CHARLES P SNYDER
Radiology at Magnolia Rdg Dr, Lakeland, FL
License number
Florida 80439
Issued Date
Jul 20, 2011
Effective Date
Oct 1, 2016
Expiration Date
Jul 31, 2012
Category
Health Care
Type
Radiologic Technology
Address
Address
8026 Magnolia Ridge Dr, Lakeland, FL 33810
Phone
(337) 353-2842
Professional information
Charles Snyder - Lakeland, FL
Work:
Guardian Ad Litem
Volunteer Guardian Ad Litem United States Army - Fort Polk, LA
Paralegal Noncommissioned Officer United States Army - Houston, TX
Administrative Assistant
Volunteer Guardian Ad Litem United States Army - Fort Polk, LA
Paralegal Noncommissioned Officer United States Army - Houston, TX
Administrative Assistant
Education:
University of South Florida - Tampa, FL
B.A. in Anthropology Keiser University - Lakeland, FL
A.S. in Nuclear Medicine Technology Saint Thomas Aquinas College - Sparkill, NY
A.A. in Liberal Arts Pinellas Technical Education Center - Saint Petersburg, FL
Diploma in Electronic and Computer Technology
B.A. in Anthropology Keiser University - Lakeland, FL
A.S. in Nuclear Medicine Technology Saint Thomas Aquinas College - Sparkill, NY
A.A. in Liberal Arts Pinellas Technical Education Center - Saint Petersburg, FL
Diploma in Electronic and Computer Technology
Fluid-Directing Multiport Rotary Valve
US Patent:
6431202, Aug 13, 2002
Filed:
Dec 1, 1999
Appl. No.:
09/452256
Inventors:
Brad Kevin Ahlgren - Apollo Beach FL
Charles B. Snyder - Lakeland FL
Ismail Fawaz - Wesley Chapel FL
Charles B. Snyder - Lakeland FL
Ismail Fawaz - Wesley Chapel FL
Assignee:
Calgon Carbon Corporation - Pittsburgh PA
International Classification:
F16K 11074
US Classification:
137312, 13760105, 13762515, 13762517
Abstract:
A rotary valve for directing fluid streams which has a circular stationary head having at least one and desirably multiple primary ports for connection with fluid streams at least one secondary port. The stationary head includes a number of first circular concentric channels formed therein and at least one second concentric channel. The first and second channels are associated with the primary and secondary ports, respectively. A rotatable head is provided having radial chambers, each having a first and second port for connection between a first channel and a secondary port. The rotatable head rotates against the stationary head and channels in a fluid sealed manner. An indexable drive rotates the rotatable head to interconnect predetermined primary channels and secondary ports. The timing of rotation can be continuous or intermittent depending upon the associated process of the fluid streams.
Fluid-Directing Multiport Rotary Valve
US Patent:
6719001, Apr 13, 2004
Filed:
Aug 12, 2002
Appl. No.:
10/217183
Inventors:
Brad Kevin Ahlgren - Apollo Beach FL
Charles B. Snyder - Lakeland FL
Ismail Fawaz - Wesley Chapel FL
Charles B. Snyder - Lakeland FL
Ismail Fawaz - Wesley Chapel FL
Assignee:
Calgon Carbon Corporation - Pittsburgh PA
International Classification:
F16K 11074
US Classification:
137312, 13760105, 13762515, 13762517
Abstract:
A rotary valve for directing fluid streams which has a circular stationary head having at least one and desirably multiple primary ports for connection with fluid streams at least one secondary port. The stationary head includes a number of first circular concentric channels formed therein and at least one second concentric channel. The first and second channels are associated with the primary and secondary ports, respectively. A rotatable head is provided having radial chambers, each having a first and second port for connection between a first channel and a secondary port. The rotatable head rotates against the stationary head and channels in a fluid sealed manner. An indexable drive rotates the rotatable head to interconnect predetermined primary channels and secondary ports. The timing of rotation can be continuous or intermittent depending upon the associated process of the fluid streams.
Process For The Removal Of Vanadium From Wet Process Phosphoric Acid
US Patent:
5171548, Dec 15, 1992
Filed:
Jun 6, 1990
Appl. No.:
7/533877
Inventors:
Gordon J. Rossiter - Lakeland FL
Stephen F. Pease - Seffner FL
Charles B. Snyder - Lakeland FL
Stephen F. Pease - Seffner FL
Charles B. Snyder - Lakeland FL
Assignee:
Advanced Separation Technologies Incorporated - Lakeland FL
International Classification:
B01D 1100, C01G 3100, C01B 2516
US Classification:
423 63
Abstract:
A process for removal of vanadium from wet process phosphoric acid comprising the steps of;
(i) adsorbing an anionic pentavalent complex of vanadium, derived from the wet process phosphoric acid, onto an anion exchange resin or into an organic layer; and
(ii) reducing the vanadium complex to trivalent and/or tetravalent vanadium so as to selectively strip vanadium from the anion exchange resin or from the organic layer.