MR. IAN M. BURDETT, PA-C
Physician Assistant at Maccorkle Ave, Charleston, WV
License number
West Virginia 01356
Category
Nursing
Type
Physician Assistant
Address
Address
3200 Maccorkle Ave SE HOSPITALISTS PROGRAM, Charleston, WV 25304
Phone
(304) 388-5848
(304) 388-9654 (Fax)
(304) 388-9654 (Fax)
Personal information
See more information about IAN M. BURDETT at radaris.comName
Address
Phone
106 E Ridge Rd, Charleston, WV 25314
30 Affinity Dr, Charleston, WV 25313
106 Ridge Rd, Charleston, WV 25314
Professional information
See more information about IAN M. BURDETT at trustoria.com
Chemicals Professional
Chemicals Professional
Location:
Charleston, West Virginia Area
Industry:
Chemicals
Ian M Burdett, Charleston WV
Ian M Burdett, Charleston WV
Specialties:
Physician Assistant (PA)
Address:
3200 Maccorkle Ave SE, Charleston 25304
(304) 388-5848 (Phone), (304) 388-9654 (Fax)
(304) 388-5848 (Phone), (304) 388-9654 (Fax)
Languages:
English
Ian Michael Burdett, Charleston WV
Ian Michael Burdett, Charleston WV
Specialties:
Physician Assistant
Address:
3200 Maccorkle Ave Se, Charleston, WV 25304
Reactor Systems And Processes For Using The Same
Reactor Systems And Processes For Using The Same
US Patent:
8067509, Nov 29, 2011
Filed:
Apr 21, 2009
Appl. No.:
12/935415
Inventors:
Fathi D. Hussein - Cross Lanes WV, US
Ping Cai - Lake Jackson TX, US
Jose F. Cevallos-Candau - Charleston WV, US
Ian D. Burdett - Charleston WV, US
W. Scott Hamilton - S. Charleston WV, US
Ping Cai - Lake Jackson TX, US
Jose F. Cevallos-Candau - Charleston WV, US
Ian D. Burdett - Charleston WV, US
W. Scott Hamilton - S. Charleston WV, US
Assignee:
Univation Technologies, LLC - Houston TX
International Classification:
C08F 2/34, B01J 19/24, C08F 210/08
US Classification:
526 64, 526 68, 526918, 422132
Abstract:
A process for the polymerization of olefin's, including: introducing an olefin and a polymerization catalyst into a polymerization reactor to form a polyolefin, the polymerization reactor including: a fluidized bed region having a top and a bottom; and a motive bed region; wherein a first end of the motive bed region is fluidly connected to the top of the fluidized bed region; and wherein a second end of the motive bed region is fluidly connected to the bottom of the fluidized bed region; and wherein a diameter of the fluidized bed region is greater than a diameter of the motive bed region; circulating at least a portion of the olefin, the catalyst, and the polyolefin through the fluidized bed region and the motive bed region; maintaining a dense-phase fluidized bed within the fluidized bed region; recovering polyolefin from the fluidized bed region, is provided. A reactor system directed to the process is also provided.
Method For On-Line Monitoring And Control Of Polymerization Processes And Reactors To Prevent Discontinuity Events
Method For On-Line Monitoring And Control Of Polymerization Processes And Reactors To Prevent Discontinuity Events
US Patent:
8433443, Apr 30, 2013
Filed:
Jun 19, 2008
Appl. No.:
12/214469
Inventors:
Robert O. Hagerty - La Porte TX, US
Ian D. Burdett - Charleston WV, US
Marc L. DeChellis - Houston TX, US
F. David Hussein - Cross lanes WV, US
Eric J. Markel - Kingwood TX, US
Michael E. Muhle - Kingwood TX, US
Richard B. Pannell - Kingwood TX, US
Daniel P. Zilker - Charleston WV, US
Ian D. Burdett - Charleston WV, US
Marc L. DeChellis - Houston TX, US
F. David Hussein - Cross lanes WV, US
Eric J. Markel - Kingwood TX, US
Michael E. Muhle - Kingwood TX, US
Richard B. Pannell - Kingwood TX, US
Daniel P. Zilker - Charleston WV, US
Assignee:
Univation Technologies, LLC - Houston TX
International Classification:
G05B 21/00
US Classification:
700269, 700266, 700268, 702 22, 702 31, 702 32, 526 61, 526 59, 526 60, 422131, 422139
Abstract:
Generally, a method of monitoring a polymerization reaction in a fluid bed reactor to generate, in on-line fashion, data indicative of the imminent occurrence of a discontinuity event (for example, sheeting) and optionally also control the reaction to prevent the occurrence of the discontinuity event is provided. Typical embodiments include the steps of generating in on-line fashion at least one of bed static data indicative of static charge in the fluidized bed and carryover static data indicative of carryover static; and generating at least one of temperature data (in on-line fashion using at least one monitored reaction parameter) indicative of a first temperature and acoustic emission data indicative of resin stickiness in the reactor, where the first temperature is indicative of at least one of degree of resin stickiness in the reactor and a characteristic of melting behavior of polymer resin in the reactor in the presence of at least one diluent.
