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    • 1. 发明申请
    • POROUS MEMBRANES
    • 多孔膜
    • WO1990005007A1
    • 1990-05-17
    • PCT/AU1989000481
    • 1989-11-10
    • MEMTEC LIMITEDFORD, Douglas, LyonsKOPP, Clinton, VirgilSTREETON, Robert, John, William
    • MEMTEC LIMITED
    • B01D13/04
    • D01D5/24B01D67/0009B01D67/003B01D69/08B01D69/085B01D71/26B01D2325/02C08J9/28C08J2201/052
    • A method of making a porous polymeric material by heating a mixture of a thermoplastic polymer and a cationic or non-ionic surfactant having a hydrophilic-lipophilic balance range of 4.0 to 6.0 to a temperature and for a time sufficient for the polymer and surfactant to mutually dissolve. The mixture is then cooled to a temperature so that non-equilibrium liquid-liquid phase separation takes place to form a bi-continuous matrix of the polymer and surfactant so that the polymer and surfactant form two intermingled separate phases of large interfacial surface area. The surfactant is then removed from the polymer. The porous polymeric material produced by the above method has a lacey or filamentous structure consisting of a plurality of polymer strands connected together at spaced apart locations along each strand.
    • 通过将热塑性聚合物和亲水 - 亲油平衡范围为4.0至6.0的阳离子或非离子表面活性剂的混合物加热至相对于聚合物和表面活性剂足够的温度和时间来制备多孔聚合物材料的方法 溶解。 然后将混合物冷却至温度,使得发生非平衡液相分离以形成聚合物和表面活性剂的双连续基质,使得聚合物和表面活性剂形成具有大界面表面积的两个混合的分离相。 然后从聚合物中除去表面活性剂。 通过上述方法生产的多孔聚合物材料具有花边或丝状结构,其由沿着每条链条间隔开的位置连接在一起的多个聚合物股组成。
    • 5. 发明申请
    • FILTRATION MONITORING AND CONTROL SYSTEM
    • 过滤监测和控制系统
    • WO1996028236A1
    • 1996-09-19
    • PCT/AU1996000144
    • 1996-03-15
    • MEMTEC LIMITEDBECK, Thomas, WilliamDRUMMOND, Humphrey, John, JardineMAXWELL, Ian, AndrewJOHNSON, Warren, ThomasKENSETT-SMITH, Brett
    • MEMTEC LIMITED
    • B01D35/143
    • B01D65/00B01D61/025B01D61/04B01D61/12B01D61/145B01D61/147B01D61/16B01D61/22B01D65/02B01D65/10B01D65/102B01D2311/04B01D2321/04B01D2321/28C02F1/444C02F2303/16B01D2311/16
    • A method and apparatus for determining the fouling effect of a feedstream on a filter having known characteristics disclosed. The method comprises passing the feedstream through a filter (5) having known characteristics; determining the change in resistance to flow of the feedstream across the filter, either continuously or over a number of time intervals and from this data, calculating a feed fouling index (FFI) representative of the fouling characteristics of the feedstream with respect to the filter. A method and apparatus for monitoring the operation of a filtration system is also disclosed the method comprising sampling system parameter values at selected locations within the filtration system at a predetermined sampling rate; generating a parameter profile characteristic from the sampled parameter values at predetermined intervals of time; and analysing the parameter profile characteristic to determine correct operation of the filtration system. A further method and apparatus of monitoring and controlling a filtering system based on backwash efficiency is also disclosed, the method comprising determining resistance values of filtering elements used in the filtering system at predetermined times during the backwash cycle of the system by monitoring a number of operating parameters of the system; calculating a backwash efficiency value representative of the efficiency of the backwash cycle of the filtering system using the resistance values determined; and controlling the operation of the filtering system in dependence on the value of the backwash efficiency calculated.
