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Amy L Swartzlander

from Danville, PA
Age ~71
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Also known as:
Amy Lois Swartzlander, Amy Swartzlanver, Amy Swartlander
Related to:
Susan E Swartzlander, 71John A Kellogg, 56Kenneth W Swartzlander, 70Amos O Rovenolt, 57Miranda S Swartzlander, 38Lawrence R Mettler, 55Samuel Swartzlander, 70Miranda Swartzlander, 47
Connected to:
Carl J Swartzmiller, 64Carol J Swartzmiller, 68Debra K Swartzlander, 65Emily B Swartzlander, 45Grover A Swartzlander, 66James R Swartzmiller, 78Kendra Swartzlander, 32Kurt A Swartzmiller, 58Lisa M Swartzlander, 57Michelle M Swartzman, 36

Amy Swartzlander Phones & Addresses

  • Danville, PA
  • 1145 Reber Rd, Mifflinburg, PA 17844
  • Pittsburgh, PA
  • West Milton, PA
  • Milton, PA
  • Lewisburg, PA

Work

Company: Landmark event staffing May 2011 Position: Security guard

Education

School / High School: Clarion University of Pennsylvania May 2006 Specialities: Bachelor of Science in Communication

Skills

communication • organization • planning • computer knowledge

Resumes

Resumes

Amy Swartzlander Photo 1

Amy Swartzlander Monaca, PA

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Work:
Landmark Event Staffing

May 2011 to 2000
Security Guard
Aetna

Sep 2009 to 2000
Enrollment Specialist
WPXI-TV/PCNC
Pittsburgh, PA
Sep 2008 to Jan 2010
Production Assistant
PLS Logistics Services
Rochester, PA
Jan 2008 to Nov 2008
Field Billing Specialist
ServiceLink
Hopewell, PA
Oct 2006 to Jan 2008
Underwriter/Typist
WPXI-TV
Pittsburgh, PA
2006 to 2006
Assistant Producer, Programming
Education:
Clarion University of Pennsylvania
May 2006
Bachelor of Science in Communication
Skills:
communication, organization, planning, computer knowledge

Publications

Us Patents

Method Of Recovering Uranium

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US Patent:
44760990, Oct 9, 1984
Filed:
Dec 24, 1980
Appl. No.:
6/219715
Inventors:
Floyd E. Camp - Trafford PA
Amy B. Swartzlander - Arvada CO
Assignee:
Wyoming Mineral Corporation - Lakewood CO
International Classification:
C01G 4300
US Classification:
423 10
Abstract:
Uranium is recovered from a carbonate leach solution containing a dissolved uranium salt and a monovalent ion. The pH of the leach solution is adjusted to about 5 to about 7. 5, and preferably to about 6 to about 7. Phosphate ion is then added to typical in-situ leach solutions in an amount from about 10 to about 30 mole % in excess of the amount needed to stoichiometrically react with the uranium in said solution. This results in the precipitation of a compound made up of the monovalent ion, uranium, and the phosphate ion, which is insoluble in the solution. The precipitate is then separated from the solution preferably by means of a centrifuge or a vortex clarifier. It can then be dissolved in acid, and the uranium extracted into an organic solvent such as DEHPA-TOPA in kerosene.
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Amy L Swartzlander from Danville, PA, age ~71 Get Report