Professional Records
License Records
Wayne G Schuliger
Address:
Coraopolis, PA 15108
License #:
PE011960E - Expired
Category:
Engineers
Type:
Professional Engineer
Wayne Schuliger Phones & Addresses
-
2004 Greystone Dr, Coraopolis, PA 15108 (412) 262-4788
-
312 Windsor Dr, Coraopolis, PA 15108 (412) 262-4788
-
Moon Township, PA
-
Shaker Heights, OH
-
Pittsburgh, PA
-
Bradford, PA
Work
Position:
Professional/Technical
Resumes
Resumes
Technical Director
View pageLocation:
Pittsburgh, PA
Industry:
Chemicals
Work:
Tigg, Llc Jan 1994 - May 2007
Technical Director
Pac Jan 1994 - May 2007
Technical Director
Calgon Carbon Corporation 1966 - 1993
Manager Applications Engineering
Technical Director
Pac Jan 1994 - May 2007
Technical Director
Calgon Carbon Corporation 1966 - 1993
Manager Applications Engineering
Skills:
Activated Carbon
Filtration
Product Development
Chemistry
Chemical Engineering
Project Management
Engineering
Water
Process Optimization
Energy
Research and Development
Process Engineering
Environmental Awareness
Filtration
Product Development
Chemistry
Chemical Engineering
Project Management
Engineering
Water
Process Optimization
Energy
Research and Development
Process Engineering
Environmental Awareness
Consultant
View pageLocation:
Coraopolis, PA
Work:
Pac
Consultant
Consultant
Publications
Us Patents
Cocurrent Oxidation Method In A Multiple Hearth Furnace
View pageUS Patent:
50800256, Jan 14, 1992
Filed:
Oct 29, 1990
Appl. No.:
7/605034
Inventors:
David J. Nell - Oradell NJ
Gordon W. Czop - Garfield NJ
Wayne G. Schuliger - Coraopolis PA
Gordon W. Czop - Garfield NJ
Wayne G. Schuliger - Coraopolis PA
Assignee:
Marquess and Nell, Inc. - New York NY
International Classification:
F23G 500
US Classification:
110247
Abstract:
A method of oxidizing feed materials using a multiple hearth furnace comprises the steps of introducing the feed materials to be oxidized on at least the uppermost hearth, introducing fuel/air mixtures in the uppermost hearth to dry and ignite the feed materials, introducing air on at least one hearth to support combustion of the feed materials, allowing the feed materials to move downwardly from hearth to hearth and thereafter to exit the bottom of the furnace, and causing the combustion products formed by oxidation of the fuel and feed materials to be drawn down through the furnace and exhausted from a lower hearth.