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    • 83. 发明授权
    • Method and apparatus for eliminating volatiles or airborne entrainments
when vitrifying radioactive and/or hazardous waste
    • 当放射性和/或危险废物玻璃化时消除挥发物或空气夹带的方法和装置
    • US5678236A
    • 1997-10-14
    • US589252
    • 1996-01-23
    • Pedro B. MacedoIan L. PeggHamid HojajiRobert K. MohrMarek Brandys
    • Pedro B. MacedoIan L. PeggHamid HojajiRobert K. MohrMarek Brandys
    • G21F9/16B09B3/00B09B5/00C03B5/00G21F9/36G21F9/00C03B5/16
    • B09B3/0066C03B5/005
    • In this invention radioactive or hazardous containing materials are vitrified in a melter having two or more chambers. Glass feed materials are added to the primary chamber of the melter and they are heated to a molten glass which is then transported to one or more secondary chambers where hazardous and/or radioactive containing materials are added and are encapsulated and/or melted. In addition, the non-plutonium part of a glass feed can be melted in a non-radioactive environment which permits contact operations and maintenance; no radioactive shielding; and a conventional off gas system-similar to commercial vitrification plants. The hot molten "clean" glass is directed into a radioactive containment such as a "glove box"; shielded "glove box"; or hot cell, or a combination of these. By delivering hot "clean" glass from a melter including non-radioactive materials, 90% of the off gases will be non-radioactive. Thereby only minimum heating is needed in the radioactive containment resulting in very significant reductions in size of the maintenance requirements for the radioactive portion of the process. In the radioactive portion, the glove box will include means for adding plutonium feed. The glass melt will be homogenized with the plutonium feed, optionally by additional stirring. Once the plutonium glass is sufficiently homogeneous, it can be cooled in the container in the glove box or the container becomes a disposal container for the glass. If the melt chamber is different than the container, the melt is discharged to a separate container, all within the glove box, for subsequent disposal.
    • 在本发明中,在具有两个或更多个室的熔化器中将放射性或有害物质玻璃化。 将玻璃进料添加到熔化器的主室中,并将其加热到熔融玻璃中,然后将其输送到一个或多个二级室,其中添加有危险和/或放射性的材料并被包封和/或熔化。 此外,可以在允许接触操作和维护的非放射性环境中熔化玻璃进料的非钚部分; 无放射性屏蔽; 和常规的废气系统 - 类似于商业玻璃化装置。 热熔融的“干净”玻璃被引导到诸如“手套箱”的放射性容纳物; 屏蔽“手套箱”; 或热电池,或这些的组合。 通过从包括非放射性物质的胶机提供热的“干净”玻璃,90%的废气将是非放射性的。 因此,在放射性容纳物中仅需要最小的加热,导致该方法的放射性部分的维护要求的大小的非常显着的减小。 在放射性部分,手套箱将包括用于添加钚饲料的装置。 玻璃熔体将用钚进料均化,任选地通过另外搅拌。 一旦钚玻璃足够均匀,就可以在手套箱中的容器中冷却,或者容器成为玻璃的处理容器。 如果熔体室与容器不同,则将熔体排放到单独的容器中,全部在手套箱内,以便后续处理。
    • 88. 发明授权
    • Method of treating rubbish or waste and improved press for implementing
it
    • 处理垃圾或废物的方法和改进的压力机来实施
    • US5400726A
    • 1995-03-28
    • US75456
    • 1993-06-18
    • Pierre Dumons
    • Pierre Dumons
    • B09B3/00B03B9/06B09B5/00B30B9/06F23G5/00
    • F23G5/02B03B9/06B30B9/067F23G2201/20F23G2201/603F23G2900/50208F23G2900/50214
    • A method for treating waste involves (a) compressing the waste at a pressure of over 800 bars under conditions resulting in separation of the wet fermentable fraction and the solid combustible fraction; (b) exploiting each of these two fractions separately by means of, for the fermentable fraction, specific treatment to take advantage of its biomass nature and, for the combustible fraction, burning to produce energy. The method allows the waste to be exploited with high profitability. The invention also describes an improved press for compression in two successive phases: a precompression phase up to an intermediate pressure (200 to 300 bars) and final compression up to a final pressure of over 800 bars.
    • PCT No.PCT / FR91 / 01016 Sec。 371日期:1993年6月18日 102(e)1993年6月18日PCT 1993年11月8日PCT PCT。 第WO92 / 11132号公报 日本1992年7月9日。废弃物处理方法包括:(a)在导致湿发酵部分和固体可燃组分分离的条件下,在超过800巴的压力下压缩废物; (b)通过分别利用可发酵级分的特定处理来利用这两个级分中的每一种,以利用其生物质性质,并且对于可燃部分,燃烧产生能量。 该方法允许以高利润率利用废物。 本发明还描述了一种用于两个连续相中的压缩的改进的压制机:预压缩阶段,直到中间压力(200-300巴),最终压缩直到最终压力超过800巴。