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Jack D Rickly

from Dumont, NJ
Age ~76
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Related to:
Geoffrey W Rickly, 45Patricia A Rickly, 75
Connected to:
Robert G Rickly, 61Allison Rickman, 49Bella M Rickman, 80Bianca D Rickman, 33Carole F Rickman, 82Chase S Rickman, 35Crystal L Rickman, 46Darrin J Rickman, 45Dave L Rickman, 104Elena Rickman, 31

Jack Rickly Phones & Addresses

  • 69 Howard St, Dumont, NJ 07628 (201) 384-6607
  • New Brunswick, NJ

Work

Company: Bloomberg lp 1997 to 2012 Position: Senior programmer

Education

Degree: Bachelors, Bachelor of Science School / High School: Brown University Specialities: Chemistry

Skills

Visual Basic • Fortran • Data Analysis • Unix Shell Scripting • Patents • Javascript • Technical Writing • C/C++ Unix

Industries

Financial Services

Public records

Vehicle Records

Jack Rickly

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Address:
69 Howard St, Dumont, NJ 07628
Phone:
(201) 384-6607
VIN:
WBAVC93527K031156
Make:
BMW
Model:
3 SERIES
Year:
2007

Resumes

Resumes

Jack Rickly Photo 1

Jack Rickly

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Location:
Dumont, NJ
Industry:
Financial Services
Work:
Bloomberg Lp 1997 - 2012
Senior Programmer
Ics Jan 1997 - Aug 1997
Programmer and Technical Writer
National Die & Button Mould Feb 1996 - Aug 1996
Chemist and Plating Manager
Reckitt & Colman 1993 - 1995
Principal Development Scientist
Eci Technology, Inc 1993 - 1995
Principal Designer
Education:
Brown University
Bachelors, Bachelor of Science, Chemistry University of Rhode Island
Doctorates, Doctor of Philosophy, Philosophy, Chemistry
Skills:
Visual Basic
Fortran
Data Analysis
Unix Shell Scripting
Patents
Javascript
Technical Writing
C/C++ Unix

Publications

Us Patents

Purification Of Alkali Metal Nitrates

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US Patent:
45740755, Mar 4, 1986
Filed:
Dec 6, 1984
Appl. No.:
6/678858
Inventors:
Jack D. Rickly - Dumont NJ
B. Timothy Pennington - Sulphur LA
Assignee:
Olin Corporation - Cheshire CT
International Classification:
C01F 1136
US Classification:
423184
Abstract:
A process is disclosed for removing heavy metal contaminants from impure alkali metal nitrates containing them. The process comprises mixing the impure nitrates with sufficient water to form a concentrated aqueous solution of the impure nitrates, adjusting the pH of the resulting solution to preferably within the range of between about 2 and about 4, adjusting the nitrite ion concentration to between about 0. 07 molar and about 1. 0 molar, to effect reduction of the heavy metal contaminants, adjusting the pH of the reduced solution to effect precipitation of heavy metal impurities, and separating the solid impurities from the resulting purified aqueous solution of alkali metal nitrates. The resulting purified solution of alkali metal nitrates may be heated to evaporate water therefrom to produce purified molten alkali metal nitrate suitable for use as a heat transfer medium. If desired, the purified molten form may be granulated and cooled to form discrete solid particles of alkali metal nitrates.
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Jack D Rickly from Dumont, NJ, age ~76 Get Report