Circulating Fluidized Bed Reactor
Circulating Fluidized Bed Reactor
US Patent:
8129483, Mar 6, 2012
Filed:
Oct 8, 2009
Appl. No.:
13/119532
Inventors:
Ping Cai - Lake Jackson TX, US
F. David Hussein - Cross Lanes WV, US
Ian D. Burdett - Charleston WV, US
David M. Gaines - St. Albans WV, US
Roger B. Painter - Rosharon TX, US
F. David Hussein - Cross Lanes WV, US
Ian D. Burdett - Charleston WV, US
David M. Gaines - St. Albans WV, US
Roger B. Painter - Rosharon TX, US
Assignee:
Univation Technologies, LLC - Houston TX
International Classification:
C08F 2/34, B01J 19/24, C08F 210/02
US Classification:
526 64, 526 88, 526918, 422132
Abstract:
A continuous gas phase circulating bed reactor, including: a riser for contacting a catalyst and a first gas composition comprising an olefin to form a polyolefin under fast-fluidization regime or a dilute-phase pneumatic conveying regime conditions; a downer for contacting the catalyst and a second gas composition comprising an olefin to form additional polyolefin under fast fluidization regime or a dilute-phase pneumatic conveying regime conditions; and a transport section for conveying at least a portion of the catalyst, polyolefin, and additional polyolefin from the downer to the riser. Also disclosed is a polymerization process using such a circulating bed reactor.
Systems And Methods For Monitoring Solids Using Mechanical Resonator
Systems And Methods For Monitoring Solids Using Mechanical Resonator
US Patent:
7634937, Dec 22, 2009
Filed:
Dec 6, 2005
Appl. No.:
11/296597
Inventors:
Ian Burdett - Charleston WV, US
Timothy Lynn - Glen Gardner NJ, US
Oleg Kolosov - San Jose CA, US
Leonid Matsiev - San Jose CA, US
Timothy Lynn - Glen Gardner NJ, US
Oleg Kolosov - San Jose CA, US
Leonid Matsiev - San Jose CA, US
Assignee:
Symyx Solutions, Inc. - Sunnyvale CA
International Classification:
G01N 19/00, G01N 33/44, C08F 2/34
US Classification:
73 2406, 73 2401, 422 681, 700269, 702 24
Abstract:
Particle and multi-phase system monitoring methods, systems and apparatus are disclosed. Preferred embodiments comprise one or more mechanical resonator sensing elements. In preferred embodiments a sensor or a sensor subassembly is ported to a fluidized bed vessel such as a fluidized bed polymerization reactor.
Processes For Transitioning Between Various Polymerization Catalysts
Processes For Transitioning Between Various Polymerization Catalysts
US Patent:
6858684, Feb 22, 2005
Filed:
Nov 17, 2003
Appl. No.:
10/716041
Inventors:
Ian D. Burdett - Charleston WV, US
Ping P. Cai - Hurricane WV, US
Ronald Steven Eisinger - Charleston WV, US
Mark Gregory Goode - Hurricane WV, US
F. David Hussein - Cross Lanes WV, US
Michael Allen Kinnan - Charleston WV, US
Michael Elroy Muhle - Kingwood TX, US
Ping P. Cai - Hurricane WV, US
Ronald Steven Eisinger - Charleston WV, US
Mark Gregory Goode - Hurricane WV, US
F. David Hussein - Cross Lanes WV, US
Michael Allen Kinnan - Charleston WV, US
Michael Elroy Muhle - Kingwood TX, US
Assignee:
Univation Technologies, LLC - Houston TX
International Classification:
C08F002/34
US Classification:
526 86, 526 83, 526 88, 526901
Abstract:
This invention relates to processes for transitioning among polymerization catalyst systems, preferably catalyst systems, which are incompatible with each other. Particularly, the invention relates to processes for transitioning among olefin polymerization reactions utilizing Ziegler-Natta catalyst systems, metallocene catalyst systems and chromium-based catalyst systems.
Alcohol Separation Process
Alcohol Separation Process
US Patent:
4391919, Jul 5, 1983
Filed:
Jun 30, 1981
Appl. No.:
6/279098
Inventors:
Ian D. Burdett - Charleston WV
Assignee:
Union Carbide Corporation - Danbury CT
International Classification:
C07C 2706, C07C 2734
US Classification:
518725
Abstract:
The process involves the separation of monohydric and polyhydric products from a liquid homogeneous mixture obtained from the reaction of hydrogen and oxides of carbon in a solvent solution containing a Group VIII metal carbonyl complex catalyst by extracting said solvent solution with a liquid polyhydric alcohol having at least four carbon atoms and at least four hydroxyl moieties at a temperature of at least 50. degree. C. Further, the process is advantageous in that it can be effected under pressure in the presence of oxides of carbon.
Reaction System For Anaerobic Digestion
Reaction System For Anaerobic Digestion
US Patent:
2012016, Jun 28, 2012
Filed:
Jun 24, 2011
Appl. No.:
13/168718
Inventors:
Kevin D. Roy - Scott Depot WV, US
Thomas Arthur Maliszewski - Charleston WV, US
Ian Burdett - South Charleston WV, US
Thomas Arthur Maliszewski - Charleston WV, US
Ian Burdett - South Charleston WV, US
International Classification:
C12M 1/107
US Classification:
4352931
Abstract:
The present invention provides an anaerobic digestion reaction system. This system includes a continuously stirred reaction tank having an agitator contained therein and one or more outlet pipes. A blend tank for receiving organic waste feedstock is in communication with the continuously stirred reaction tank. Organic waste feedstock is transferred from the blend tank into the continuously stirred reaction tank. A plug flow reactor is in communication with the continuously stirred reaction tank. The organic waste feedstock is transferred from the continuously stirred reaction tank into the plug flow reactor to conduct stages of biomass reaction of the organic waste feedstock into biogas and creating organic waste material. The organic waste material and biogas is discharged from an outlet pipe and into an outlet gas separation vessel tank. In this tank, the biogas is separated from liquids and solid slurried waste.