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Lorin Redden Phones & Addresses

  • 4017 Kilby Rd, Park City, UT 84098 (435) 649-6070
  • Midvale, UT
  • Salt Lake City, UT
  • Bethlehem, PA
  • Sandy, UT
  • 4017 Kilby Rd, Park City, UT 84098 (435) 862-5260

Work

Position: Clerical/White Collar

Education

Degree: High school graduate or higher

Emails

Resumes

Resumes

Lorin Redden Photo 1

Senior Staff Process Engineer

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Location:
4017 Kilby Rd, Park City, UT 84098
Industry:
Mining & Metals
Work:
Flsmidth
Senior Staff Process Engineer

Flsmidth Sep 2007 - Dec 2009
Xcell Flotation Product Manager

Flsmidth Apr 2003 - Sep 2007
Flotation Manager

Eimco Process Equipment Company 1999 - 2003
Flotation Product Manager

Eimco Process Equipment Company 1995 - 1999
Senior Development Engineer
Education:
University of Utah 1978 - 1982
Bachelors, Metallurgical Engineering
Skills:
Mineral Processing
Process Engineering
Copper
Engineering
Minerals
Mining
Process Control
Project Engineering
Metallurgy
Process Optimization
P&Id
Metals
Continuous Improvement
Plant Design
Process Simulation
Chemical Engineering
Leaching
Piping and Instrumentation Drawing
Lorin Redden Photo 2

Senior Staff Process Eng At Flsmidth Minerals

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Position:
Senior Staff Process Eng at FLSmidth Minerals
Location:
United States
Work:
FLSmidth Minerals - Midvale, UT since Apr 2003
Senior Staff Process Eng

US Department of Defense 1982 - 2011
ken gritton
Education:
University of Utah 1978 - 1982
M etallurgical Engineering, Mineral Processing

Publications

Us Patents

Flotation Cell With Radial Launders For Enhancing Froth Removal

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US Patent:
60953365, Aug 1, 2000
Filed:
Oct 13, 1998
Appl. No.:
9/170400
Inventors:
Lorin Redden - Park City UT
Donald G. Foot - Fruit Heights UT
Jerry W. Hunt - Murray UT
Assignee:
Baker Hughes Incorporated - Houston TX
International Classification:
B03D 116
B03D 114
US Classification:
209169
Abstract:
A froth flotation cell comprising a tank and an impeller rotatably disposed in the tank for suspending solids and dispersing air in a pulp phase or slurry in the tank, thereby generating froth from the pulp phase. A plurality of radially oriented launders are placed near the top of the tank and have one end connected to an outer launder adjacent the outer periphery of the tank. A secondary launder, concentric with the outer launder may also be placed near the top of the tank and attached to the second ends of the radial launders. The secondary launder is attached to a dispersing mechanism located around the impeller. The secondary launder is in fluid communication with the radial launders, and the radial launders are likewise in fluid communication with the central launder. This provides a network of launders which collects froth at various locations throughout the flotation cell and causes rapid removal of froth from the flotation cell.
Lorin D Redden from Park City, UT, age ~68 Get Report