Gerry D Getman from Boca Grande, FL, age 77

Name / Title

Company / Classification

Phones & Addresses

Gerry Getman
President/chief Executive Officer

Biosafe Inc

100 Technology Dr STE 400, Pittsburgh, PA 15219

Gerry Getman
President, Secretary

BEACH CHALET CONDOMINIUM ASSOCIATION, INC

5000 Gasparilla Rd, Boca Grande, FL 33921
PO Box 810, Boca Grande, FL 33921

Gerry D Getman
Director

MT DESIGN & CONSULTING, INCORPORATED
Business Consulting Services

9 Amberjack Ter, Placida, FL 33946
125 Marble Dr, Canonsburg, PA 15317

Gerry D. Getman
Principal, Director

Management Antiques and Extras, Inc
Ret Used Merchandise

125 Marble Dr, Canonsburg, PA 15317
5000 Gaspirilla Rd, Boca Grande, FL 33921

Us Patents

Method For Oxidizing Organophosphorous Compounds
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US Patent:

6570048, May 27, 2003
Filed:

Jun 23, 2000
Appl. No.:

09/602488
Inventors:

Gerry D. Getman - McMurray PA
Wood E. Hunter - The Woodlands TX
Rudolph H. Moyer - Montgomery Village MD
Assignee:

Commodore Applied Technologies, Inc. - New York NY
International Classification:

A62D 300
US Classification:

588200, 588221
Abstract:

Organophosphorous compounds containing CâP chemical bonds are oxidized with alkaline peroxysulfate to yield orthophosphates. For example, phosphinates, including certain chemical warfare agents, as well as phosphinate salts produced by the solvated electron reduction of the chemical warfare agents, are oxidized to orthophosphates.

Method Of Creating A Solvent-Free Polymeric Silicon-Containing Quaternary Ammonium Antimicrobial Agent Having Superior Sustained Antimicrobial Properties
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US Patent:

7851653, Dec 14, 2010
Filed:

Mar 22, 2006
Appl. No.:

11/386485
Inventors:

Gerry D. Getman - McMurray PA, US
Matt Bootman - Cannonsburg PA, US
Donald Wagner, Jr. - Bridgeville PA, US
Thomas Ward - Hudson FL, US
Assignee:

Biosafe, Inc. - Pittsburgh PA
International Classification:

C07C 211/00
US Classification:

564295, 427384
Abstract:

An antimicrobial polymer is disclosed containing silicon-containing quaternary ammonium groups, the polymer including in its structure repeating units of Formula II:RNRSiX′Y (II)wherein each R and each Ris independently a non-hydrolysable organic group; each X′ is —OR′, —OH or —O—Si, wherein R′ is an alkyl group of 1 to about 22 carbon atoms, or an aryl group of 6 carbon atoms; n is an integer of 0 to 3; and Y is an anionic moiety suitable to form the salt of the repeating units of Formula II. Also disclosed are methods of making such a polymer and imparting sustained antimicrobial properties to a substrate using the polymer.

Method Of Creating A Sustained Silicon-Containing Quaternary Ammonium Antimicrobial Agent Within A Polymeric Material
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US Patent:

7858141, Dec 28, 2010
Filed:

Mar 22, 2006
Appl. No.:

11/386348
Inventors:

Gerry D. Getman - McMurray PA, US
Matt Bootman - Cannonsburg PA, US
Donald Wagner, Jr. - Bridgeville PA, US
Thomas Ward - Hudson FL, US
Assignee:

Biosafe Inc. - Pittsburgh PA
International Classification:

B05D 3/00
US Classification:

427 21, 428208, 428323, 428329, 428331, 428524, 4285375, 162167, 106 2, 427 214, 427 224, 427 225, 427212, 427214, 427256, 427288
Abstract:

A method of imparting sustained antimicrobial properties throughout a material or substrate using an antimicrobial polymerizable silicon-containing quaternary ammonium salt monomer in a solvent to form a quaternary ammonium salt solution; and mixing the silicon-containing quaternary ammonium salt solution with at least a second monomer or a polymer or coating a solid polymer. Depending on the nature of the second monomer or polymer and the reaction conditions; a copolymer with the first monomer or a homopolymer will form, such that a polymeric material, substrate or formed plastic product comprising the copolymer or homopolymer or blended with the coated concentrate will have sustained antimicrobial properties. This method can be used to make formed plastic products, thin layer films and other products having sustained antimicrobial properties.

