David M Roggeman, 654971 Corkwood Dr, Cleveland, OH 44133

6723888, Apr 20, 2004

Mar 14, 2001

09/808508

David M. Roggeman - North Royalton OH
James Oziomek - Cuyahoga Falls OH
Timothy L. Tartamella - Silver Lake OH

Bridgestone Corporation - Tokyo

C10M10502

585 3

A humidification system (A) for humidifying a dry hydrocarbon stream includes a column ( ) which defines an interior cavity ( ). The cavity is partially filled with a bed ( ) of a packing material ( ) and a layer of water ( ), leaving a headspace above the water. An inlet ( ) adjacent a lower end of the cavity receives a dry hydrocarbon stream which is broken up by the packing material and dissolves water as it passes therethrough. Entrained water droplets fall out of the wet blend in a disengagement zone ( ) above the water layer leaving the hydrocarbon stream humidified yet substantially free of liquid water in an upper region ( ) of the column.

6897270, May 24, 2005

Feb 28, 2002

10/468516

Yoichi Ozawa - Kodaira, JP
David M. Roggeman - North Royalton OH, US
H. Jerrold Miller - Savannah GA, US
Koji Masaki - Hagashimurayama, JP
Steven Luo - Akron OH, US
Thomas A. Antkowiak - Rittman OH, US

Bridgestone Corporation - Tokyo

C08F002/06

526 88, 526164, 526335, 5263404

A continuous process for producing conjugated diene polymers comprising the steps of contacting, within an hydrocarbon solvent and within a continuous reactor, conjugated diene monomer and a catalyst composition prepared by combining: (a) a lanthanide compound, (b) an alkylating agent, and (c) a halogen-containing compound, and maintaining a non-ideal flow pattern within the continuous reactor so that 10% of the reagents entering the reactor at a reference time tare still present within the continuous reactor at a time t+xt, where tis the residence time corresponding to ideal flow within the continuous reactor and x is a numeral greater than 1. 5.

7132503, Nov 7, 2006

Jul 23, 2004

10/898638

James H. Pawlow - Canton OH, US
David M. Roggeman - North Royalton OH, US
Daniel Graves - Canal Fulton OH, US
William Hergenrother - Akron OH, US
James Oziomek - Cuyahoga Falls OH, US

Bridgestone Corporation - Tokyo

C08F 6/00

528480, 422131, 502150, 510188

A process for removing residual polymer from polymerization equipment by combining a degelling agent, residual polymer, and solvent.

7442748, Oct 28, 2008

Mar 1, 2005

11/069679

William M. Cole - Clinton OH, US
David M. Roggeman - North Royalton OH, US

Bridgestone Corporation - Tokyo

C08F 2/00

526 64, 526 72, 422132

A process for the continuous polymerization of monomer, the process comprising (a) adding monomer and catalyst to an annulus within an annular reactor to form a polymerization medium within the annulus, where the annulus includes the space between an outer casing wall and an inner tubular wall, (b) allowing the polymerization medium a sufficient residence time within the annulus to provide a living polymer product, and (c) removing the polymer product from the annulus.

8372925, Feb 12, 2013

Apr 7, 2008

12/098825

Zengquan Qin - Copley OH, US
Jason T. Poulton - Akron OH, US
David M. Roggeman - North Royalton OH, US
Shigeaki Matsuo - Tokyo, JP

Bridgestone Corporation - Tokyo

C08F 4/14
C08F 4/52

526136, 526133, 5263404, 402111, 402117

In general the present invention provides a process for forming conjugated diene polymer, the process comprising the step of polymerizing conjugated diene monomer in the presence of a catalytically effective amount of a catalyst composition formed by combining (a) a nickel-containing compound, (b) an alkylating agent, (c) a fluorine-containing compound, (d) a carboxylic acid, and (e) an alcohol.

2004017, Sep 2, 2004

Mar 11, 2004

10/799565

David Roggeman - North Royalton OH, US
James Oziomek - Cuyahoga Falls OH, US
Timothy Tartamella - Silver Lake OH, US

Bridgestone Corporation

H01M008/00
C07C009/00
B01J008/00

585/015000, 422/190000

A humidification system (A) for humidifying a dry hydrocarbon stream includes a column () which defines an interior cavity (). The cavity is partially filled with a bed () of a packing material () and a layer of water (), leaving a headspace above the water. An inlet () adjacent a lower end of the cavity receives a dry hydrocarbon stream which is broken up by the packing material and dissolves water as it passes therethrough. Entrained water droplets fall out of the wet blend in a disengagement zone () above the water layer leaving the hydrocarbon stream humidified yet substantially free of liquid water in an upper region () of the column.

2011017, Jul 14, 2011

Dec 30, 2010

12/982278

David M. Roggeman - North Royalton OH, US
James Oziomek - Cuyahoga Falls OH, US
Timothy L. Tartamella - Silver Lake OH, US

B01J 19/00
B01D 11/00

422131, 422255

A humidification system (A) for humidifying a dry hydrocarbon stream includes a column () which defines an interior cavity (). The cavity is partially filled with a bed () of a packing material () and a layer of water (), leaving a headspace above the water. An inlet () adjacent a lower end of the cavity receives a dry hydrocarbon stream which is broken up by the packing material and dissolves water as it passes therethrough. Entrained water droplets fall out of the wet blend in a disengagement zone () above the water layer leaving the hydrocarbon stream humidified yet substantially free of liquid water in an upper region () of the column.

2012013, May 31, 2012

Jun 28, 2010

13/381311

Zengquan Qin - Copley OH, US
Xiao-Dong Pan - Akron OH, US
David M. Roggeman - North Royalton OH, US

C08F 236/10
C07F 7/02

526194, 556443

A group of compounds defined by the general formula (I) can be used to anionically initiate polymerization of unsaturated monomers. In the formula, M is an alkali metal atom, Ris an aryl group having at least one ORsubstituent group where each Ris a group that is nonreactive toward M, and R is a hydrocarbyl group. The subject initiators can be used in semi-batch and continuous polymerization processes, even those which are performed at elevated temperatures.