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    • 3. 发明授权
    • Integrated process for the production of distillate hydrocarbon
    • 生产馏出油的综合工艺
    • US5244565A
    • 1993-09-14
    • US813522
    • 1991-12-26
    • Steven P. LanktonTom N. KalnesRobert B. James, Jr.
    • Steven P. LanktonTom N. KalnesRobert B. James, Jr.
    • C10G65/00
    • C10G65/00
    • A process for the production of distillate hydrocarbon from atmospheric fractionation residue and waste lubricants by means of contacting the waste lubricant with a hot hydrogen-rich gaseous stream to increase the temperature of this feed stream to vaporize at least a portion of the distillable hydrocarbonaceous compounds thereby producing a distillable hydrocarbonaceous stream which is immediately hydrogenated in an integrated hydrogenation zone. The vaporization of the waste oil is also conducted in the presence of a vacuum fractionation residue which is produced in the integrated process. The resulting effluent from the integrated hydrogenation zone and a distillable hydrocarbon stream recovered from the atmospheric fraction residue is catalytically converted to produce lower molecular weight hydrocarbon compounds.
    • 通过使废润滑剂与富含氢气的气态流接触以提高该进料流的温度以蒸发至少一部分可蒸馏烃类化合物,从大气馏分残余物和废润滑剂生产馏出物烃的方法,由此 产生可在一体化的氢化区中立即氢化的可蒸馏烃物流。 废油的汽化也是在一体化过程中产生的真空分馏残渣的存在下进行的。 来自整体氢化区的所得流出物和从大气馏分残余物回收的可馏出烃流被催化转化以产生较低分子量的烃化合物。
    • 4. 发明授权
    • Gas absorber method and apparatus
    • 气体吸收剂的方法和装置
    • US5064450A
    • 1991-11-12
    • US636784
    • 1991-01-02
    • Steven P. LanktonRobert B. James, Jr.
    • Steven P. LanktonRobert B. James, Jr.
    • B01D47/06B01D53/18
    • B01D53/18B01D47/06
    • A gas absorber for removing at least one gaseous component from a flowing gas stream by contacting the gas stream with a lean liquid stream to absorb at least a portion of the gaseous component to produce a rich liquid stream comprising the gaseous component and a flowing gas stream having a reduced concentration of the gaseous component which absorber comprises: (a) a double wall forming an annulus having a means for restricting fluid flow into the bottom of the gas absorber from the bottom of the annulus and a means for passing fluid out of an upper section of the annulus into the gas absorber; (b) an inlet for the lean liquid stream having a locus in the upper end of the gas absorber; (c) an inlet for the flowing gas stream; (d) an outlet for the rich liquid stream having a locus in the lower end of the gas absorber; (e) an outlet for the flowing gas stream having a reduced concentration of the gaseous component; and (f) at least one inlet communicating with the lower end of the annulus which inlet is used to introduce a lean liquid stream at least a portion of which flows upwardly through the annulus and overflows from the top of the annulus and thereby protecting at least a portion of the outer wall from contact with the flowing gas stream.