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    • 94. 发明授权
    • Centrifugal apparatus for biological waste disposal
    • 用于生物废物处理的离心机
    • US5601712A
    • 1997-02-11
    • US468368
    • 1995-06-06
    • Mathew J. AdamsKenneth R. LamasterDavid B. MennelJeffrey C. RappLewis I. SchwartzNorman L. SiegelJoseph H. Wilson
    • Mathew J. AdamsKenneth R. LamasterDavid B. MennelJeffrey C. RappLewis I. SchwartzNorman L. SiegelJoseph H. Wilson
    • A61L11/00B01D21/26B01D33/06B01D33/067B01D33/58B01D33/80B09B5/00
    • B01D33/067B01D21/262B01D2201/088B01D2201/287B01D2221/08
    • A method and apparatus are provided for removing liquids from biological waste by the employment of centrifugal force to separate the liquid from the biological waste particulate and into a container separate from a biological waste container, permitting the dried biological waste and removed liquid to be separately and conveniently disposed of. Preferably, a rotatable drum can be rotatably supported within an outer liquid-tight drum, and a disposable porous container, such as a bag made of porous material, can be placed within the rotatable foraminous drum. Biological waste can be placed within the porous, disposable container within the rotatable drum, and the rotatable drum can be rotated at a rate of rotation sufficient to substantially transfer unabsorbed liquid from the biological waste through the disposable porous container and the openings in the foraminous inner drum to the outer liquid-tight collection drum. Solid biological waste may then be disposed of by removing the disposable porous container from the rotatable drum with the solid biological waste therein, avoiding by closure of disposable porous container, exposure of handling personnel to the solid biological waste. The collected liquids may be separately disposed of by pumping them into a sanitary sewer. If it is desired, additional liquid, such as a microbial decontaminating agent, may be added within the porous disposable bag as it is being rotated.
    • 提供了一种方法和装置,其通过使用离心力将液体从生物废物颗粒中分离出来并与生物废物容器分离的容器中,从而将生物废物中的液体除去,从而允许干燥的生物废物和除去的液体分开, 方便处理。 优选地,可旋转滚筒可以可旋转地支撑在外部液密鼓中,并且诸如由多孔材料制成的袋的一次性多孔容器可以放置在可旋转的多孔滚筒内。 生物废物可以放置在可旋转的滚筒内的多孔的一次性容器内,并且可旋转的滚筒可以以足以基本上将未吸收的液体从生物废物通过一次性多孔容器和多孔内部的开口转移的速度旋转 鼓到外部液密收集鼓。 然后可以通过从其中具有固体生物废物的可旋转滚筒中取出一次性多孔容器,从而避免通过封闭一次性多孔容器,将处理人员暴露于固体生物废物来处理固体生物废弃物。 收集的液体可以通过将它们泵入卫生下水道而分开处理。 如果需要,可以在多孔一次性袋中旋转附加液体,例如微生物净化剂。
    • 95. 发明授权
    • Method for dealing with mercury-containing waste
    • 处理含汞废物的方法
    • US5567223A
    • 1996-10-22
    • US332742
    • 1994-11-01
    • Per-Olov LindgrenKarin PaulssonAnna Svedberg
    • Per-Olov LindgrenKarin PaulssonAnna Svedberg
    • B09B3/00A62D3/33A62D101/43B09B5/00H01M6/52H01M10/54C22B43/00
    • A62D3/33H01M6/52A62D2101/43A62D2203/10Y02W30/84
    • A method for dealing with mercury-containing waste including button-type batteries, wherein the waste is heated in a furnace while being agitated and in the presence of elementary selenium vapour in an amount sufficient to form mercury-selenide from essentially all the mercury contained by the waste. The waste is heated to a temperature at which mercury and selenium will be present in a gaseous state and at which solid mercury-selenide will not form, and a partial pressure of oxygen is maintained at a sufficiently low level to avoid oxidation of the selenium. The thus treated mercury-freed waste is extracted from the resultant process gas and from any other solid material that may be present and is either dumped or worked-up metallurgically. After the waste has been extracted from the process gas, the process gas is cooled to extract therefrom solid, stable mercury-selenide dust suitable for dumping, whereafter the gas is passed through a filter with the intention of extracting any gaseous mercury that may remain in the gas, whereafter the thus cleansed gas is released into the atmosphere. The invention also relates to a plant for treating mercury-containing waste.
