Desikan Sundararajan from Toledo, OH, age 43

Desikan Sundararajan Phones & Addresses

Toledo, OH
39067 Cheshire Dr, Northville, MI 48167
Austin, TX
Sugar Land, TX
Houston, TX
Liberty Township, OH
Sylvania, OH
Maumee, OH
Butler, OH

Work

Company:

O-i
Dec 2011
Address:

Perrysburg OH
Position:

Research scientist ii

Education

Degree:

PhD
School / High School:

University of Toledo
2004 to 2009
Specialities:

Chemical Engineering

Skills

XRD • GC-MS • Characterization • HPLC • Catalysis • SEM • EDS • TEM • XRF • UV-Vis • Piloting • Laboratory Research • labv • Aspen Plus • Chemical Engineering • Process Engineering • Process Development • UV/Vis • Powder X-ray Diffraction • Materials Science • Thin Films • Nanotechnology • Gas Chromatography • Coatings • Process Simulation

Languages

hin

Awards

Finalist: A novel paradigm in greenhouse gas mitigation, Desikan Sundararajan, Emily Sack and Jonathan Johnson, ORNL’s Global Venture Challenge™, Idea to Product competition®, Mar 2009 • First Place: The Gradiator™: Functionally gradient nanocatalyst reformer module, Desikan S and A-M Azad, Student Poster Contest at Commercialization of Nanomaterials (ACerS/TMS), Nov 2007 • Outstanding Teaching Assistant Award: The University of Toledo, Fall 2006 • First Place: Innovative approach to treat arsenic in complex aqueous waste: MEUF, Desikan. S, E.A. Saez, and W.P. Ela, Student Poster Contest at 66th OAWWA Annual Conference, Sep 2004 • Second Prize: VLIW Simulation in chemical engineering processes, S. Desikan and P.V. Jain, Chemsplash 2001, National technical symposium at IIT, Mumbai, India, Mar 2002 • First Prize: E-simulation, S. Desikan and R. Labroo, presented at IIChE, Collision 2000, International chemical engineering students’ meet at DDIT, India, Sep 2000

Industries

Chemicals

Resumes

Research Seientist Ii At Oi

view source

Position:

Research Scientist II at O-I

Location:

Toledo, Ohio Area

Industry:

Chemicals

Work:

O-I - Perrysburg OH since Dec 2011
Research Scientist II
Green Systems - Toledo/Cincinnati OH Jul 2009 - Dec 2011
Research and Development Manager
Green Systems Jul 2009 - Oct 2011
Senior Engineer
University of Toledo - Toledo OH Aug 2004 - Jul 2009
Research Assistant

Education:

University of Toledo 2004 - 2009
PhD, Chemical Engineering University of Arizona 2002 - 2004
MS, Environmental Engineeering University of Pune 1998 - 2002
B.E., Chemical Engineerin

Skills:

XRD
GC-MS
Characterization
HPLC
Catalysis
SEM
EDS
TEM
XRF
UV-Vis
Piloting
Laboratory Research
labv
Aspen Plus
Chemical Engineering
Process Engineering
Process Development
UV/Vis
Powder X-ray Diffraction
Materials Science
Thin Films
Nanotechnology
Gas Chromatography
Coatings
Process Simulation

Honor & Awards:

Finalist: A novel paradigm in greenhouse gas mitigation, Desikan Sundararajan, Emily Sack and Jonathan Johnson, ORNL’s Global Venture Challenge™, Idea to Product competition®, Mar 2009 First Place: The Gradiator™: Functionally gradient nanocatalyst reformer module, Desikan S and A-M Azad, Student Poster Contest at Commercialization of Nanomaterials (ACerS/TMS), Nov 2007 Outstanding Teaching Assistant Award: The University of Toledo, Fall 2006 First Place: Innovative approach to treat arsenic in complex aqueous waste: MEUF, Desikan. S, E.A. Saez, and W.P. Ela, Student Poster Contest at 66th OAWWA Annual Conference, Sep 2004 Second Prize: VLIW Simulation in chemical engineering processes, S. Desikan and P.V. Jain, Chemsplash 2001, National technical symposium at IIT, Mumbai, India, Mar 2002 First Prize: E-simulation, S. Desikan and R. Labroo, presented at IIChE, Collision 2000, International chemical engineering students’ meet at DDIT, India, Sep 2000

