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    • 1. 发明申请
    • A REUSABLE TOTE FOR HAZARDOUS CHEMICALS
    • 危险化学品的可重复使用方法
    • WO2010144917A3
    • 2011-06-16
    • PCT/US2010038546
    • 2010-06-14
    • ARYSTA LIFESCIENCE NORTH AMERICA LLCDOMBKOWSKI RICHARD E
    • DOMBKOWSKI RICHARD E
    • A01M7/00A01C23/00B05B9/04B65D85/84B65D88/12
    • A01M17/002
    • Systems and methods for transporting and dispensing hazardous chemicals are described. A container is described that is resistant to the detrimental effects of the chemicals. The container comprises a first shell configured to contain a corrosive chemical, and an optional second shell surrounding the first shell and a spacer that maintains separation of the first and second shells. A valve provides access through which the corrosive chemical is discharged under pressure from the container. An interstitial space is provided between first and second shells. In some of these embodiments, the spacer seals the interstitial space. The second shell is configured to contain any of the corrosive chemical that escapes the first shell. The container may be repeatedly charged, transported, mounted on a dispensing platform from which measured amounts of the chemicals are discharged before the container is returned for clearing and recharging.
    • 描述了运输和分配危险化学品的系统和方法。 描述了能够抵抗化学物质的不利影响的容器。 容器包括构造成容纳腐蚀性化学物质的第一壳体和围绕第一壳体的任选的第二壳体以及保持第一和第二壳体分离的间隔物。 阀门提供通过腐蚀性化学品在压力下从容器排出的通道。 在第一和第二壳之间提供间隙空间。 在这些实施例的一些中,间隔件密封间隙空间。 第二个壳体配置成包含任何逃逸第一个壳体的腐蚀性化学物质。 容器可以被重复地充电,运输,安装在分配平台上,在容器返回之前,测量量的化学品从该分配平台排出以进行清除和再充电。
    • 2. 发明申请
    • A REUSABLE TOTE FOR HAZARDOUS CHEMICALS
    • 危险化学品的可重复使用方法
    • WO2010144917A2
    • 2010-12-16
    • PCT/US2010/038546
    • 2010-06-14
    • ARYSTA LIFESCIENCE NORTH AMERICA, LLCDOMBKOWSKI, Richard, E.
    • DOMBKOWSKI, Richard, E.
    • A01M7/00A01C23/00B05B9/04B65D85/84B65D88/12
    • A01M17/002
    • Systems and methods for transporting and dispensing hazardous chemicals are described. A container is described that is resistant to the detrimental effects of the chemicals. The container comprises a first shell configured to contain a corrosive chemical, and an optional second shell surrounding the first shell and a spacer that maintains separation of the first and second shells. A valve provides access through which the corrosive chemical is discharged under pressure from the container. An interstitial space is provided between first and second shells. In some of these embodiments, the spacer seals the interstitial space. The second shell is configured to contain any of the corrosive chemical that escapes the first shell. The container may be repeatedly charged, transported, mounted on a dispensing platform from which measured amounts of the chemicals are discharged before the container is returned for clearing and recharging.
    • 描述了运输和分配危险化学品的系统和方法。 描述了能够抵抗化学物质的不利影响的容器。 容器包括构造成容纳腐蚀性化学物质的第一壳体和围绕第一壳体的任选的第二壳体以及保持第一和第二壳体分离的间隔物。 阀门提供通过腐蚀性化学品在压力下从容器排出的通道。 在第一和第二壳之间提供间隙空间。 在这些实施例的一些中,间隔件密封间隙空间。 第二个壳体配置成包含任何逃逸第一个壳体的腐蚀性化学物质。 容器可以被重复地充电,运输,安装在分配平台上,在容器返回之前,测量量的化学品从该分配平台排出以进行清除和再充电。
    • 9. 发明申请
    • IODINE RECOVERY SYSTEMS AND METHODS
    • 碘回收系统和方法
    • WO2010033945A1
    • 2010-03-25
    • PCT/US2009/057733
    • 2009-09-21
    • ARYSTA LIFESCIENCE NORTH AMERICA, LLCBRIX, TerryREYNOLDS, James
    • BRIX, TerryREYNOLDS, James
    • C01B9/06
    • C25B1/24C01B7/14Y02W10/37
    • Systems and methods for the recovery of iodine are described. In particular, recovery systems and methods produce an iodine complex from an aqueous brine containing iodide. A head tank for maintains a supply of the brine, a pH controller acidifies brine received from the head tank and an oxidizer converts iodide in the acidified brine to elemental iodine. At least one activated carbon contactor module is removably inserted into a stream of the oxidized brine provided by the oxidizer and binds the molecular iodine to form the iodine complex. A container may enclose the head tank, the pH controller and the oxidizer in order to facilitate transportation of the system and performance of the methods and processes in proximity to a brine source. The brine may be employed or associated with oilfield operations.
    • 描述了回收碘的系统和方法。 特别地,回收系统和方法从含有碘化物的含水盐水中产生碘络合物。 用于保持盐水供应的头罐,pH控制器酸化从头罐获得的盐水,并且氧化剂将酸化盐水中的碘化物转化为元素碘。 至少一个活性炭接触器组件可移除地插入由氧化剂提供的氧化盐水流中,并结合分子碘形成碘络合物。 容器可以封闭头箱,pH控制器和氧化剂,以便于系统的运输和在盐水源附近执行的方法和过程。 可以使用盐水或与油田操作相关联。