Patents by Inventor Albert S. Behan
Albert S. Behan has filed for patents to protect the following inventions. This listing includes patent applications that are pending as well as patents that have already been granted by the United States Patent and Trademark Office (USPTO).
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Patent number: 5925284Abstract: Applicants have developed a unique process for preparing a shaped article comprising an ion exchange composition and a hydroxy oxide binder. The ion exchange compositions include metallotitanates, metallogermanates, pillared clays and metal phosphonates. The process involves combining the ion exchange composition with a binder precursor and water, forming the mixture into a shaped article and heating the article at a temperature of about 85.degree. C. to about 120.degree. C. These shaped articles are useful for removing metal ions such as cesium from feed streams.Type: GrantFiled: February 24, 1997Date of Patent: July 20, 1999Assignee: UOPInventors: John D. Sherman, Richard R. Willis, Robert L. Bedard, Albert S. Behan, Philip Connolly
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Patent number: 5518977Abstract: A desiccant cooling apparatus and process using a solid adsorbent and refrigerant wherein the solid adsorbent is selected from the group consisting of zeolite Y-85, a low cerium rare earth exchanged Y-84 and a rare earth exchanged LZ-210, and the adsorbent is bonded directly to the heat exchange tubes within the device by a novel slip coating process resulted in significant improvements in thermal efficiency and overall performance.Type: GrantFiled: June 5, 1995Date of Patent: May 21, 1996Assignee: UOPInventors: Stephen R. Dunne, Albert S. Behan
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Patent number: 5477014Abstract: Layered adsorbent-substrate composites are prepared by methods comprising heating the surface of an aluminum substrate, contacting the surface of the substrate with a slurry containing the adsorbent and a binder, and heating the coatings to form hardened surfaces which can have excellent adsorption and mechanical properties and have a variety of uses such as adsorbents in automobile mufflers.Type: GrantFiled: June 22, 1993Date of Patent: December 19, 1995Assignee: UOPInventors: Stephen R. Dunne, Michael J. McKeon, Alan P. Cohen, Albert S. Behan
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Patent number: 5456093Abstract: A desiccant cooling apparatus and process using a solid adsorbent and refrigerant wherein the solid adsorbent is selected from the group consisting of zeolite Y-85, a low cerium rare earth exchanged Y-84 and a rare earth exchanged LZ-210, and the adsorbent is bonded directly to the heat exchange tubes within the device by a novel slip coating process resulted in significant improvements in thermal efficiency and overall performance.Type: GrantFiled: September 21, 1993Date of Patent: October 10, 1995Assignee: UOPInventors: Stephen R. Dunne, Albert S. Behan
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Patent number: 5325916Abstract: Layered adsorbent-substrate tubes are prepared by a method comprising heating the surface of an aluminum substrate, contacting the surface of the substrate with a slurry containing the adsorbent and a binder, and heating the coatings to form hardened surfaces which can have excellent adsorption and mechanical properties in devices for cooling or heating by adsorption of refrigerating fluid on a solid adsorbent.Type: GrantFiled: September 21, 1993Date of Patent: July 5, 1994Assignee: UOPInventors: Stephen R. Dunne, Albert S. Behan
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Patent number: 5260242Abstract: Layered adsorbent-substrate composites are prepared by methods comprising heating the surface of an aluminum substrate, contacting the surface of the substrate with a slurry containing the adsorbent and a binder, and heating the coatings to form hardened surfaces which can have excellent adsorption and mechanical properties and have a variety of uses such as adsorbents in automobile mufflers and a desiccants in multiple pane windows.Type: GrantFiled: December 2, 1992Date of Patent: November 9, 1993Assignee: UOPInventors: Stephen R. Dunne, Michael J. McKeon, Alan P. Cohen, Albert S. Behan
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Patent number: 5260243Abstract: Layered adsorbent-substrate tubes are prepared by a method comprising heating the surface of an aluminum substrate, contacting the surface of the substrate with a slurry containing the adsorbent and a binder, and heating the coatings to form hardened surfaces which can have excellent adsorption and mechanical properties in devices for cooling or heating by adsorption of refrigerating fluid on a solid adsorbent.Type: GrantFiled: June 9, 1992Date of Patent: November 9, 1993Assignee: UOPInventors: Stephen R. Dunne, Albert S. Behan
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Patent number: 5120694Abstract: Layered adsorbent-substrate composites are prepared by methods comprising heating the surface of an aluminum substrate, contacting the surface of the substrate with a slurry containing the adsorbent and a binder, and heating the coatings to form hardened surfaces which can have excellent adsorption and mechanical properties and have a variety of uses such as adsorbents in automobile mufflers and as desiccants in multiple pane windows.Type: GrantFiled: July 28, 1989Date of Patent: June 9, 1992Assignee: UOPInventors: Stephen R. Dunne, Michael J. McKeon, Alan P. Cohen, Albert S. Behan