Languages:

hin

Us Patents

Methods And Devices For Detecting Unsaturated Compounds
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US Patent:

20110124113, May 26, 2011
Filed:

Nov 25, 2009
Appl. No.:

12/626252
Inventors:

Abdul-Majeed Azad - Perrysburg OH, US
Desikan Sundararajan - Sylvania OH, US
International Classification:

G01N 33/00
G01N 27/00
US Classification:

436139, 436149, 422 8201
Abstract:

Embodiments provide a method for detecting an unsaturated compound, the method comprising monitoring change in electrical properties of substances such as halides of copper that reacts or interacts with unsaturated compounds such as acetylene. Other embodiments provide a sensor for detecting acetylene gas comprising a substrate having a surface, electrodes in electrical communication with said surface, and a sensor layer formed of metal halide.

Methods And Devices For Detecting Unsaturated Compounds
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US Patent:

20120196379, Aug 2, 2012
Filed:

Nov 24, 2010
Appl. No.:

13/499963
Inventors:

Abdul-Majeed Azad - Perrysburg OH, US
Desikan Sundararajan - Sylvania OH, US
Robert Howard Kinner - Mentor OH, US
International Classification:

G01N 27/00
US Classification:

436142, 436149, 422 98
Abstract:

A method for detecting an unsaturated compound, the method comprising monitoring change in electrical properties of a substance that reacts or interacts with unsaturated compounds.

Exhaust Gas Purification Catalysts And Methods Of Making The Same
view source
US Patent:

8227373, Jul 24, 2012
Filed:

Jan 29, 2010
Appl. No.:

12/696253
Inventors:

Abdul-Majeed Azad - Perrysburg OH, US
Desikan Sundararajan - Toledo OH, US
Assignee:

The University of Toledo - Toledo OH
International Classification:

B01J 23/00
B01J 23/10
B01J 23/40
B01J 23/42
B01J 23/70
B01J 23/74
B01J 23/06
B01J 23/72
B01J 8/00
B01J 8/02
B01D 50/00
B01D 53/34
B01D 47/00
B01D 53/46
B01D 53/56
B01D 53/86
B01D 53/94
B01D 53/02
F01N 3/00
F01N 3/10
F23J 11/00
C01B 21/00
C01B 23/00
C01B 25/00
C01B 31/00
C01B 33/00
C01B 35/00
C01B 31/18
C07C 11/24
C10K 1/00
US Classification:

502304, 502302, 502325, 502326, 502338, 502343, 502345, 502349, 502352, 422168, 422177, 60299, 423210, 4232132, 4232135, 4232391, 4232451, 423247
Abstract:

A catalyst and its use for the abatement of carbon monoxide and unburned hydrocarbons in the exit stream of a combustion device, such as an automobile and spray paint booths are disclosed.

Process And Apparatus For Refining Molten Glass
view source
US Patent:

20180002214, Jan 4, 2018
Filed:

Sep 13, 2017
Appl. No.:

15/702896
Inventors:

- Perrysburg OH, US
Desikan Sundararajan - Sugar Land TX, US
Terence J. Clark - Bowling Green OH, US
Witold Mastek - Waterville OH, US
International Classification:

C03B 5/225
Abstract:

An apparatus for refining molten glass that includes a housing having a vertically oriented longitudinal axis and a transverse axis perpendicular to the longitudinal axis. Molten glass is received at an upper end of the housing and is discharged from a lower end of the housing. A guide extends at least partway across the housing and directs molten glass in a generally downward direction through the housing and in a parallel or oblique direction relative to the transverse axis of the housing.

