GREGORY L DRESSEL
Engineers in North Litchfield, SC

License number
Pennsylvania PE034317E
Category
Engineers
Type
Professional Engineer
Address
Address 2
North Litchfield, SC 29585
Pennsylvania

Professional information

Gregory Dressel Photo 1

Gregory Dressel - Pawleys Island, SC

Work:
SOLB Steel, Gizan, Saudi Arabia
Steelmaking Manager
Dressel Technologies
Steelmaking Consultant
Florida Steel - Baldwin, FL
Process Engineer
Georgetown Steel - Georgetown, SC
Melt Cast Metallurgist
National Steel Corp
Senior Research Engineer
National Steel Corp - Weirton, WV National Steel Corp
Continuous Caster Foreman
Education:
University of Massachusetts - Amherst, MA
Engineering Management
Penn State University - University Park, PA
BS in Metallurgy


Gregory Dressel Photo 2

Gregory Dressel - Pawleys Island, SC

Work:
SOLB Steel, Gizan, Saudi Arabia
Steelmaking Manager
Dressel Technologies
Steelmaking Consultant
Florida Steel - Baldwin, FL
Process Metallurgist
Georgetown Steel - Georgetown, SC
Quality Control Metallurgist
National Steel Corp
Senior Research Engineer
National Steel Corp - Weirton, WV
Shift Foreman and Researcher
National Steel Corp
Continuous Caster Foreman
Education:
University of Massachusetts - Amherst, MA
Engineering Management
Penn State University - University Park, PA
BS in Metallurgy


Gregory Dressel Photo 3

Method Of Making Low Carbon Steel Using Ferrous Oxide And Mineral Carbonates

US Patent:
2013016, Jul 4, 2013
Filed:
Nov 8, 2012
Appl. No.:
13/671584
Inventors:
Gregory Dressel - Pawleys Island SC, US
International Classification:
C21C 5/00
US Classification:
75500
Abstract:
A cored wire injection with a filling of iron oxide and mineral carbonate provides an improved method and apparatus for increasing and maintaining dissolved oxygen in the steelmaking process, while also providing a method for forming carbon dioxide for stirring and carbon oxidation in the molten steel bath. The method and apparatus are particularly useful for low carbon steel production by lowering the tap oxygen content in the furnace and preventing high amounts of iron oxide in the slag. Injecting a cored wire containing a mineral carbonate in the ladle after the furnace melting process provides sources of oxygen and a method of stirring the steel and reducing the partial pressure of CO needed to lower the carbon content.