    • 用于确定进料流对已知特性的过滤器的结垢效果的方法和装置。 该方法包括使进料流通过具有已知特性的过滤器(5); 确定进料流通过过滤器的流动阻力的变化,连续地或超过多个时间间隔,并从该数据中计算代表进料流相对于过滤器的结垢特性的进料污染指数(FFI)。 还公开了一种用于监测过滤系统的操作的方法和装置,该方法包括以预定采样速率在过滤系统内的选定位置取样系统参数值; 以预定的时间间隔从采样的参数值生成参数分布特征; 并分析参数分布特征以确定过滤系统的正确操作。 还公开了一种基于回洗效率来监测和控制过滤系统的方法和装置,该方法包括:在系统的反冲洗循环期间的预定时间,通过监视多个操作中确定在过滤系统中使用的过滤元件的电阻值 系统参数; 使用确定的电阻值计算表示所述过滤系统的反冲洗循环的效率的回洗效率值; 并根据所计算的回洗效率的值来控制过滤系统的操作。
    • 6. 发明申请
    • TREATMENT OF EMULSIONS
    • 乳液处理
    • WO1987003503A1
    • 1987-06-18
    • PCT/AU1986000374
    • 1986-12-05
    • MEMTEC LIMITEDFORD, Douglas, Lyons
    • MEMTEC LIMITED
    • B01D13/00
    • B01D61/142B01D17/00B01D17/085B01D17/12
    • A filtration system for treating an emulsion containing water, an oil or a fat, an emulsifying agent and insoluble solid material (such as a maritime oil emulsion containing an anionic detergent and the solid, greasy calcium salt of the detergent) has a first hydrophobic microfilter (126) and a second hydrophobic microfilter (147). Both microfilters (126, 147) have a plurality of hollow porous fibres as the separating medium with the feed to the first filter (126) being applied to the outside of the fibres and the feed to the second filter (which is the permeate from the first filter) being applied down the lumens of the fibres. The first filter (126) removes the solid material and the second filter separates the oil or fat from the solid-free emulsion.
    • 用于处理含有水,油或脂肪,乳化剂和不溶性固体物质(如含有阴离子洗涤剂的海洋油乳液和洗涤剂的固体,油脂钙盐)的乳液的过滤系统具有第一疏水性微过滤器 (126)和第二疏水性微过滤器(147)。 两个微过滤器(126,147)都具有多个中空多孔纤维作为分离介质,其中第一过滤器(126)的进料被施加到纤维外部,并且进料到第二过滤器(其是来自 第一过滤器)沿着纤维的内腔施加。 第一过滤器(126)去除固体材料,第二过滤器将油或脂肪与无固体乳液分离。
    • 9. 发明申请
    • ELECTROCHEMICAL CELLS
    • 电化学细胞
    • WO1995028634A1
    • 1995-10-26
    • PCT/AU1995000207
    • 1995-04-12
    • MEMTEC LIMITEDDRUMMOND, Humphrey, John, JardineBECK, Thomas, William
    • MEMTEC LIMITED
    • G01N27/30
    • C12Q1/004C12Q1/001
    • An electrochemical cell comprises a porous membrane (8) of electrically insulating composition, the membrane having pores (not illustrated) communicating from one side of the membrane to another, a working electrode (5) disposed on one side and a counter or pseudo-reference electrode (7) disposed on the other side. A target area (11) of one electrode is liquid permeable and extends over the surface of membrane (8) without blocking underlying pores of the membrane. Optional insulating layers (9, 10) cover the electrodes (5, 7) and an opening defines the target area (11). Preferably, the porous membrane is impregnated with reagents, for example GOD/Ferricyanide.
    • 电化学电池包括电绝缘组合物的多孔膜(8),所述膜具有从膜的一侧连通到另一侧的孔(未示出),设置在一侧的工作电极(5)和计数器或伪参考 设置在另一侧的电极(7)。 一个电极的目标区域(11)是液体可渗透的并且在膜(8)的表面上延伸而不阻挡膜的下面的孔。 可选绝缘层(9,10)覆盖电极(5,7),开口限定目标区域(11)。 优选地,多孔膜用试剂浸渍,例如GOD /铁氰化物。