ROBERT M TAYLOR
Medical Practice at Jefferson Ave, Ponte Vedra, FL

2013021, Aug 29, 2013

Feb 27, 2012

13/405390

Greg Strugalski - Lee's Summit MO, US
James Roy Doehla - Pleasant Hill MO, US
Robert Warren Taylor - Ponte Vedra Beach FL, US
Heath Curtis Johnson - Harrisonville MO, US

General Electric Company - Schenectady NY

B01D 46/02

55379

A filter for use within a baghouse for filtering particulate material from fluid flow. The filter is to be supported by a tubesheet of the baghouse. The filter includes an elongate bag that has an open end adapted to be disposed adjacent to the tubesheet and an encircling sidewall that extends from the open end to a distal end of the bag. The sidewall permits passage of fluid there through so that the fluid may pass through the bag and blocks passage of particulate material. The filter includes an elongate cage that is located within and supporting the bag and that has a variable effective length. The filter includes cage-associated structure for increasing the effective length of the cage to maintain the sidewall to be taut adjacent the cage. The cage may include structure inhibiting movement of the cage. The filter may be part of a baghouse assembly.

7947110, May 24, 2011

Jul 31, 2008

12/183096

Robert W. Taylor - Ponte Vedra Beach FL, US

General Electric Company - Schenectady NY

B03C 3/74

95 2, 95 3, 95 6, 95 58, 95 61, 95 68, 95 70, 95 74, 95 76, 95 78, 96 25, 96 26, 96 30, 96 31, 702176, 705418

A method of operating a filtration system that filters flue gas, which includes particulate matter and a gaseous pollutant. The filtration system may include a fabric filter, which is cleaned with periodic pulse cleanings, a discharge electrode upstream of the fabric filter, which imparts an electric charge to at least some of the particulate matter before the particulate matter collects on the fabric filter, a sorbent, which is injected into the flue gas upstream of the fabric filter and absorbs at least some of the gaseous pollutant, and a fan, which draws the flue gas through the fabric filter. The filtration system may have a pulse cleaning interval setting that may be manipulated by an operator of the filtration system. The pulse cleaning interval setting may be the time between the pulse cleanings. The method may include the steps of: determining a cost of operating the filtration system at a first pulse cleaning interval setting; determining a cost of operating the filtration system at a second pulse cleaning interval setting; and comparing the cost of operating the filtration system at the first pulse cleaning interval setting with the cost of operating the filtration system at the second pulse cleaning interval.

7655068, Feb 2, 2010

Jun 14, 2007

11/763195

David Johnston - Poquoson VA, US
James Easel Roberts - Kansas City MO, US
Robert Warren Taylor - Ponte Vedra Beach FL, US
Yingneng Zhou - Niskayuna NY, US
Abdelkrim Younsi - Ballston Lake NY, US
Jennifer Lynn Molaison - Marietta GA, US
Wei Wu - Canton MI, US

General Electric Company - Schenectady NY

B03C 3/68

95 6, 95 7, 96 22, 96 23, 96 24

A method to facilitate improving electrostatic precipitator performance is provided. The method includes providing an electrostatic precipitator including an inlet, a collector chamber and an outlet, where the collector chamber includes a plurality of discharge electrodes and a plurality of collector electrodes. The method also includes defining a respective discharge electrode V-I performance for each of the plurality of discharge electrodes, identifying a particle removal characteristic for each respective discharge electrode based on the respective discharge electrode V-I performance for each of the plurality of discharge electrodes and positioning each of the plurality of discharge electrodes in the electrostatic precipitator according to the particle removal characteristic for each respective discharge electrode.

2014001, Jan 16, 2014

Jul 13, 2012

13/548710

Robert Warren Taylor - Ponte Vedra Beach FL, US
Bradley Stephen Rogers - Leawood KS, US
James Easel Roberts - Simpsonville SC, US
Allen Lawrence Garner - Clifton Park NY, US

C12H 1/02, C25B 7/00, B03C 5/00

426239, 204627

Methods and systems for fluid stabilization are provided. The system includes a first electrical field generator positioned adjacent to a first passage. The first electrical field generator imparts a first electrical field to a fluid flowing through the first passage such that first particles and second particles entrained in the fluid are charged to a first polarity. A first collector positioned within the first passage collects the first particles charged in the fluid. A second electrical field generator positioned adjacent to a second passage is downstream from the first electrical field generator. The second electrical field generator imparts a second electrical field to the fluid discharged from the first passage and substantially neutralizes the second particles entrained in the fluid.

