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Anthony J Gleason

from Brookfield, CT
Age ~66
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Also known as:
Anthony John Gleason, Anthony J Gleaso, Tony J Gleason, Amy Gleason, Anthony N
Phone and address:
6 Prospect Dr, Brookfield Center, CT 06804
(203) 731-4708
Related to:
John T Gleason, 70
Connected to:
Adam Gleason, 38Alison L Gleason, 57Amy L Gleason, 40Annette C Gleason, 40Ben Gleason, 39Brandi Gleason, 51Brandy R Gleason, 52Briana C Gleason, 45Carina M Gleason, 30Charity Gleason, 54

Anthony Gleason Phones & Addresses

  • 6 Prospect Dr, Brookfield, CT 06804 (203) 731-4708 (203) 775-6217
  • 628 N 3Rd St, New Hyde Park, NY 11040
  • Brooklyn, NY
  • Naval Anacost Annex, DC
  • Brookline, MA
  • Ocala, FL
  • Floral Park, NY
  • 6 Prospect Dr, Brookfield, CT 06804 (203) 775-6217

Work

Position: Professional/Technical

Education

Degree: High school graduate or higher

Emails

a***[email protected]

Industries

Financial Services

Resumes

Resumes

Anthony Gleason Photo 1

Managing Director At Neuberger Berman

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Location:
Greater New York City Area
Industry:
Financial Services

Publications

Us Patents

Separation Of Dispersed Phase From Continuous Fluid Phase

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US Patent:
46247645, Nov 25, 1986
Filed:
Apr 17, 1984
Appl. No.:
6/601271
Inventors:
Donald J. Mintz - Summit NJ
Anthony M. Gleason - Westfield NJ
Assignee:
Exxon Research and Engineering Company - Florham Park NJ
International Classification:
B03C 502
C02F 148
C10G 3302
US Classification:
204188
Abstract:
Separation of dispersed phase (e. g. , solid, gel, liquid or gas contiminant) from a continuous fluid background phase (liquid or gas) is achieved by injecting free charge into the phase mixture, which both induces an electric field within the mixture and effects charging of the dispersed phase. The interaction between the induced electric field and the charged contaminants causes migration of the contaminant and collection on preferably densely packed collector surfaces within the phase mixture. The dense packing reduces the migration path length and therefore increases the contaminant separation effectiveness. The collector surfaces can be provided by a bed of beads.

Method And Apparatus For Separating Wax/Water From Hydrocarbon Mixture Boiling In The Lubricating Oil Range

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US Patent:
45811121, Apr 8, 1986
Filed:
Apr 11, 1985
Appl. No.:
6/722163
Inventors:
Donald J. Mintz - Summit NJ
Anthony M. Gleason - Westfield NJ
Assignee:
Exxon Research and Engineering Co. - Florham Park NJ
International Classification:
B03C 500
B03C 502
C10G 3302
US Classification:
204188
Abstract:
For separating wax particles and/or water droplets from a hydrocarbon mixture boiling in the lubricating oil range, net positive or net negative free excess electric charge is introduced, e. g. by a charge injector (44), into the wax/water-laden oil mixture. The oil is brought into contact with at least one collector surface, which can be provided by a bed of closely packed beads (33) in a separation vessel (6) or, for separating wax particles, a rotating collector drum (61). The introduced charge attaches itself to the wax particles/water droplets and at the same time causes an induced electric field to be set up within the oil mixture. The electrophoretic effect produced by the interaction between the charge and the induced field causes the wax/water to collect on the collector surface and accumulate there, for separation from the oil mixture.

Method And Apparatus For Charging A Contaminant-Laden Liquid

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US Patent:
46184325, Oct 21, 1986
Filed:
Apr 17, 1984
Appl. No.:
6/601274
Inventors:
Donald J. Mintz - Summit NJ
Anthony M. Gleason - Westfield NJ
Assignee:
Exxon Research and Engineering Co. - Florham Park NJ
International Classification:
B01D 1706
B03C 500
B03C 502
US Classification:
210748
Abstract:
In order to inject a net unipolar charge, for example using a charge injector (1), into a liquid containing a dispersed contaminant without risk of blockage or arcing in the charge injector which could arise if the contaminated liquid were passed through the charge injector (1) itself, instead a substantially contaminant-free liquid is passed through the charge injector (1) and then the charged contaminant-free liquid brought into contact with the contaminated fluid in a mixing chamber (33), for example. The invention finds particular application in the electrostatic removal of contaminant from a liquid, where the mixing chamber is provided within a separation vessel (6), preferably containing a bed of densely packed beads (32). In the mixing chamber, the contaminants migrate under the influence of the electric field induced in the liquid mixture and conglomerate on the exposed surface of the beads.

Polymerization Reaction By Charge Injection

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US Patent:
44352611, Mar 6, 1984
Filed:
Jul 27, 1981
Appl. No.:
6/287411
Inventors:
Donald J. Mintz - Fort Lee NJ
Arnold J. Kelly - Princeton Junction NJ
Anthony M. Gleason - Westfield NJ
Assignee:
Exxon Research and Engineering Co. - Florham Park NJ
International Classification:
C25B 300
US Classification:
204168
Abstract:
This invention relates to a process for the free radical polymerization of at least one monomer into a polymeric substance by a charge injection means, wherein the monomer or the solution of monomer and oil is disposed within the chamber of a cell of an electrostatic atomizing device which includes the aforementioned cell and chamber a discharge spray means in communication with the cell, the formed polymer being transported to the discharge spray means and atomized into droplets, and a mechanism for passing a charge through the monomer or solution of monomer within the chamber, wherein the charge is sufficient to induce free radical polymerization of the monomer.

Separation Of Dispersed Phase From Phase Mixture

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US Patent:
46612262, Apr 28, 1987
Filed:
Apr 17, 1984
Appl. No.:
6/601254
Inventors:
Donald J. Mintz - Summit NJ
Arnold J. Kelly - Princeton Junction NJ
Anthony M. Gleason - Westfield NJ
Assignee:
Exxon Research and Engineering Company - Florham Park NJ
International Classification:
B01D 1706
US Classification:
204186
Abstract:
In order to separate the dispersed phase from a continuous background fluid phase together forming a phase mixture (for example, contaminant particles from a continuous liquid phase), charge is injected into the mixture with a charge injection device (1) which issues charged mixture into a separation vessel (6) through a gas or vapor space (11). The injected charge induces an electric field within the liquid mixture in the vessel (6) which causes migration of contaminants towards the walls of the vessel (6) and precipitation on the wall surfaces. The clarified liquid is discharged from the vessel through outlet (7). The contaminant separation technique is effective and simple to achieve technically, and has the added advantage of operating effectively even with extremely small contaminant particle sizes, for example of the order of sub-micron or micron size.
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Anthony J Gleason from Brookfield, CT, age ~66 Get Report