Resumes
Resumes
Petr Taborsky Phones & Addresses
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2010 E Palm Ave APT 14216, Tampa, FL 33605
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Temple Terrace, FL
s
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6006 54Th St N, Saint Petersburg, FL 33709
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St Petersburg, FL
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9808 28Th St, Palmetto, FL 34221 (941) 722-0850
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Myakka City, FL
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Longboat Key, FL
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9808 28Th Ave E, Palmetto, FL 34221 (863) 773-6875
Work
Position:
Professional Specialty Occupations
Education
Degree:
Bachelor's degree or higher
Publications
Wikipedia References
Petr Taborsky
Work:
Position:
Chemist • Governor
Education:
Studied at:
University of South Florida
Skills & Activities:
Preference:
Criminal • Guilty • Theft
Master status:Student
Wikipedia
Peter Taborsky
View pagePeter Taborsky was the first person in the United States to be prosecuted in criminal court for stealing intellectual property. The property in question was ...
Us Patents
Treating Wastewater With Aluminosilicates With Modified Cation Affinity
View pageUS Patent:
53043650, Apr 19, 1994
Filed:
Jul 2, 1992
Appl. No.:
7/907813
Inventors:
Petr Taborsky - Tampa FL
International Classification:
C02F 142
US Classification:
423352
Abstract:
Mineral aluminosilicates enhanced as ion-exchange media for separating diverse ionic materials are provided by dry heating. A hydrated mineral alumino-silicate is irreversibly dehydrated in part, to improve the ratio of its affinity for preferred ions, relative to non-preferred ions, even though doing so reduces its affinity for both types of ions. Such dehydration is accomplished by heating the aluminosilicate until a temperature is reached at which its affinity for non-preferred cations is reduced enough that the ratio of its affinity for preferred ions to its affinity for non-preferred ions is greatly increased. Such aluminosilicates may be zeolites, such as clinoptilolite, or layered clays, such as vermiculite or smectite. 850. degree. C. is an example of such temperature.
Preparation Of Modifying And Using Aluminosilicates
View pageUS Patent:
51622769, Nov 10, 1992
Filed:
Oct 3, 1991
Appl. No.:
7/771389
Inventors:
Petr Taborsky - Tampa FL
International Classification:
B01J 2012
B01J 2016
B01J 2016
US Classification:
502 60
Abstract:
Mineral aluminosilicates enhanced as ion-exchange media for separating diverse ionic materials are provided by dry heating. A hydrated mineral alumino-silicate is irreversibly dehydrated in part, to improve the ratio of its affinity for preferred ions, relative to non-preferred ions, even though doing so reduces its affinity for both types of ions. Such dehydration is accomplished by heating the aluminosilicate until a temperature is reached at which its affinity for non-preferred cations is reduced enough that the ratio of its affinity for preferred ions to its affinity for non-preferred ions is greatly increased. Such aluminosilicates may be zeolites, such as clinoptilolite, or layered clays, such as vermiculite or smectite. 850. degree. C. is an example of such temperature.
Aluminosilicates With Modified Cation Affinity
View pageUS Patent:
50828134, Jan 21, 1992
Filed:
Jan 6, 1989
Appl. No.:
7/294160
Inventors:
Petr Taborsky - Tampa FL
International Classification:
B01J 2012
B01J 2016
B01J 2016
US Classification:
502 60
Abstract:
Mineral aluminosilicates enhanced as ion-exchange media for separating diverse ionic materials are provided by dry heating. A hydrated mineral alumino-silicate is irreversibly dehydrated in part, to improve the ratio of its affinity for preferred ions, relative to non-preferred ions, even though doing so reduces its affinity for both types of ions. Such dehydration is accomplished by heating the aluminosilicate until a temperature is reached at which its affinity for non-preferred cations is reduced enough that the ratio of its affinity for preferred ions to its affinity for non-preferred ions is greatly increased. Such aluminosilicates may be zeolites, such as clinoptilolite, or layered clays, such as vermiculite or smectite. 850. degree. C. is an example of such temperature.