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    • 51. 发明申请
    • In-situ process for detoxifying hexavalent chromium in soil and groundwater
    • 在土壤和地下水中排除六价铬的原位过程
    • US20030073877A1
    • 2003-04-17
    • US10235984
    • 2002-09-05
    • Gannett Fleming, Inc.
    • Chen-Yu Yen
    • A62D003/00
    • B09C1/08B09C1/002B09C1/10C02F1/70C02F2101/22C02F2103/007C02F2103/06
    • Inexpensive, highly effective methods for the in-situ reduction of hexavalent chromium to the non-toxic trivalent oxidation state in soil and groundwater containing hexavalent chromium are provided, which may reduce hexavalent chromium concentration in soil to as low as 5 mg/L. The methods involve sampling soil comprising hexavalent chromium to determine a reaction amount of a reducing agent, providing a frame on a top surface of the soil, wetting the soil, spreading a reducing agent on the top surface of the soil, and flushing the soil with water to dissolve the reducing agent. The reducing agent may be a chemical agent, a biological agent, or a combination of chemical and biological agents. The biological reducing agents may include sludge from wastewater, return activated sludge, waste activated sludge, leachate from landfill or from composting operations, or compost material from municipal wastewater, industrial wastewater, or solid waste operations.
    • 提供了廉价,高效的方法,将六价铬原位还原成含有六价铬的土壤和地下水中的无毒三价氧化态,可将土壤中的六价铬浓度降低至5 mg / L。 该方法包括对包含六价铬的土壤进行取样以确定还原剂的反应量,在土壤表面上提供框架,润湿土壤,将还原剂铺展在土壤表面上,并用土壤冲洗土壤 水溶解还原剂。 还原剂可以是化学试剂,生物试剂,或化学和生物试剂的组合。 生物还原剂可以包括来自废水的污泥,回收活性污泥,废活性污泥,填埋场的渗滤液或堆肥操作,或来自城市废水,工业废水或固体废物操作的堆肥材料。
    • 53. 发明申请
    • Small caliber munitions detonation furnace and process of using it
    • 小口径弹药爆炸炉及其使用过程
    • US20030050524A1
    • 2003-03-13
    • US09953655
    • 2001-09-10
    • Terry Northcutt
    • A62D003/00
    • F23G7/003F23G2209/16F42B33/067
    • This relates to a furnace that is useful in safely detonating or demilitarizing munitions or explosives, particularly small caliber munitions. The preferred variation includes a series of chambers having a set of runners or tracks passing amongst the various chambers to allow movement of the munitions from chamber to chamber in trays. The first chamber is heated in such a way so that a tray of munitions placed on the runners in this chamber are baked and detonated. After the detonation is generally complete, the tray containing the then-detonated munition fragments is slid through an opening at the end of that heated detonation chamber into a first cooling chamber. Generally, this movement takes place by addition of another tray containing non-detonated munitions into the first chamber. The furnace may also contain a second cooling chamber to assure both that the subject munitions are detonated and to allow then-safe exiting of the completely detonated munitions from the second cooling chamber onto an external extension of the track. The furnace is configured so that the munitions, whether detonated or not, remain in trays which may be slid through an operating unit without substantial hazard. Also included is a scrubber for removing noxious or deleterious components of gases produced by the detonation before it is passed into the atmosphere. Finally, this includes a method of using a chambered furnace to detonate small arms munitions or other explosives.
