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Valerie Macnair Phones & Addresses

  • Tallassee, TN
  • 121 Orangewood Dr, Maryville, TN 37803 (865) 977-8949
  • Atlanta, GA

Work

Company: Alcoa Jan 1, 2005 Position: Carbon plant, furnace, and asset integrity specialist

Education

Degree: Bachelors, Bachelor of Science School / High School: Georgia Institute of Technology 1982 to 1988 Specialities: Mechanical Engineering

Skills

Engineering • Preventive Maintenance • Continuous Improvement • Aluminum • Commissioning • Reliability Engineering • Factory • Root Cause Analysis • Materials • Project Engineering • Mining • Mechanical Engineering • Maintenance Management • Procurement • Combustion Systems • Metals • Automation • Construction • Aluminum Manufacturing

Industries

Mining & Metals

Resumes

Resumes

Valerie Macnair Photo 1

President

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Location:
Knoxville, TN
Industry:
Mining & Metals
Work:
Alcoa
Carbon Plant, Furnace, and Asset Integrity Specialist

Lockwood Greene 2000 - 2005
Project Engineer

Manufacturing Sciences Corporation 1995 - 2000
Project Manager

Alcoa 1988 - 1995
Senior Mechanical Engineer-Major Projects, Maintenance Supervisor

Macnair Solutions 1988 - 1995
President
Education:
Georgia Institute of Technology 1982 - 1988
Bachelors, Bachelor of Science, Mechanical Engineering
Campbell High School
Georgia Tech
Skills:
Engineering
Preventive Maintenance
Continuous Improvement
Aluminum
Commissioning
Reliability Engineering
Factory
Root Cause Analysis
Materials
Project Engineering
Mining
Mechanical Engineering
Maintenance Management
Procurement
Combustion Systems
Metals
Automation
Construction
Aluminum Manufacturing

Publications

Us Patents

Decontamination Of Radioactively Contaminated Scrap Metals From Discs

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US Patent:
20040124097, Jul 1, 2004
Filed:
Dec 9, 2003
Appl. No.:
10/730862
Inventors:
B. Sarten - Lenoir City TN, US
Valerie MacNair - Maryville TN, US
Thomas Muth - Knoxville TN, US
International Classification:
C25F001/00
US Classification:
205/705000
Abstract:
A decontamination method and system wherein contaminated nickel anodes are obtained by cutting cylindrical nickel ingots into wafers having a disc shape. Each of the disc-shaped wafers is then used as the anode in an electro-refining process. The anode is dissolved in the process, thereby generating nickel ions and pertechnetate ions in solution. The anolyte chamber of the electro-refining cell is in fluid communication with a technetium trap that removes pertechnetate ions from solution. The wafer anode is of substantially pure nickel that has typically been cut from a larger cylindrical ingot to a thickness of approximately 2.5 inches.
Valerie H Macnair from Tallassee, TN, age ~60 Get Report