Proppant Bead Forming Methods
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US Patent:

20170066962, Mar 9, 2017
Filed:

Sep 9, 2016
Appl. No.:

15/261764
Inventors:

- Pasadena CA, US
- Houston TX, US
Sabah K. Bux - Chino Hills CA, US
Jean-Pierre Fleurial - Altadena CA, US
Andrew Kindler - San Marino CA, US
Su C. Chi - Pasadena CA, US
Margie L. Homer - Pasadena CA, US
Bryan W. McEnerney - Pasadena CA, US
Pandurang Kulkarni - Houston TX, US
Desikan Sundararajan - Houston TX, US
International Classification:

C09K 8/80
B01J 2/00
B01J 2/04
B28B 11/24
Abstract:

The disclosure herein includes methods of preparing ceramic beads, useful as proppant materials, by mixing ceramic precursors, such as slag, fly ash, or aluminum dross, forming bead precursors from the mixture, and heating the bead precursors to drive a chemical reaction between the ceramic precursors to form the ceramic beads. The resultant ceramic beads may be generally spherical particles that are characterized by diameters of about 0.1 to 2 mm, a diametral strength of at least about 100 MPa, and a specific gravity of about 1.0 to 3.0. A coating process may optionally be used to increase a diametral strength of a proppant material. A sieving process may optionally be used to obtain a smaller range of sizes of proppant materials.

Hydraulic Fracturing And Frac-Packing Using Ultra Light, Ultra Strong (Ulus) Proppants
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US Patent:

20170030179, Feb 2, 2017
Filed:

Jul 31, 2015
Appl. No.:

14/815666
Inventors:

- Houston TX, US
Desikan SUNDARARAJAN - Sugar Land TX, US
Virgil Ray ELLIS - Katy TX, US
Assignee:

STATOIL GULF SERVICES LLC - Houston TX
International Classification:

E21B 43/267
C09K 8/80
E21B 43/26
Abstract:

A method of fracturing or frac-packing a subterranean zone surrounding a well bore includes fracturing the subterranean zone with a fracturing fluid to form fractures; pumping proppant slurry comprising ultra-light, ultra-strong proppant into the fractures of the subterranean zone; and releasing pressure after pumping to form propped fractures.

Methods And Devices For Detecting Unsaturated Compounds
view source
US Patent:

20160077048, Mar 17, 2016
Filed:

Nov 19, 2015
Appl. No.:

14/946295
Inventors:

- Toledo OH, US
Desikan SUNDARARAJAN - Sylvania OH, US
Robert Howard KINNER - Mentor OH, US
International Classification:

G01N 27/414
Abstract:

An insulated-gate field-effect transistor comprising a semiconductor substrate, a source region, a drain region, where the source region is spaced apart from the drain region to thereby form a channel, and both the source region and the drain region are located at or near one surface of the substrate, a gate insulator deposited over said channel, and a gate electrode, said gate electrode including a material that demonstrates appreciable change in resistivity relative to the concentration of acetylene, where the gate electrode covers the gate insulator.

Process And Apparatus For Refining Molten Glass
view source
US Patent:

20150353405, Dec 10, 2015
Filed:

Jun 6, 2014
Appl. No.:

14/298422
Inventors:

- Perrysburg OH, US
Desikan Sundararajan - Sugar Land TX, US
Terence J. Clark - Bowling Green OH, US
Witold Mastek - Waterville OH, US
International Classification:

C03B 5/225
Abstract:

A process and an apparatus for refining molten glass that includes a housing having a vertically oriented longitudinal axis and a transverse axis perpendicular to the longitudinal axis. Molten glass is received at an upper end of the housing and is discharged from a lower end of the housing. A guide extends at least partway across the housing and directs molten glass in a generally downward direction through the housing and in a parallel or oblique direction relative to the transverse axis of the housing.