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John M Lorntson

from Claymont, DE
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Also known as:
John M Lornston
Phone and address:
11 Delaware Ave, Claymont, DE 19703
(302) 791-0124
Connected to:
Brook R Lorntson, 45Marcos Loro, 56Nora P Loro, 59Rafael Loro, 49Donald R Lorom, 49Amada Lorona, 46Lisa A Lorona, 65Kathleen C Lorow, 42Harry W Lorowitz, 65Edward B Lorquet, 48

John Lorntson Phones & Addresses

  • 11 Delaware Ave, Claymont, DE 19703 (302) 791-0124
  • 13 Delaware Ave, Claymont, DE 19703 (302) 791-0124
  • Hastings, MN
  • 1306 Fawn Ln, Rawlins, WY 82301 (307) 324-0049
  • 705 Ferris Ct, Rawlins, WY 82301 (307) 324-0049
  • Chicago, IL
  • 3249 Mallard Dr, Homewood, IL 60430 (708) 799-0859
  • Bloomington, IL
  • Sinclair, WY
  • Naperville, IL
  • Moses Lake, WA

Resumes

Resumes

John Lorntson Photo 1

John Lorntson

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Location:
Greater Philadelphia Area
Industry:
Oil & Energy
Experience:
Sunoco (Public Company; SUN; Oil & Energy industry): Catalytic Cracking Technical / Modeling Specialist,  (2007-2010) Maintained and upgraded material balance programs and the simulation model for all Sunoco fluid catalytic cracking (FCC) units. Applied the simulation model ...
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John Lorntson

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John Lorntson

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Publications

Us Patents

Catalytic Cracking With Reduced Emission Of Noxious Gas

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US Patent:
43009972, Nov 17, 1981
Filed:
Oct 12, 1979
Appl. No.:
6/084141
Inventors:
Garbis H. Meguerian - Olympia Fields IL
John M. Lorntson - Naperville IL
Iacovos A. Vasalos - Downers Grove IL
Assignee:
Standard Oil Company (Indiana) - Chicago IL
International Classification:
C10G 1118
US Classification:
208120
Abstract:
Small amounts of a promoter comprising palladium and ruthenium enhance the combustion of carbon monoxide within the regeneration zone of a catalytic cracking unit without simultaneously causing the formation of excessive amounts of nitrogen oxides. The palladium-ruthenium promoter also enhances the capture of sulfur oxides by suitable absorbents within the regeneration zone of a catalytic cracking unit without causing the formation of excessive amounts of nitrogen oxides. The ratio by weight on an elemental metal basis of palladium to ruthenium is from about 0. 1 to about 10.
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John M Lorntson from Claymont, DE Get Report