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Patrick P Chebi

from Jacksonville Beach, FL
Age ~62
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Also known as:
Patrick Paul Chebi, Patrick D Chebi, Patrick Paul Chebl, Pp Chebi, Pat P Chebi, Patrick P Ri
Phone and address:
118 34Th Ave S, Jacksonville, FL 32250
(904) 614-4880
Related to:
Kate YaconielloMargaret ChebiGerard Yaconiello, 64Carl P Chebi, 59Jennifer Chebi
Connected to:
Alexandra D Chebil, 70Faouzi B Chebil, 51Gokul Chebiyam, 47Francisco Chebly, 57Juan E Chebly, 39Ramakrishna Cheboli, 49Aleksey V Chebotarev, 46Tracey R Chebra, 67Jack C Chebret, 58Sunil K Chebrolu, 47

Patrick Chebi Phones & Addresses

  • 118 34Th Ave S, Jax Bch, FL 32250 (904) 614-4880
  • 12625 Mills Ridge Ln, Jacksonville, FL 32258 (904) 268-3607 (904) 268-5726
  • Jacksonville Beach, FL
  • Orange Park, FL
  • 12625 Mills Ridge Ln, Jacksonville, FL 32258 (904) 614-4880

Work

Position: Professional/Technical

Education

Degree: Graduate or professional degree

Emails

p***[email protected]

Resumes

Resumes

Patrick Chebi Photo 1

Manager - N.a Equipment Engineering Group

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Location:
118 34Th St, Jacksonville Beach, FL 32206
Industry:
Chemicals
Work:
Solenis
Manager - N.a Equipment Engineering Group
Education:
Boston University 1980 - 1984
Bachelors, Bachelor of Science, Biomedical Engineering Holliston High School
Skills:
Process Engineering
Water Treatment
Product Development
Engineering
Manufacturing
Process Improvement
Coatings
Chemical Engineering
Strategic Planning
Languages:
English
French
Patrick Chebi Photo 2

Patrick Chebi

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Location:
Jacksonville, FL
Industry:
Chemicals

Publications

Us Patents

Chemical Dissolving Dispenser

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US Patent:
20130294978, Nov 7, 2013
Filed:
May 3, 2012
Appl. No.:
13/463348
Inventors:
Reynato Mariano - Ajax, CA
Patrick Chebi - Jacksonville FL, US
Russ Jerusik - Newark DE, US
Richard E. Haas - Milford OH, US
Jason A. McDaniel - Independence KY, US
International Classification:
B01D 11/02
B01F 3/12
G05D 9/00
US Classification:
422261, 422281, 422106
Abstract:
A diluent such as water is sprayed from a nozzle through a screen onto water soluble packages of chemical supported on the screen to produce a solution for treatment of a system. The solution falls into a reservoir and is recirculated through the nozzle onto the screen for a duration sufficient to dissolve a load of chemical into solution. The concentrated solution is dispensed to a system. The reservoir can be flushed into the system before recirculating solution to the nozzle for further chemical dissolving. Chemical-containing packages can be loaded at any time without system interruption. Chemical is supplied in powder or solid form.
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Patrick P Chebi from Jacksonville Beach, FL, age ~62 Get Report