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Patent number: 5106803Abstract: Reforming to produce aromatics from aliphatics, using a bond zeolite catalyst containing a Group VIII metal such as platinum, has been found to be extremely sensitive to water, even at water concentrations as low as 3 ppm in the feed, unless certain catalysts having a low water sensitivity index are used. The water sensitivity index (WSI) is described and methods for making catalysts with a low WSI are described. The sulfur content of the feed to the reforming/aromatics production process is preferably below 50 parts per billion. The catalysts used in the reforming process is preferably a high crush strength catalyst and is preferably prepared by steps including treating L zeolite with a binding enhancement agent prior to binding with a binder such as silica, silica/alumina or alumina.Type: GrantFiled: May 15, 1989Date of Patent: April 21, 1992Assignee: Chevron Research and Technology CompanyInventors: Donald H. Mohr, Charles P. Wilson, Albert S. Behan, Robert L. Chiang, Mark T. Staniulis
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Patent number: 4853355Abstract: A method for enhancing the binding of certain negatively surface charged molecular sieves to a silica binder is disclosed. As modified, molecular sieves having enhanced binding characteristics are also taught.Type: GrantFiled: January 7, 1988Date of Patent: August 1, 1989Assignee: UOPInventors: Albert S. Behan, Robert L. Chiang, Mark T. Staniulis
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Patent number: 4830732Abstract: Reforming to produce aromatics from aliphatics, using a bound zeolite catalyst containing a Group VIII metal such as platinum, has been found to be extremely sensitive to water, even at water concentrations as low as 3 ppm in the feed, unless certain catalysts having a low water sensitivity index are used. The water sensitivity index (WSI) is described and methods for making catalysts with a low WSI are described. The sulfur content of the feed to the reforming/aromatics production process is preferably below 50 parts per billion. The catalyst used in the reforming process is preferably a high crush strength catalyst and is preferably prepared by steps including treating L zeolite with a binding enhancement agent prior to binding with a binder such as silica, silica/alumina or alumina.Type: GrantFiled: January 7, 1988Date of Patent: May 16, 1989Assignee: Chevron Research CompanyInventors: Donald H. Mohr, Charles R. Wilson, Albert S. Behan, Robert L. Chiang, Mark T. Staniulis
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Patent number: 4243553Abstract: High surface area molybdenum disulfide, MoS.sub.2, is produced by the thermal decomposition of selected substituted ammonium thiomolybdate salts at temperatures of about 300.degree.-800.degree. C., with said salts being heated to decomposition temperature slowly, in an essentially oxygen-free atmosphere, through the temperature interval in which the substantial portion of the particular substituted ammonium thiomolybdate salts decompose. The product molybdenum disulfide has superior catalytic properties for the water gas shift and methanation reactions compared with conventional MoS.sub.2. The stability of the catalyst is enhanced by decomposing the thiomolybdate salt in admixture with an inert, preformed particulate diluent or by bulk doping said salt with tungsten or vanadium prior to decomposition of the salt. The molybdenum disulfide of the invention also has desirable properties for use in catalyzed hydrogenation and hydrotreating reactions, i.e.Type: GrantFiled: June 11, 1979Date of Patent: January 6, 1981Assignee: Union Carbide CorporationInventors: Alfred W. Naumann, Albert S. Behan
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Patent number: 4243554Abstract: High surface area molybdenum disulfide, MoS.sub.2, is produced by the thermal decomposition of selected ammonium thiomolybdate salts at temperatures of about 300.degree.-800.degree. C., with said salts being heated to decomposition temperature at a rate in excess of about 15.degree. C./min., e.g., about 20.degree.-30.degree. C./min., in an essentially oxygen-free atmosphere. The product molybdenum disulfide has superior catalytic properties for the water gas shift and methanation reactions compared with conventional MoS.sub.2. The stability of the catalyst is enhanced by decomposing the thiomolybdate salt in admixture with an inert, preformed particulate diluent or by bulk doping said salt with tungsten or vanadium prior to decomposition of the salt. The molybdenum disulfide of the invention also has desirable properties for use in catalyzed hydrogenation and hydrotreating reactions, i.e., hydrodenitrogenation and hydrodesulfurization reactions, particularly when employed in nickel or cobalt-promoted form.Type: GrantFiled: June 11, 1979Date of Patent: January 6, 1981Assignee: Union Carbide CorporationInventors: Alfred W. Naumann, Albert S. Behan