Process And Apparatus For Further Processing Of Sewage Sludge And Other Materials To Reduce Pathogens And Toxins
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US Patent:

7972408, Jul 5, 2011
Filed:

May 20, 2004
Appl. No.:

10/557941
Inventors:

Bruce L. Bruso - Hegins PA, US
Gerry D. Getman - McMurray PA, US
International Classification:

C05B 9/00
C02F 1/68
A62D 3/36
C05C 5/00
C05D 9/00
C05D 1/02
B09C 1/08
US Classification:

71 34, 71 58, 71 59, 71 63, 210764, 4051285, 588318
Abstract:

An apparatus and a method for treating a composition containing toxic materials or biosolids, wherein the apparatus has a hydraulically sealable top that can be opened to allow loading of the composition or closed to seal the apparatus. The apparatus also includes a reagent injection system for injecting a reagent into the apparatus, a mixing device for mixing the composition with the reagent, a heater system for heating the composition, or the mixture of the composition and the reagent, an internal vapor recovery system for recovering gases, vapors, and odors from the toxic materials or biosolids, or from the reagents, a reagent recovery system for recovering the reagent after it has been mixed with the composition, a discharge mechanism for discharging the treated composition, and a control panel comprising temperature and pressure measurements.

Deactivation Of Metal Liquid Coolants Used In Nuclear Reactor Systems
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US Patent:

61750514, Jan 16, 2001
Filed:

Apr 4, 2000
Appl. No.:

9/542167
Inventors:

Gerry D. Getman - McMurray PA
Assignee:

Commodore Applied Technologies, Inc. - New York NY
International Classification:

G21F 910
C01D 304
US Classification:

588 20
Abstract:

Liquid metal coolants, such as alkali metal used in nuclear reactor systems can be safely deactivated to form a disposable solid waste material. The alkali metal is dissolved in an ammoniacal liquid, such as anhydrous liquid ammonia to form a reaction mixture comprising alkali metal cations and solvated electrons. A precipitating agent that ionizes in the liquid ammonia is introduced into the reaction mixture to combine with the alkali metal cations and/or solvated electrons to form a precipitating alkali metal salt. Additionally, solidified alkali metal remaining within the coolant system after initial drainage of liquid alkali metal can be dissolved by circulating an ammoniacal liquid within the coolant system. Removal of the liquid ammonia having the alkali metal dissolved therein is combined with a ionizable precipitating agent to form a alkali metal salt.

Resumes

Vice President Research

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Location:

125 Marble Dr, Canonsburg, PA 15317

Industry:

Fine Art

Work:

Biosafe Sa
Vice President Research
Commodore Advanced Sciences, Inc. 1996 - Aug 2002
Vice President Research

Education:

Rensselaer Polytechnic Institute
Doctorates, Doctor of Philosophy, Philosophy, Chemistry, Organic Chemistry

Skills:

Chemistry
Commercialization
Product Development
Polymers
R&D
Organic Chemistry
Analytical Chemistry
Design of Experiments
Materials Science
Market Development
Plastics
Water Treatment
Manufacturing
Environmental Awareness
Product Management
Start Ups
Science
Competitive Analysis
Venture Capital
Polymer Science
Polymer Chemistry
Water
Executive Management
Business Development
Technology Transfer
Medical Devices
Fda
Mass Spectrometry
Chemical Engineering
Corporate Development
Analysis
Program Management
Metabolic Engineering
Intellectual Property
Supply Chain Management
Budgets
Six Sigma
Open Innovation
Proposal Writing
Entrepreneurship
Chromatography
Mergers
Protein Chemistry
Management
New Business Development
Strategy
Business Planning
Biochemistry
Continuous Improvement
Business Strategy

Languages:

English

Gerry D Getman

Gerry Getman Phones & Addresses

Work

Education

Skills

Languages

Emails

Industries

Us Patents

Method For Oxidizing Organophosphorous Compounds

Method Of Creating A Solvent-Free Polymeric Silicon-Containing Quaternary Ammonium Antimicrobial Agent Having Superior Sustained Antimicrobial Properties

Method Of Creating A Sustained Silicon-Containing Quaternary Ammonium Antimicrobial Agent Within A Polymeric Material

Process And Apparatus For Further Processing Of Sewage Sludge And Other Materials To Reduce Pathogens And Toxins

Deactivation Of Metal Liquid Coolants Used In Nuclear Reactor Systems

Resumes

Vice President Research