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    • 4. 发明授权
    • Advanced vitrification system
    • 先进的玻璃化系统
    • US06211424B1
    • 2001-04-03
    • US09350194
    • 1999-07-09
    • James R. PowellMorris Reich
    • James R. PowellMorris Reich
    • G21F900
    • G21F9/305C03B5/005C03B19/09Y02P40/52Y02P40/57
    • The AVS invention provides for an apparatus and process for its practice involving the vitrification of waste materials, such as nuclear waste, inside a disposable canister. The preferred embodiment of the process includes a canister having outer and inner containers with thermal insulation therebetween. Solid frit sections are placed inside the inner container to create one or more regions for receiving waste. The waste is then loaded into the regions. The inner canister is heated to melt the frit and waste and mix them once molten. The melted mixture is then cooled to form a vitrified product in the module. In an alternative process, chunks of frit are mixed with waste and loaded into the empty canister. The mixture is then melted and cooled inside the disposal canister.
    • AVS发明提供了一种用于其实践的设备和方法,其涉及在一次性罐内的废物材料(例如核废料)的玻璃化。 该方法的优选实施方案包括具有在其间具有热绝缘性的外容器和内容器的罐。 固体玻璃料部分放置在内部容器内部以形成用于接收废物的一个或多个区域。 然后将废物装入该区域。 将内罐加热熔化玻璃料并将其废弃并一次熔融混合。 然后将熔融的混合物冷却以在模块中形成玻璃化产品。 在一个替代过程中,大块块玻璃料与废物混合并装入空罐中。 然后将混合物在处理罐内熔化并冷却。
    • 5. 发明授权
    • Cesium and strontium capsule disposal package
    • 铯和锶胶囊处理包装
    • US07368091B2
    • 2008-05-06
    • US10250097
    • 2003-06-03
    • Bernard ManowitzMorris ReichJames R. PowellLouis Ventre, Jr.
    • Bernard ManowitzMorris ReichJames R. PowellLouis Ventre, Jr.
    • B32B9/04
    • G21F5/005G21Y2002/301G21Y2002/304G21Y2002/60G21Y2004/30Y10S588/90
    • A package and process of using the package for disposal of radioactive cesium and strontium waste capsules. The package comprises a standard Hanford vitrified high-level waste canister as an outer container, which is approximately filled with three components: the first is a monolithic material with a defined cavity having a composite density less than about 3.5 grams per cubic centimeter and a melting temperature above that expected within the disposal package; the second is a frame for limiting relative movement of the capsules; and, the third are components forming an uninterrupted physical contact, thermal conduction pathway from the waste container to the outside of the package. The package includes lids for closing the disposal package. In the method of the invention, the capsules are loaded into position within the monolithic material, encased in thermally conducting material, and then lids are added to close the package.
    • 使用包装处理放射性铯和锶废胶囊的包装和工艺。 该包装包括标准的Hanford玻璃化高级废物罐作为外部容器,其大致填充有三个部件:第一个是具有限定的空腔的整体材料,其复合密度小于约3.5克/立方厘米,熔化 温度高于预期的处置包装; 第二个是用于限制胶囊的相对运动的框架; 第三个是形成从废物容器到包装外部的不间断物理接触,热传导路径的部件。 包装包括用于关闭处理包装的盖子。 在本发明的方法中,将胶囊装入整体材料内的位置,包裹在导热材料中,然后加盖盖以封闭包装。
    • 6. 发明授权
    • AVS melting process
    • AVS熔化工艺
    • US06558308B2
    • 2003-05-06
    • US10063460
    • 2002-04-25
    • James R. PowellMorris Reich
    • James R. PowellMorris Reich
    • A62D300
    • G21F9/305B09B3/0075C03B5/005C03B5/021C03B5/08G21F9/308Y02P40/52
    • The Advanced Vitrification System (AVS) Melting Process is a process for vitrification of waste in a disposable canister. In the process, waste is dropped into the disposable canister from the top. While the waste is being dropped into the disposable canister, radiant energy is added to the space above the waste in the canister, such that the temperature of the gaseous atmosphere above the waste is higher than the melting point of the waste. Since only the space above the waste in the canister is heated, the temperature of the melt decreases with increasing depth of the waste in the canister. The decreasing temperature permits a small surface melt volume to be maintained and solidified product to form with increasing depth. The process continues until the disposable canister is filled, then all heating is stopped and the disposable canister allowed to cool to ambient temperature.