    • 这涉及一种可用于安全地爆炸或非军事化弹药或爆炸物,特别是小口径弹药的炉。 优选的变型包括一系列腔室,其具有穿过各个腔室之间的一组跑道或轨道,以允许弹药从腔室中移动到托盘中。 第一个室以这样的方式加热,使得放置在该室中的流道上的弹药盘被烘烤和引爆。 在爆炸一般完成之后,包含那个引爆的弹药碎片的托盘在该加热的爆炸室的末端通过开口滑入第一个冷却室。 通常,这种运动通过在第一室中添加另外一个含有非引爆弹药的托盘来进行。 炉子还可以包含第二冷却室,以确保主体弹药被引爆,并允许将完全引爆的弹药从第二冷却室安全地排出到轨道的外部延伸部上。 炉子被配置成使得弹药(无论是否被引爆)都保留在可能通过操作单元滑动的托盘中而没有实质的危险。 还包括一个洗涤器,用于消除爆炸产生的气体在进入大气之前产生的有害或有害成分。 最后,这包括使用室式炉引爆小武器弹药或其他爆炸物的方法。
    • 54. 发明申请
    • Method of decreasing nitrate nitrogen and volatile organic compound in soil and groundwater
    • 降低土壤和地下水中硝态氮和挥发性有机化合物的方法
    • US20030036671A1
    • 2003-02-20
    • US10121246
    • 2002-04-12
    • Koichiro MurasawaHitoshi KomodaMasaru Makino
    • A62D003/00
    • B09C1/002B09C1/10C02F2101/16C02F2101/322C02F2103/06
    • According to the present invention, a fatty acid having 10 or more carbon atom, alcohol having 12 or more carbon atom, ester of a linear saturated fatty acid having 14 or more carbon atoms and monohydric alcohol, ester of a linear saturated fatty acid having 14 or more carbon atoms and polyhydric alcohol, ester of a fatty acid having 16 or more carbon atoms and glycerine, and the like are buried into soil to decrease nitrate nitrogen and volatile organic compounds in soil and groundwater, for the purpose of decreasing nitrate nitrogen and volatile organic compounds in soil and groundwater wherein on site treatment is possible, a high biological denitrification ability and a volatile organic compound decreasing ability are provided and secondary pollution by releasing of organic matter and nitrogen into environment is extremely small.
    • 根据本发明,具有10个或更多个碳原子的脂肪酸,具有12个或更多个碳原子的醇,具有14个或更多个碳原子的直链饱和脂肪酸的酯和一元醇,具有14个直链饱和脂肪酸的酯 或更多的碳原子和多元醇,具有16个或更多个碳原子的脂肪酸的酯和甘油等被掩埋在土壤中以减少土壤和地下水中的硝酸盐氮和挥发性有机化合物,以减少硝酸盐氮和 土壤和地下水中的挥发性有机化合物,其中可以进行现场处理,提供高生物脱氮能力和挥发性有机化合物的降低能力,并且通过将有机物和氮释放到环境中的二次污染极小。
    • 59. 发明申请
    • Containment and transportation of decommissioned nuclear reactor pressure vessels and the like
    • 退役核反应堆压力容器的封闭和运输等
    • US20020177747A1
    • 2002-11-28
    • US10192382
    • 2002-07-10
    • Peter T. TuiteKevin T. TuiteAlbert A. Freitag
    • G21F009/00A62D003/00B65D085/84
    • G21F9/36G21D1/00G21F5/005Y02E30/40
    • Method and apparatus for containing, transporting, and storing or disposing of radioactive machinery, including decommissioned nuclear reactor pressure vessels. An improved, economically-produced container is provided which allows easier handling and packaging of machinery within plants where the machinery has been installed, and which provides improved shock absorption and attenuation characteristics, especially when packaging is complete. A reactor pressure vessel or similar item is disconnected from the remainder of the plant and external fittings are trimmed as close to flush with item's exterior as practicable. A storage and containment canister, optionally cut into at least two sections to ease handling and packaging, is placed nearby. The pressure vessel head or any other low-radioactive items are removed, and insulation and other items removed from the outside of the item are placed inside the item's body. The item body is placed into a lower section of the canister and sealed, and detached canister sections are reattached. Gaps between the canister and the RPV body and preferably the interior of the RPV body are filled with grout or low denisity cellular concrete. The canister is closed, and the pressure vessel head or other removed portions are secured to the outside of the canister. Optionally the canister exterior is sealed with a metalizing spray. The complete package is transported for storage or disposal.
