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Niles W Johanson

from Virginia Beach, VA
Age ~83
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Also known as:
Niles William Johanson, Niles Toula Johanson, Niles Panayiota Johanson, Niles P Johanson, Etux Niles Johanson, Miles W Johanson, Niles W Etux, Niles Johnson, William Johanson Niles
Related to:
Alicia A Johnson, 69Panayiota Toula Johanson, 40P T Johanson, 77Christhoper N Johanson, 40Cathy D Sanmiguel, 54Teresita M Delacruz, 82Anita A Johnson, 72Christopher N Johanson, 40Andrew M Delacruz, 43Ann R Delacruz, 50
Connected to:
Arne T Johanson, 65Arnold E Johanson, 83Brock R Johanson, 39Chloe C Johanson, 81Christina A Johanson, 40Christine Johanson, 51Elaine R Johanson, 62Eric D Johanson, 57Guy Johanson, 31Jan I Johanson, 63

Niles Johanson Phones & Addresses

  • Virginia Beach, VA
  • Glendale, CA
  • 6083 Via Regla, San Diego, CA 92122 (858) 452-1760
  • Punta Gorda, FL

Resumes

Resumes

Niles Johanson Photo 1

Senior Principal Engineer At General Atomics And Iter

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Location:
6083 Via Regla, San Diego, CA 92122
Industry:
Defense & Space
Work:
General Atomics
Senior Principal Engineer at General Atomics and Iter
Education:
New York University - Polytechnic School of Engineering 1967 - 1970
Master of Science, Masters, Mechanical Engineering Ccny School of Education 1959 - 1964
Bachelor of Mechanical Engineering, Bachelors, Mechanical Engineering Flushing High School
Uc San Diego
Polytechnic Institute of New York University
Ccny School of Education
Skills:
Design For Manufacturing
Systems Engineering
Engineering Management
Engineering
Manufacturing
Aerospace
Testing
Earned Value Management
R&D
System Design
Configuration Management
Languages:
English
Niles Johanson Photo 2

Niles Johanson

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Location:
United States

Publications

Us Patents

Process For Hydrothermal Treatment Of Materials

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US Patent:
6709602, Mar 23, 2004
Filed:
Apr 23, 2001
Appl. No.:
09/841058
Inventors:
Michael H. Spritzer - San Diego CA
William S. Rickman - Encinitas CA
Niles W. Johanson - San Diego CA
Glenn T. Hong - Westborough MA
Assignee:
General Atomics - San Diego CA
International Classification:
C02F 120
US Classification:
210750, 210761, 588208, 588209, 588213, 588216, 588220, 588226, 588228
Abstract:
A system and method for treating feedstocks containing solids, sludges or slurries that contain organics includes introducing the feedstock into a desorption chamber. In the desorption chamber, the temperature and pressure of the feedstock are elevated to volatilize a portion of the feedstock and thereby separate the feedstock into a volatile portion containing organics and a residue portion. Steam, water or oxidants can be injected into the desorption chamber to aid in the volatilization process. From the desorption chamber, the volatile portion of the feedstock is transferred to a reactor for hydrothermal treatment to oxidize or reform the organics in the volatile portion. In the hydrothermal reactor, the volatile portion may be reacted with excess oxidant and auxiliary fuel at a temperature between approximately 1000Â F. and approximately 1800Â F. and a pressure of between approximately 20 atmospheres and approximately 200 atmospheres.

Method And Apparatus For Cooling High-Temperature Processes

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US Patent:
48831158, Nov 28, 1989
Filed:
Sep 16, 1988
Appl. No.:
7/245914
Inventors:
Niles W. Johanson - San Diego CA
James C. Saeger - San Diego CA
Mark L. White - San Marcos CA
Assignee:
Ogden Environmental Services, Inc. - San Diego CA
International Classification:
F28D 1900
US Classification:
165 1
Abstract:
A method and apparatus for controllably removing heat from a high-temperature process wherein finely atomized liquid suspended in a stream of transport gas is used as a coolant pumped through a heat exchanger while remaining separated from the high-temperature process. The system pressure and flow rates are maintained at levels such that the temperature of the coolant exceeds the boiling point of the liquid component at the outlet of the heat exchanger. Means are provided to monitor continuously the temperatures of the process and of the coolant at the outlet of the heat exchanger and adjust the flow rates of the liquid and/or the transport gas as necessary to maintain the respective temperatures within predetermined ranges.

Feed System For Incineration Of Contaminated Material

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US Patent:
49969307, Mar 5, 1991
Filed:
Nov 21, 1989
Appl. No.:
7/439880
Inventors:
Harry H. Yip - San Diego CA
Niles W. Johanson - San Diego CA
Walter Egli - San Diego CA
Assignee:
Ogden Environmental Services, Inc. - San Diego CA
International Classification:
F23G 500
F23G 700
US Classification:
110245
Abstract:
A method for incinerating contaminated soil or other material utilizing an incinerator, such as a CBC, which is operated below atmospheric pressure and apparatus for carrying out such decontamination by delivering the soil to be processed in desired particulate size to the incineration unit, e. g. , to a recirculation loop through which separated solids are being returned from a cyclone to a CBC. The system for supplying the contaminated soil is isolated from the chute leading to the incineration unit by a feeder that forms an agglomerated plug which serves as a pressure seal and prevents any gas flow therepast. Illustrated are a pair of twin counterrotating screws which include shafts that extend past the ends of the screw flights to locations where rotary cutters having multiple blades are mounted. Soil being carried between the flights of the rotating screws continuously agglomerates to form a plug at the downstream end which continuously advances toward the cutter blades that slice it into chips of desired thickness, which then pass through all or a portion of a pug-mill before entering a chute leading to the incinerator. The screws and rotary cutters are advantageously mounted on common shafts so as to allow longitudinal adjustment of the distance between the cutter and the screw to vary the length of the plug.
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Niles W Johanson from Virginia Beach, VA, age ~83 Get Report