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Michael L Pudvay

from Royal Oak, MI
Age ~55

Michael Pudvay Phones & Addresses

  • 519 Orchard View Dr, Royal Oak, MI 48073 (248) 588-0480 (248) 588-0497
  • Southfield, MI
  • 2934 94Th St, Tulsa, OK 74137 (918) 296-0046
  • 36211 Carriage Dr, Sterling Heights, MI 48310
  • 1462 Hibbard Rd, Owosso, MI 48867 (989) 723-5533
  • Midlothian, VA
  • Richmond, VA
  • Oakland, MI

Resumes

Resumes

Michael Pudvay Photo 1

Business Development Manager, Industrial Projects

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Location:
Royal Oak, MI
Industry:
Environmental Services
Work:
Veolia
Business Development Manager, Industrial Projects

Gea Process Engineering Inc. Jan 2013 - Apr 2014
Sales Manager

Infilco Degremont Nov 2000 - Dec 2012
Manager - Business Development Industrial Group
Education:
Montana Tech - College of Technology 1994 - 1996
Master of Science, Masters, Engineering
Michigan State University 1987 - 1992
Bachelors, Bachelor of Science, Chemistry
Skills:
Wastewater Treatment
Reverse Osmosis
Engineering
Energy
Filtration
Renewable Energy
Power Generation
Water
New Business Development
Process Engineering
Business Development
Power Plants
Business Strategy
Project Engineering
Contract Negotiation
Chemical Engineering
Petroleum
Automation
Project Management
Manufacturing
Water Treatment
Boilers
Environmental Engineering
Pumps
Michael Pudvay Photo 2

Michael Pudvay

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Location:
Royal Oak, MI
Michael Pudvay Photo 3

Michael Pudvay

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Publications

Us Patents

Apparatus And Processes For Removing Boron From Liquids

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US Patent:
20110024358, Feb 3, 2011
Filed:
Jul 30, 2009
Appl. No.:
12/512091
Inventors:
Michael L. Pudvay - Royal Oak MI, US
Assignee:
INFILCO DEGREMONT, INC. - Richmond VA
International Classification:
B01D 36/00
B01D 21/01
B01D 21/02
B01D 9/00
B01D 1/00
B01D 36/04
B01D 39/06
US Classification:
210710, 210727, 210202, 2101953, 210177
Abstract:
A process removes boron from ion exchange system regeneration solution including introducing a borate precipitator into the regeneration solution in a precipitation zone to generate borate precipitate; introducing a coagulator into the regeneration solution that coagulates solids and/or borate precipitate generated by the borate precipitator and absorbs boron into the solids; introducing the regeneration solution, solids and borate precipitate into a separation zone; introducing anionic polymer into the regeneration solution adjacent to or in the separation zone to increase the propensity of borate precipitate and solids to separate from the regeneration solution; and filtering the regeneration solution to remove residual suspended solids from the regeneration solution. Another process removes boron from ion exchange system regeneration solution including introducing a caustic material into the regeneration solution; heating the regeneration solution to a selected temperature; introducing heated regeneration solution into an evaporation zone to remove at least a substantial portion of water from the regeneration solution and thereby form a slurry comprising boron salt(s); and introducing the slurry into a crystallizer zone to remove residual water.
Michael L Pudvay from Royal Oak, MI, age ~55 Get Report