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    • 1. 发明申请
    • Ultrasonic counter-current screw extractor for uranium recovery
    • 超声波逆流螺旋提取器,用于铀回收
    • US20060088457A1
    • 2006-04-27
    • US10883073
    • 2004-07-01
    • Richard Kimura
    • Richard Kimura
    • C01G56/00
    • C01G43/00B01D11/0226B01D11/0261B01D11/0276B01D11/0284B01F7/00391B01F7/021C22B3/065C22B3/22C22B7/007C22B7/02C22B60/0239C22B60/026G21F9/30Y02P10/234
    • An apparatus and method to remove uranium from a body of material wherein the method includes the steps of depositing the body of solid material in an ultrasonic extractor and depositing an amount of acid in the ultrasonic extractor. The method also provides for the steps of heating a jacket of the ultrasonic extractor, transporting the body of solid material in the ultrasonic extractor and the amount of acid such that the body of solid material and the acid contact each other inside the heated ultrasonic extractor while the ultrasonic extractor provides ultrasonic energy to both the body of solid material and the amount of acid, wherein the amount of acid strips uranium from the body of solid material. The method further provides for collecting the amount of acid and the body of solid material in the ultrasonic extractor in different positions, transporting the amount of acid with the stripped uranium to an extraction mixer settler, and settling uranium product from the extraction mixer settler.
    • 一种从材料体中除去铀的装置和方法,其中所述方法包括以下步骤:将固体物质沉积在超声提取器中并在所述超声提取器中沉积一定量的酸。 该方法还提供了加热超声波提取器的护套,在超声波提取器中输送固体材料的体积和酸的量的步骤,使得固体材料和酸的本体在加热的超声波提取器内部彼此接触,同时 超声波提取器为固体物质和酸的量提供超声能量,其中酸性条带从固体材料的本体中排出铀。 该方法进一步提供了在不同位置收集超声提取器中的固体物质的酸和体积的量,将带有汽提铀的酸的量输送到萃取混合器沉淀器,以及从萃取混合器沉降器沉淀铀产物。
    • 2. 发明授权
    • Method of batch centrifugal removal of residual liquid waste from
recyclable container material
    • 从可回收的容器材料中分批离心去除残留液体废物的方法
    • US5217628A
    • 1993-06-08
    • US703007
    • 1991-05-20
    • Lynn C. Lundquist
    • Lynn C. Lundquist
    • B01D11/02B01D33/11B09B3/00
    • B09B3/0058B01D11/0276B01D33/11
    • The present invention is a method for using a batch centrifuge to separate the granulated material of a container from whatever liquid residue remains within the container. Though this technology is suitable for many diverse applications, a primary objective is the separation of the recyclable plastic of a motor oil container from the remaining reusable motor oil within the container after the container has ostensibly been emptied. The apparatus may be utilized as a compact, free-standing size reduction and reclaiming device at the location where the container is used. It uses neither a solvent nor a wash process and reclaims the oil in a suitable state for reprocessing. In a second method, a rinsing mechanism is employed by which a residual liquid waste, such as soap, may be concentrated and separated without introducing this residual liquid waste in dilute form into the waste water treatment process. A further method provides for the re-orientation of the granulated material so that complete removal of the liquid waste is achieved during the centrifugal process.
    • 本发明是使用分批离心机将容器的造粒材料与残留在容器内的任何液体残余物分开的方法。 虽然该技术适用于多种应用,但主要目的是将容器表面上排空后的机油容器的可回收塑料与容器内剩余的可重复使用的机油分开。 该装置可以在使用容器的位置用作紧凑的,独立的尺寸减小和回收装置。 它既不使用溶剂也不使用洗涤方法,并且以适当的状态回收油以用于后处理。 在第二种方法中,使用漂洗机构,通过该清洗机构可以将残留的液体废物如肥皂集中和分离,而不将残余的稀释液体废物引入废水处理过程。 另一种方法提供了造粒材料的重新取向,使得在离心过程中完全消除了废液。
    • 4. 发明授权
    • Apparatus for contacting fused solid materials with solid, liquid or
gaseous materials
    • 将固体,液体或气体材料与熔融固体材料接触的装置
    • US4127388A
    • 1978-11-28
    • US713498
    • 1976-08-11
    • Gabor MaczkoDezso TobiasLaszlo BozzayMiklos TakacsRudolf Kovesdi
    • Gabor MaczkoDezso TobiasLaszlo BozzayMiklos TakacsRudolf Kovesdi
    • B01J2/12B01D11/02B01J8/10
    • B01J8/10B01D11/0276B01J2219/182B01J2219/1946
    • Apparatus for contacting fused solid materials with solid, liquid or gaseous materials, comprising a rotary drum, longitudinal baffles along the inner drum wall inside the apparatus, coaxial consoles being joined in a liquid- and gas-tight manner to faceplates of the drum, for lodging feeding and removing mechanisms. It is a major feature of the invention that a diverter baffle system is mounted from the consoles throughout the interior length of the drum. Two preferred embodiments are described: one for formulating plant protecting agents, wherein the baffle system includes a row of diverting baffles that can be pivoted inside the drum. The other preferred embodiment is suitable for extracting vegetable materials, and here the baffle system is constituted by a stationary drum having a slanting lapping formed therein, similarly pivotable diverting baffles being arranged along the lapping. Various additional and some optional structural features are disclosed for both apparatus embodiments.
    • 用于将熔融固体材料与固体,液体或气体材料接触的装置,包括旋转鼓,沿设备内部的内鼓壁的纵向挡板,以液体和气密方式连接到滚筒的面板的同轴控制台,用于 倒伏喂养机制。 本发明的主要特征在于,转向挡板系统通过滚筒的整个内部长度从控制台安装。 描述了两个优选的实施方案:一个用于配制植物保护剂,其中挡板系统包括一排可在滚筒内枢转的转向挡板。 另一个优选实施例适用于提取植物材料,并且这里挡板系统由其中形成有倾斜研磨的固定滚筒构成,类似地可沿着研磨布置的可枢转的转向挡板。 对于两个设备实施例公开了各种附加的和一些可选的结构特征。