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    • 3. 发明授权
    • Apparatus and process for the remediation of contaminated soil
    • 污染土壤修复的设备和工艺
    • US5460194A
    • 1995-10-24
    • US189096
    • 1994-01-31
    • James W. BungerChristopher P. RussellDonald E. CogswellJerald W. Wiser
    • James W. BungerChristopher P. RussellDonald E. CogswellJerald W. Wiser
    • B01D11/02B03B5/56B03B9/00B09C1/02B08B3/04
    • B09C1/02B01D11/0276B03B5/56B03B9/00
    • A process and apparatus for the remediation of soil is provided with a plug flow of soil and counter-current wash of water. The contaminant-containing soil with water is first treated to disengage the contaminant from the soil and form a liquid phase containing water and contaminant. The treated soil and liquid phase is continuously introduced into a wash zone at a first end of the wash zone, and the soil and the liquid phase are conveyed in successive and discrete portions through the wash zone between the first end of the wash zone and a second end of the wash zone to provide an essentially plug-flow of the soil through the wash zone. Wash water is introduced into the wash zone by continuously adding water to the discrete portions at the second end of the wash zone, and the wash water is conveyed through the wash zone between adjacent wash cells toward the first end counter to the plug flow conveyance of the soil and the liquid phase, such that contaminants in the liquid phase are removed from the liquid phase by the wash water. The soil and liquid phase with contaminants removed are continuously withdrawn from the wash zone as each discrete portion reaches the second end of the wash zone. The wash water containing removed contaminants is withdrawn from the discrete portions at the first end of the wash zone.
    • 用于土壤修复的方法和设备具有土壤的活塞流和逆流洗涤水。 首先处理含有污染物的土壤,以使污染物与土壤脱离,并形成含有水和污染物的液相。 经处理的土壤和液相在洗涤区的第一端连续引入洗涤区,并且土壤和液相在连续和分立的部分中通过洗涤区的第一端和 洗涤区的第二端,以通过洗涤区域提供基本上的泥土流动。 洗涤水通过在洗涤区的第二端连续加入到离散的部分中而被引入洗涤区中,洗涤水通过相邻的洗涤池之间的洗涤区朝向第一端输送, 土壤和液相,使得液相中的污染物被洗涤水从液相中除去。 随着每个离散部分到达洗涤区域的第二端,污染物被去除的污物和液相从洗涤区域连续地取出。 含有去除的污染物的洗涤水在洗涤区的第一端从离散的部分排出。
    • 4. 发明授权
    • Process for the remediation of contaminated soil
    • 污染土壤修复的过程
    • US5302211A
    • 1994-04-12
    • US932090
    • 1992-08-19
    • James W. BungerChristopher P. RussellDonald E. CogswellJerald W. Wiser
    • James W. BungerChristopher P. RussellDonald E. CogswellJerald W. Wiser
    • B01D11/02B03B5/56B03B9/00B09C1/02B08B1/02B08B3/04B08B3/08
    • B09C1/02B01D11/0276B03B5/56B03B9/00
    • A process and apparatus for the remediation of soil is provided with a plug flow of soil and counter-current wash of water. The contaminant-containing soil with water is first treated to disengage the contaminant from the soil and form a liquid phase containing water and contaminant. The treated soil and liquid phase is continuously introduced into a wash zone at a first end of the wash zone, and the soil and the liquid phase are conveyed in successive and discrete portions through the wash zone between the first end of the wash zone and a second end of the wash zone to provide an essentially plug-flow of the soil through the wash zone. Wash water is introduced into the wash zone by continuously adding water to the discrete portions at the second end of the wash zone, and the wash water is conveyed through the wash zone between adjacent wash cells toward the first end counter to the plug flow conveyance of the soil and the liquid phase, such that contaminants in the liquid phase are removed from the liquid phase by the wash water. The soil and liquid phase with contaminants removed are continuously withdrawn from the wash zone as each discrete portion reaches the second end of the wash zone. The wash water containing removed contaminants is withdrawn from the discrete portions at the first end of the wash zone.