    • 先进的玻璃化系统(AVS)熔化过程是一次性罐中废物玻璃化的过程。 在此过程中,垃圾从顶部落入一次性罐中。 当废物被丢弃到一次性罐中时,辐射能量被添加到罐中的废物上方的空间中,使得废物上方的气态气体的温度高于废物的熔点。 由于只有罐中的废物上方的空间被加热,熔体的温度随着罐中废物的深度的增加而减小。 降低的温度允许保持小的表面熔融体积并且随着深度增加而形成固化的产品。 该过程一直持续到一次性罐被填充,然后停止所有加热并且一次性罐被允许冷却至环境温度。
    • 7. 发明授权
    • Vitrification of waste with conitnuous filling and sequential melting
    • 具有饱和填充和顺序熔化的废物玻璃化
    • US06283908B1
    • 2001-09-04
    • US09564774
    • 2000-05-04
    • James R. PowellMorris Reich
    • James R. PowellMorris Reich
    • B09B300
    • C03B5/021C03B5/005C03B5/06G21F9/305Y02P40/52
    • A method of filling a canister with vitrified waste starting with a waste, such as high-level radioactive waste, that is cooler than its melting point. Waste is added incrementally to a canister forming a column of waste capable of being separated into an upper zone and a lower zone. The minimum height of the column is defined such that the waste in the lower zone can be dried and melted while maintaining the waste in the upper zone below its melting point. The maximum height of the column is such that the upper zone remains porous enough to permit evolved gases from the lower zone to flow through the upper zone and out of the canister. Heat is applied to the waste in the lower zone to first dry then to raise and maintain its temperature to a target temperature above the melting point of the waste. Then the heat is applied to a new lower zone above the melted waste and the process of adding, drying and melting the waste continues upward in the canister until the entire canister is filled and the entire contents are melted and maintained at the target temperature for the desired period. Cooling of the melted waste takes place incrementally from the bottom of the canister to the top, or across the entire canister surface area, forming a vitrified product.
    • 一种用玻璃化废弃物填充罐的方法,其以比其熔点更冷的废物(例如高放射性废物)开始。 废弃物逐渐加入到形成能够分离成上部区域和下部区域的废弃物塔的罐中。 定义柱的最小高度,使得下部区域中的废物可以被干燥和熔化,同时将上部区域中的废物保持在其熔点以下。 柱的最大高度使得上部区域保持足够多孔,以允许来自下部区域的放出的气体流过上部区域并且流出罐。 将热量施加到下部区域中的废物中以首先干燥,以将其温度升高至高于废物熔点的目标温度。 然后将热量施加到熔融废物上方的新的下部区域,并且在罐中向上加入,干燥和熔化废物的过程继续向上,直到整个罐被填充,并且将整个内容物熔化并保持在目标温度 期望期 熔化的废物的冷却从罐的底部到顶部或整个罐表面区域逐渐发生,形成玻璃化产品。
    • 9. 发明授权
    • Advanced vitrification system pyrographite
    • 先进的玻璃化系统热像仪
    • US06479021B2
    • 2002-11-12
    • US09733526
    • 2000-12-11
    • James R. PowellMorris Reich
    • James R. PowellMorris Reich
    • B32B2704
    • G21F9/305C03B5/005C03B19/09Y02P40/52Y02P40/57
    • A device for improving waste vitrification in a disposable canister, the process for using the device, and the process for making the device. The disposable canister, also known as a module, has outer and inner containers with thermal insulation therebetween. The device includes an inner container of graphite having a layer of pyrographite on its external wall. The outer container is typically made of stainless steel. The inner container is heated, typically by induction, to melt the frit and waste. The melted mixture is then cooled to form a vitrified product in the module. The fabrication of the pyrographite coating on the inner container involves heating the container to about 1500 degrees centigrade in a methane atmosphere, then cooling the container to ambient temperature.
    • 一种用于改善一次性罐中的废玻璃化的装置,使用该装置的方法以及用于制造该装置的方法。 一次性罐也称为模块,具有在其间具有热绝缘性的外部和内部容器。 该装置包括在其外壁上具有热像仪层的石墨内容器。 外容器通常由不锈钢制成。 通常通过感应加热内部容器以熔化玻璃料并浪费。 然后将熔融的混合物冷却以在模块中形成玻璃化产品。 在内容器上制造热解层包括将容器在甲烷气氛中加热至约1500摄氏度,然后将容器冷却至环境温度。