugal backwardly inclined fan, we are able to fully utilize the velocity already generated and the energy contained within that high velocity air to create an integral venturi fan combination which will operate at significantly lower horsepowers than other devices using separate components. Other aspects of the device include a ''''Y'''' separator which removes a large percentage of the water from the water air mixture in the nozzle to further reduce the horsepower consumed in the fan wheel. The clean air passing through the fan wheel is then discharged into an enclosure which acts as a supporting structure for the entire device. This enclosure offers additional separation of the water mist from the air through possible centrifugal action of the fan wheel within the enclosure. The device then is able to collect air-borne matter using water or other liquids as the collecting media and is able to separate these such that the clean air is discharged for re-use, while the dirt laden water is processed through conventional means for final removal of the original airborne matter.
    • 这里描述的空气净化装置使用布置成配置的“文丘里管”洗涤器的众所周知的清洁能力,这将使得与目前使用的其它装置相比,能够显着降低马力的灰尘的空载。 该装置包括文丘里喷嘴部分,用于将空气加速到必要的高速部件中以分解水滴以适当收集亚微米颗粒。 通过在喷嘴的下游侧并入有效的回流部分,将该回流部分直接运入未离子的后向倾斜风扇的入口,我们能够充分利用已经产生的速度和高速空气中所含的能量 创建一个完整的文氏管风扇组合,与其他使用单独组件的设备相比,其功率将显着降低。 该装置的其它方面包括一个“Y”分离器,其从喷嘴中的水空气混合物中除去大部分的水,以进一步降低在风扇轮中消耗的马力。 然后通过风扇叶轮的清洁空气被排放到用作整个装置的支撑结构的外壳中。 该外壳通过外壳内风扇轮的可能的离心作用,可以进一步分离水雾与空气。 然后,该装置能够使用水或其它液体作为收集介质来收集空气传播物质,并且能够分离这些空气,使得清洁空气被排出以供重新使用,同时通过常规方式对含污垢的水进行处理 去除原有的空气中的物质。