    • 用于土壤修复的方法和设备具有土壤的活塞流和逆流洗涤水。 首先处理含有污染物的土壤,以使污染物与土壤脱离,并形成含有水和污染物的液相。 经处理的土壤和液相在洗涤区的第一端连续引入洗涤区,并且土壤和液相在连续和分立的部分中通过洗涤区的第一端和 洗涤区的第二端,以通过洗涤区域提供基本上的泥土流动。 洗涤水通过在洗涤区的第二端连续加入到离散的部分中而被引入洗涤区中,洗涤水通过相邻的洗涤池之间的洗涤区朝向第一端输送, 土壤和液相,使得液相中的污染物被洗涤水从液相中除去。 随着每个离散部分到达洗涤区域的第二端,污染物被去除的污物和液相从洗涤区域连续地取出。 含有去除的污染物的洗涤水在洗涤区的第一端从离散的部分排出。
    • 7. 发明授权
    • Method for determining thermodynamic and molecular properties in the
liquid phase
    • 确定液相中热力学和分子性质的方法
    • US5574215A
    • 1996-11-12
    • US396378
    • 1995-02-28
    • James W. BungerChristopher P. RussellPrasad A. V. Devineni
    • James W. BungerChristopher P. RussellPrasad A. V. Devineni
    • G01N7/16G01N25/00G01N33/28G01N33/00
    • G01N33/28G01N25/00G01N7/16
    • A method for calculating the average molecular weight of individual molecules in a sample, where the molecules in solution associate to form clusters. Data sets of apparent molecular weight of the sample versus concentration of the sample in the solvent are generated. The basic principles and technology in generation of the data is the well understood action of a solute upon the solvent vapor pressure above the solution. By observing the effect of a sample solute on the temperature/vapor pressure properties of a solvent, it is possible by known methods to determine its molecular weight. When dealing with a solute material that tends to form clusters, however, the molecular weight found is an apparent molecular weight, i.e. the average molecular weight of all of the particles, which are the clusters and any unassociated molecules, if any. To determine the true molecular weight, a method employing the determined apparent molecular weights, referred to herein as the BRD method, is used. Since the method is based upon cluster thermodynamics and equilibrium properties, it reflects more accurately the behavior of the clusters at various dilutions. The method provides a basis for the prediction of thermodynamic and equilibrium properties, which was not possible with previous methods.
    • 用于计算样品中各分子的平均分子量的方法,其中溶液中的分子缔合形成簇。 产生样品的表观分子量与样品在溶剂中的浓度的数据集。 产生数据的基本原理和技术是溶质对解决方案以上溶剂蒸汽压力的充分了解的作用。 通过观察样品溶质对溶剂的温度/蒸气压特性的影响,可以通过已知方法确定其分子量。 然而,当处理倾向于形成簇的溶质材料时,发现的分子量是表观分子量,即所有颗粒的平均分子量,其是簇和任何非相关分子(如果有的话)。 为了确定真实的分子量,使用采用确定的表观分子量的方法,这里称为BRD方法。 由于该方法是基于聚类热力学和平衡性质的,所以它更准确地反映了各种稀释的簇的行为。 该方法为热力学和平衡性质的预测提供了依据,这是以前的方法是不可能的。
    • 9. 发明授权
    • Method for determining thermodynamic and molecular properties in the
liquid phase
    • 确定液相中热力学和分子性质的方法
    • US5739423A
    • 1998-04-14
    • US748133
    • 1996-11-12
    • James W. BungerChristopher P. RussellPrasad A. V. Devineni
    • James W. BungerChristopher P. RussellPrasad A. V. Devineni
    • G01N7/16G01N25/00G01N33/28G01N33/00
    • G01N33/28G01N25/00G01N7/16
    • A method for calculating the average aggregate mass of individual molecules in a sample, where the molecules in solution associate to form clusters. Data sets of average aggregate mass of the sample versus concentration of the sample in the solvent are generated. The basic principles and technology in generation of the data is the well understood action of a solute upon the solvent vapor pressure above the solution. By observing the effect of a sample solute on the temperature/vapor pressure properties of a solvent, if is possible by known methods to determine its average aggregate mass. When dealing with a solute material that tends to form clusters, however, the average aggregate mass found is an apparent average aggregate mass, i.e. the average aggregate mass of all of the particles, which are the clusters and any unassociated molecules, if any. To determine the true average aggregate mass, a method employing the determined apparent average aggregate masses, referred to herein as the BRD method, is used. Since the method is based upon cluster thermodynamics and equilibrium properties, it reflects more accurately the behavior of the clusters at various dilutions. The method provides a basis for the prediction of thermodynamic and equilibrium properties, which was not possible with previous methods.
    • 用于计算样品中各个分子的平均总质量的方法,其中溶液中的分子缔合形成簇。 产生样品的平均总质量与样品在溶剂中的浓度的数据集。 产生数据的基本原理和技术是溶质对解决方案以上溶剂蒸汽压力的充分了解的作用。 通过观察样品溶质对溶剂的温度/蒸气压特性的影响,如果可能通过已知方法确定其平均总质量。 然而,当处理倾向于形成簇的溶质材料时,发现的平均总质量是表观平均聚集体质量,即所有颗粒的平均总质量,其为聚集体和任何未缔合的分子(如果有的话)。 为了确定真实的平均总质量,使用采用确定的表观平均聚集体质量的方法,这里称为BRD方法。 由于该方法是基于聚类热力学和平衡性质的,所以它更准确地反映了各种稀释的簇的行为。 该方法为热力学和平衡性质的预测提供了依据,这是以前的方法是不可能的。