7861511, Jan 4, 2011

Oct 30, 2007

11/928038

Rahul J. Chillar - Greenville SC, US
Robert W. Taylor - Ponte Vedra Beach FL, US
James E. Roberts - Kansas City MO, US

General Electric Company - Schenectady NY

F02G 1/00, F02G 3/00, F02M 25/07, F02M 25/06, C10L 3/00, C01B 3/32

60 3952, 60 3912, 60 395, 606052, 60278, 481273

A portion of the exhaust generated by a turbomachine is recirculated through an inlet portion by an exhaust gas recirculation system. The system reduces the level of harmful constituents within the exhaust before the exhaust is recirculated.

2012020, Aug 16, 2012

Feb 15, 2011

13/027318

Tian Xuan Zhang - Raytown MO, US
David Michael Chapin - Raytown MO, US
Robert Warren Taylor - Ponte Vedra Beach FL, US

GENERAL ELECTRIC COMPANY - Schnectady NY

F22B 31/00, F23C 15/00

122 24, 431 1

The present application provides a pulse detonation combustor heat exchanger. The pulse detonation combustor heat exchanger may include one or more pulse detonation combustors creating combustion gases therein, one or more inner pathways positioned about the pulse detonation combustors, and a working medium flowing in the inner pathways so as to exchange heat with the combustion gases in the pulse detonation combustors.

8349056, Jan 8, 2013

Jul 15, 2009

12/503639

Robert Warren Taylor - Ponte Vedra Beach FL, US

General Electric Company - Schenectady NY

B01D 53/14

95179, 95211, 95214, 95231, 96243, 96295

A system includes a direct contact absorber configured to circulate a flow of a liquid desiccant solution for absorbing moisture from a gas stream flowing through the direct contact absorber.

8220420, Jul 17, 2012

Mar 19, 2010

12/727283

Robert Warren Taylor - Ponte Vedra Beach FL, US
David Chapin - Kansas City MO, US
Terry Farmer - Kearney MO, US
James Easel Roberts - Kansas City MO, US

General Electric Company - Schenectady NY

F22B 37/48, F23J 3/02, F28G 1/00, B08B 9/00

122379, 122396, 134 221, 134166 R, 134167 R, 153161

A system and associated method for removing accumulated debris from a surface of a vessel. The system includes an impulse cleaning device defining a combustion chamber in which combustible fuel and air are mixed and ignited to produce combustion that is directed at the surface to be cleaned within the vessel, and an eductor assembly surrounding a downstream end of the chamber for inducting surrounding atmosphere into the combustion to widen the area being cleaned.

8562724, Oct 22, 2013

Mar 1, 2011

13/038080

Peter Martin Maly - Lake Forest CA, US
Robert Taylor - Ponte Vedra Beach FL, US
Vishal Bansal - Overland Park KS, US

General Electric Company - Schenectady NY

B01D 53/02

96114, 96115, 95 26, 95107, 60297

A pollutant removal system for use with a power generation system includes a particulate control device configured to remove particulates from a flue gas stream produced within the power generation system. The particulate control device is cleaned on a predetermined cleaning cycle. The pollutant removal system also includes a sorbent control system for controllably injecting a sorbent into the flue gas stream upstream of the particulate control device. The sorbent control system is configured to adjust a sorbent injection rate as a function of the cleaning cycle.

7544339, Jun 9, 2009

Mar 27, 2007

11/691876

Vitali Victor Lissianski - San Juan Capistrano CA, US
Peter Martin Maly - Lake Forest CA, US
William Randall Seeker - San Clemente CA, US
Robert Warren Taylor - Ponte Vedra Beach FL, US

General Electric Company - Schenectady NY

B01D 53/64, B01D 53/74, B01D 53/83

423210, 422168, 422187, 110203, 110216, 110234, 110322, 95134

A method for reducing mercury emissions in combustion flue gas is provided. The method includes combusting coal such that a flue gas flow is created. The flue gas flow includes at least mercury and carbon-containing fly ash. The method further includes cooling the flue gas flow within a duct and creating turbulence in the flue gas flow. The mercury is removed from the flue gas flow.