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    • 24. 发明授权
    • Method and facility for treating effluents loaded with organic material,
particularly by wet oxidation and with internal solid residue
recycling, and purification facility therefor
    • 用于处理装载有机材料的废水的方法和设备,特别是通过湿式氧化和内部固体残余物再循环,以及其净化设备
    • US5948275A
    • 1999-09-07
    • US718303
    • 1996-11-18
    • Malik DjaferFrancis LuckJacques Sibony
    • Malik DjaferFrancis LuckJacques Sibony
    • C02F1/74B01J23/72C02F11/06C02F11/08C02F1/68
    • C02F11/08Y10S210/903
    • An integrated method for purifying industrial and/or urban effluents containing a large amount of organic material in solution and/or suspension, wherein said effluents are treated in a wet oxidation reactor. The effluents are oxidized in the presence of at least one oxidizing gas to mineralize a large part of the organic material therein by producing a gas phase and an essentially liquid phase mainly containing soluble residual organic material, as well as an essentially inorganic solid phase in suspension. The essentially liquid phase from the reactor is subjected to liquid/solid separation to separate the solid phase, and at least a fraction of the separated solid phase is recycled in the wet oxidation reactor. Various alternative embodiments of the method include adding a catalyst and/or an agent for acidifying the recycled solid phase fraction. The facility may operate continuously or semi-continuously between interruptions.
    • PCT No.PCT / FR95 / 00321 Sec。 371日期:1996年11月18日 102(e)日期1996年11月18日PCT 1995年3月16日PCT公布。 公开号WO95 / 25698 日期1995年9月28日一种用于净化在溶液和/或悬浮液中含有大量有机材料的工业和/或城市废水的综合方法,其中所述流出物在湿式氧化反应器中处理。 废水在至少一种氧化气体存在下被氧化,以通过产生主要含有可溶性残留有机材料的气相和基本上液相以及悬浮液中基本上无机的固相将矿物质中的大部分有机物质矿化。 。 将来自反应器的基本液相进行液/固分离以分离固相,并且至少一部分分离的固相在湿式氧化反应器中再循环。 该方法的各种替代实施方案包括加入催化剂和/或用于酸化再循环固相馏分的试剂。 设备可以在中断之间连续或半连续运行。
    • 30. 发明授权
    • Method and apparatus for controlled chemical reactions
    • 受控化学反应的方法和装置
    • US4721575A
    • 1988-01-26
    • US847965
    • 1986-04-03
    • Jack E. BinningFrancis M. FerraroFranklin B. Carlson
    • Jack E. BinningFrancis M. FerraroFranklin B. Carlson
    • B01J10/00B01J19/24C02F11/08C02F1/72
    • C02F11/08B01J19/243B01J2219/00083B01J2219/00099B01J2219/00121B01J2219/00159B01J2219/00162B01J2219/00182
    • A method and apparatus for effecting accelerated chemical reactions at elevated temperatures and pressures including wet oxidation of materials in waste streams. An influent waste stream or first reactant is directed through a long tubular coil within a containment vessel with a second reactant being added to the influent. The waste stream includes gas and liquid components. The flow rates for the reactants of the waste stream are set to cause plug or slug flow of the waste stream through the tubular coil. The curvature of the coil tends to induce a secondary flow in the liquid component such that the liquid component tends to travel in a spiral thereby providing more intimate mixing of the reactants. The containment vessel may be partitioned to form a series of successive compartments to permit different temperature gradients to be applied to successive sections of the tubing coil across its length. Alternatively, a tube in tube construction for the tubular coil permits counter current heat exchange between the waste stream within the inner tube and a returning stream. Multiple injection and extraction points are provided along the path of the tubular coil to permit gas, liquid or solid reactants to be added or extracted as desired. The tubular coil provides an excellent environmental container for the reaction stream and is extremely suitable for temperature control to permit continuous heat input, autogenic operation and continuous heat extraction.
    • 一种用于在升高的温度和压力下进行加速化学反应的方法和装置,包括废物流中材料的湿氧化。 流入的废物流或第一反应物被引导通过容器容器内的长管状线圈,其中第二反应物被添加到流入物中。 废物流包括气体和液体组分。 废物流的反应物的流速被设定为引起废物流通过管状线圈的塞子或团块流。 线圈的曲率倾向于在液体组分中引起二次流动,使得液体组分倾向于以螺旋方式行进,从而提供反应物的更加紧密的混合。 容纳容器可以被分隔以形成一系列连续的隔室,以允许将不同的温度梯度施加到管线圈的连续部分的整个长度上。 或者,用于管状线圈的管构造管允许内管内的废物流与回流之间的逆流热交换。 沿着管状线圈的路径提供多个注入和提取点,以允许根据需要添加或提取气体,液体或固体反应物。 管状线圈为反应流提供了极好的环境容器,非常适合于温度控制,以允许连续的热量输入,自动操作和连续的热提取。