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    • 21. 发明申请
    • PROCESS TO PRODUCE BIOFUELS FROM BIOMASS
    • 利用生物质生产生物燃料的过程
    • WO2012088073A3
    • 2012-08-23
    • PCT/US2011066092
    • 2011-12-20
    • SHELL OIL COSHELL INT RESEARCHPOWELL JOSEPH BROUNCHHEDA JUBEN NEMCHAND
    • POWELL JOSEPH BROUNCHHEDA JUBEN NEMCHAND
    • C10G3/00C07G1/00C10G1/00
    • C10G1/00C10G2300/1011C10G2300/1014C10G2300/202C10G2300/4081C10G2300/44Y02E50/343Y02P30/20Y02T50/678
    • Processes to produce biofuels from biomass is provided where the biomass is contacted with an aqueous media to form a extracted biomass and at least a portion of an aqueous liquor separated from the extracted biomass containing soluble carbohydrate is treated with a purification substrate to form a treated carbohydrate stream having less than 35% of the sulfur content and less than 35% of the nitrogen content, based on the untreated aqueous liquor stream prior to contact with a hydrogenolysis catalyst to form a plurality of oxygenated intermediates that can be further processed to form a liquid fuel. An extracted biomass solids stream is also separated from the extracted biomass which is contacted with a first digestive solvent to form a pretreated biomass comprising celluloses and residual hemicelluloses and then a second digestive solvent to form a solubilized pulp comprising soluble carbohydrates. This solublilized pulp may be combined with the aqueous liquor stream or combined to a hydrogenolysis reaction system or recycled to the aqueous media to be processed further for an effective process to produce the liquid fuel. At least a portion of the oxygenated intermediates is used as the second digestive solvent.
    • 提供了从生物质生产生物燃料的方法,其中生物质与水性介质接触以形成提取的生物质,并且从提取的含有可溶性碳水化合物的生物质中分离出的至少一部分含水液体用纯化底物处理以形成经处理的碳水化合物 在与氢解催化剂接触之前,具有小于35%的硫含量和小于35%的氮含量,基于未处理的含水液体流,以形成多种含氧中间体,所述含氧中间体可进一步处理以形成液体 汽油。 提取的生物质固体物流也与提取的生物质分离,提取的生物质与第一消化溶剂接触以形成包含纤维素和残留半纤维素的预处理的生物质,然后形成包含可溶性碳水化合物的溶解的纸浆。 该溶解的纸浆可以与含水液体流组合或者与氢解反应系统结合或再循环到含水介质中以进一步处理以产生液体燃料的有效过程。 至少一部分含氧中间体用作第二消化溶剂。
    • 24. 发明申请
    • WELL EMERGENCY SEPARATION TOOL FOR USE IN SEPARATING A TUBULAR ELEMENT
    • 用于分离管状元件的良好的紧急分离工具
    • WO2012058541A3
    • 2012-06-28
    • PCT/US2011058292
    • 2011-10-28
    • SHELL OIL COSHELL INT RESEARCHWILIE CURTIS LEN
    • WILIE CURTIS LEN
    • E21B33/06
    • E21B33/06E21B29/02E21B33/063E21B33/064
    • A method of separating a tubular element, comprising providing a tubular element having an inner and an outer surface, a circumference of said outer surface, and a first end and a second end; radially surrounding said tubular element with an explosive material, wherein said explosive material is capable of generating a high-velocity plasma jet in response to an activation signal, and wherein said explosive material comprises an electrically conductive layer; transmitting said activation signal to said explosive material; generating said high-velocity plasma jet; and separating said tubular element into a first portion comprising said first end and a second portion comprising said second end when said high-velocity plasma jet penetrates said outer surface of said tubular element and exits said inner surface of said tubular element.
    • 一种分离管状元件的方法,包括提供具有内表面和外表面的管状元件,所述外表面的圆周以及第一端和第二端; 使用爆炸材料径向围绕所述管状元件,其中所述爆炸材料能够响应于激活信号产生高速等离子体射流,并且其中所述爆炸材料包括导电层; 将所述激活信号传输到所述炸药; 产生所述高速等离子体射流; 以及当所述高速等离子体射流穿过所述管状元件的所述外表面并离开所述管状元件的内表面时,将所述管状元件分离成包括所述第一端的第一部分和包括所述第二端的第二部分。
    • 30. 发明申请
    • SEISMIC CLOCK TIMING CORRECTION USING OCEAN ACOUSTIC WAVES
    • 利用海洋声波进行地震时钟定时校正
    • WO2011068922A2
    • 2011-06-09
    • PCT/US2010058635
    • 2010-12-02
    • SHELL OIL COSHELL INT RESEARCHHATCHELL PAUL JAMESMEHTA KURANG JVALANT
    • HATCHELL PAUL JAMESMEHTA KURANG JVALANT
    • G01V1/26G01V1/22G01V1/38
    • G01V1/38G01V1/3817G01V2200/12
    • A method for identifying clock timing discrepancies in a plurality of clocks that are each associated with a seismic receiver, comprises the steps of collecting from at least a pair of receivers a data set corresponding to a selected time period, cross-correlating the data sets between at least one pair of receivers so as to produce cross-correlated data for positive, zero, and negative time lags, comparing the cross-correlated data for the positive and negative time lags to measure a timing asymmetry about the zero-lag time, and, for a receiver pair for which there is a non-zero timing asymmetry, using the asymmetry to identify a timing discrepancy between the clocks associated with that receiver pair. The each data set can be filtered so as to obtain data in a selected frequency range, which may avoid an active shot frequency. The data may be collected in the absence of active seismic shots.
    • 一种用于识别每个与地震接收器相关联的多个时钟中的时钟定时差异的方法包括以下步骤:从至少一对接收器收集对应于选择的时间段的数据集,将这些数据集之间进行互相关 至少一对接收器,以产生正相关数据,零相关数据和负相关时间滞后,比较正和负时滞的交叉相关数据以测量关于零滞后时间的定时不对称性,以及 对于存在非零定时不对称的接收机对,使用不对称性来识别与该接收机对相关联的时钟之间的定时差异。 可以对每个数据集进行过滤,以便获得选定频率范围内的数据,这可以避免活动镜头频率。 这些数据可能在没有有效地震数据的情况下收集。