    • 包含退役核反应堆压力容器的放射性机械的包含,运输和储存或处置方法和装置。 提供了一种改进的经济生产的容器,其容易地处理和包装已经安装机械的设备内的机械,并且其提供改善的减震和衰减特性,特别是在包装完成时。 反应堆压力容器或类似物品与设备的其余部分断开连接,并且外部配件在可能的情况下被修剪成与物体的外部接近。 放置在附近的储存和容纳罐,可选地切入至少两个部分以便于处理和包装。 压力容器头或任何其他低放射性物品被去除,并且将从物品外部取出的绝缘物和其它物品放置在物品的身体内。 物品主体被放置在罐的下部并被密封,并且分离的罐部分被重新连接。 罐和RPV体之间的间隙,优选RPV体的内部填充有灌浆或低密度多孔混凝土。 罐关闭,压力容器头或其它去除部分固定在罐的外部。 任选地,罐外部用金属化喷雾器密封。 完整的包装运输用于存储或处置。
    • 60. 发明申请
    • Non-thermal plasma apparatus utilizing dielectrically-coated electrodes for treating effluent gas
    • 利用电介质电极处理废气的非等离子体装置
    • US20020131917A1
    • 2002-09-19
    • US09987769
    • 2001-11-15
    • Allen J. NejezchlebKeith C. JamisonJohn W. RogersSteven P. FederleDonald M. Littrell
    • B01J019/08A62D003/00
    • B01J19/088B01D2257/404B01D2259/818B01J2219/0813B01J2219/0835B01J2219/0875B01J2219/0896F01N3/0892F01N2570/14H05H1/2406H05H2001/2418H05H2245/1215Y02A50/2344
    • An improved non-thermal plasma apparatus for treating NOx bearing gas streams has a plasma reactor and an inlet and outlet. The plasma reactor is equipped with a plurality of dielectrically-coated electrodes between which a selected voltage is applied to generate a non-thermal plasma environment for driving selected electro-chemical reactions. A predefined voltage is applied across the electrodes to create microdischarges in the exhaust gas stream to convert nitric oxides into primarily nitrogen dioxides. The electrodes are constructed of metal plates, and a fluoropolymeric material, such as fluorocarbon, as the dielectrics. The electrodes are arranged in parallel formation and alternating between positive and negative charges. In one embodiment, fluoropolymeric spacers are positioned between adjacent electrodes and may be configured with selected thicknesses to provide a plurality of desired reaction zones or gaps therebetween. In another embodiment, the electrodes are supported on a specially configured fluoropolymeric (e.g., fluorocarbon) insulators adapted for placement inside the plasma reactor to provide a plurality of gaps. With a plurality of gaps, the total non-thermal plasma environment is expanded to increase the overall flow rate of the exhaust gas or throughput of the apparatus.
    • 用于处理含氮气体气体的改进的非热等离子体装置具有等离子体反应器和入口和出口。 等离子体反应器配备有多个介电涂覆的电极,在其间施加选择的电压以产生用于驱动选择的电化学反应的非热等离子体环境。 在电极之间施加预定的电压以在废气流中产生微量放电,以将一氧化氮转化为主要的二氧化氮。 电极由金属板和诸如碳氟化合物之类的含氟聚合材料构成,作为电介质。 电极平行布置并且在正电荷和负电荷之间交替。 在一个实施方案中,氟聚合物间隔物位于相邻电极之间,并且可以被配置为具有选定的厚度以在其间提供多个所需的反应区或间隙。 在另一个实施方案中,电极被支撑在特别配置的适于放置在等离子体反应器内的含氟聚合物(例如碳氟化合物)绝缘体中以提供多个间隙。 通过多个间隙,总的非热等离子体环境被扩大以增加废气的总流量或装置的吞吐量。