    • 一种用于处理包含纽扣型电池的含汞废物的方法,其中废物在搅拌下在炉中加热,并且在基本硒蒸气存在下,其量足以从基本上由所有汞包含的汞形成汞硒 浪费 将废物加热到气体状态下汞和硒将存在的温度,并且在该温度下不会形成固体的硒化汞,并且将氧分压保持在足够低的水平以避免硒的氧化。 从处理过的气体和可能存在的任何其他固体材料中提取经过处理的不含汞的废物,并将其倾倒或冶金处理。 在从工艺气体中提取废物之后,将工艺气体冷却以从其中提取适合倾倒的固体稳定的硒化汞粉尘,然后气体通过过滤器,目的是提取可能保留在其中的任何气态汞 气体,此后将这样清洁的气体释放到大气中。 本发明还涉及一种用于处理含汞废物的设备。
    • 100. 发明授权
    • Process and system for the on-site remediation of lead-contaminated soil
and waste battery casings
    • 铅污染土壤和废电池外壳的现场修复流程和系统
    • US5439498A
    • 1995-08-08
    • US149343
    • 1993-11-09
    • John A. BitlerJohn P. Baranski
    • John A. BitlerJohn P. Baranski
    • B09B3/00A62D3/00A62D3/19A62D3/37A62D3/40A62D101/24A62D101/43B09B5/00B09C1/06C03B5/00C03B5/02C03C1/00C10B53/00C22B4/00C22B4/04C22B7/00C22B13/02H01M10/54
    • C03B5/005A62D3/19A62D3/40B09C1/065B09C1/067C03B5/025C03C1/002C10B53/00C22B13/025C22B4/005C22B7/001C22B7/003H01M10/54A62D2101/24A62D2101/43A62D2203/10Y02P10/214Y02P40/58Y02W30/84
    • A mobile system for the remediation of a mixture of lead-contaminated soil and waste lead-acid battery casings includes a plasma arc furnace unit having a plasma arc torch which operates at a sufficiently elevated temperature to (i) convert the battery casings in the mixture into a combustible gas, (ii) volatilize lead contaminants which are present in the mixture and entrain the volatilized lead contaminants as a vapor in the combustible gas, and (iii) vitrify the soil, whereby lead contaminants that were present in the mixture are substantially removed therefrom. An internal combustion engine-driven generator supplies the plasma arc furnace with electrical power. In this regard, the internal combustion engine-driven generator receives the combustible gas from the plasma arc furnace as a fuel source in order to drive the generator. A lead-filtration unit is preferably interposed between the generator and the plasma arc furnace so as to receive the combustible gas generated by the plasma arc furnace and remove the entrained lead contaminants therefrom. A supply of secondary fuel gas (e.g., liquified petroleum gas, natural gas or the like) may optionally be supplied to the internal combustion engine-driven generator as a supplemental fuel together with the combustible gas generated by the plasma arc furnace. The various nit operations may be mounted for mobility (e.g., on truck beds, rail cars or the like) to permit transportation to a landfill in need of remediation.
    • 用于修复铅污染土壤和废铅酸蓄电池壳体的混合物的移动系统包括具有等离子弧焊炬的等离子体电弧炉单元,其在足够高的温度下操作以(i)将混合物中的电池壳体 (ii)使存在于混合物中的铅污染物挥发,并将挥发的铅污染物作为可燃气体中的蒸气夹带,和(iii)使土壤玻璃化,由此混合物中存在的铅污染物基本上 从中移除。 内燃机驱动的发电机为等离子弧炉提供电力。 在这方面,内燃机驱动的发电机接收来自等离子体电弧炉的可燃气体作为燃料源,以驱动发电机。 优选地,在发电机和等离子体电弧炉之间插入铅过滤单元,以便接收由等离子体电弧炉产生的可燃气体并从中除去夹带的铅污染物。 二次燃料气体(例如液化石油气,天然气等)的供应可以任选地作为补充燃料与由等离子体电弧炉产生的可燃气体一起供应到内燃机驱动的发电机。 各种操作可以安装用于移动性(例如,在卡车床,轨道车辆等上),以允许运输到需要补救的垃圾填埋场。