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Gary F Platek, 7411615 Legend Creek Dr, Chesterland, OH 44026

Gary Platek Phones & Addresses

11615 Legend Creek Dr, Chesterland, OH 44026    440-2861484   

Cleveland, OH   

Willoughby, OH   

Painesville, OH   

Work

Position: Professional/Technical

Education

Degree: Associate degree or higher

Emails

Mentions for Gary F Platek

Gary Platek resumes & CV records

Resumes

Gary Platek Photo 19

Principal

Location:
59 Dwight St, Hatfield, MA 01038
Industry:
Chemicals
Work:
Enquest
Principal
Turf Care Supply Corp Oct 2005 - Jul 2017
Vice President, Regulatory Affairs
Lesco 2002 - 2005
Director, Ehs
Middough Inc. 1997 - 2002
Senior Project Manager
Education:
Cornell University
Cleveland State University
Master of Science In Industrial Engineering, Masters, Chemical Engineering
Skills:
Project Management, Management, Negotiation, Contract Negotiation, Strategic Planning, Leadership, Operations Management, Process Improvement, Engineering, Environmental Compliance, Rcra, Project Planning, Ehs, Contract Management, Environmental Management Systems, Supply Chain, Strategy, Policy, Microsoft Excel, Microsoft Office, Supply Chain Management, Manufacturing
Gary Platek Photo 20

Gary Platek

Location:
San Rafael, California
Industry:
Medical Devices
Skills:
Special Effects, Feature Films, Film, Animation, Commercials, Post Production, Film Production, 3D, Digital Compositing, Lighting, Music Videos, Visual Effects, Mechatronics

Publications & IP owners

Us Patents

Surface Sampling Tester

US Patent:
5251496, Oct 12, 1993
Filed:
May 3, 1991
Appl. No.:
7/695685
Inventors:
Gary F. Platek - Chesterland OH
International Classification:
G01N 114
US Classification:
73864
Abstract:
Apparatus for exposing a rinsing agent to a surface (29) and then collecting the rinsing agent wherein a body (10) defines an internal cavity (12) and wherein a conduit (20) is secured to body (10). Body (10) includes an opening (18) and conduit (20) includes an inlet end (24) that is located in cavity (12) and adjacent to opening (18). A flange (26) is connected to inlet end (24) and cooperates with body (10) and surface (29) to define a chamber (31). The apparatus further includes a gasket (40) that forms a seal between body (10) and surface (29). Rinsing agent that is introduced to cavity (12) passes through chamber (30) and conduit (20) to an outlet end (22).

Device For Waste Water Treatment

US Patent:
4399020, Aug 16, 1983
Filed:
Jul 24, 1981
Appl. No.:
6/286551
Inventors:
Kenneth J. Branchick - Mentor OH
Irving Malkin - University Hts. OH
Robert C. Sutter - Painesville OH
Karel A. Korinek - Mentor OH
Mary R. Suchanski - Rochester NY
Donald M. Knaack - Mentor OH
Gary F. Platek - Willoughby Hills OH
Assignee:
Diamond Shamrock Corporation - Dallas TX
International Classification:
C25C 700
C25C 702
C25C 704
US Classification:
204269
Abstract:
This invention is directed to a membrane or diaphragm-free electrolytic cell device for removal of a metal(s) present as a contaminant(s) in waste water comprising a nonconductive cell box having an upper peripheral flange, anode and cathode bus bars located on said cell box below said flange, inlet and outlet means to pass the liquid through the electrodes contained in said box, means to space the anodes and cathodes contained within said cell box, a plurality of anodes having openings to permit the flow of waste water therethrough, a plurality of reticulate cathodes, and means connecting the anodes and cathodes, respectively, to said bus bars and to a source of electrical energy whereby the metal contaminant(s) present in such water are deposited on the reticulate cathodes predominantly.

Reticulate Electrode And Cell For Recovery Of Metal Ions

US Patent:
4515672, May 7, 1985
Filed:
Jul 25, 1983
Appl. No.:
6/516867
Inventors:
Gary F. Platek - Concord OH
Geoffrey P. Krug - Painesville OH
Assignee:
Eltech systems Corporation - Boca Raton FL
International Classification:
C25C 700
C25C 702
C25B 1112
C25B 1103
US Classification:
204269
Abstract:
A reticulate cathode, for use in an electrolytic cell for scavenging a metal from a solution containing ions of the metal, comprising an open cell electrically conductive foam which has been coated with conductive carbon particles. A cathode assembly comprises an electrically conductive support member to which the conductive foam is secured, the support also serving as the current conductor. The resistivity of the foam is less than 3000 ohm-cm, preferably in the range from about 40-1000 ohm-cm, and it has a pore size in the range from about 10 pores per inch (ppi) to about 100 ppi, and a void fraction in the range from about 0. 5 to about 0. 98. In its most preferred embodiment, the cathode is preplated with copper in an amount from about 0. 5-20 g/ft. sup. 2 of active area, sufficient to impart rigidity to the cathde and avoid using a support member.

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