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Vaughn L Bullough

from Florence, AL
Deceased
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Also known as:
Vaughn Lynn Bullough, Vaughn Jewel Bullough, Vnl L Bullough, Vaugn L Bullough, Lynn Bullough Vaughn
Phone and address:
240 Lucas St, Florence, AL 35630
(256) 764-4210
Related to:
Jon Bullough, 43Roger BulloughJewel S Bullough, 97Bruce L Bullough, 76Benjamin L Bullough, 49Cecilia N Bullough, 75Elizabeth A Kump, 46
Connected to:
Steven M Bullough, 28David S Bulls, 64Evangeline B Bulls, 63Reaver L Bulls, 55William Bulls, 49Ashley S Bullshoe, 37Arthur L Bulluck, 83Jasper Bulluck, 69Kimberly C Bulluck, 45

Vaughn Bullough Phones & Addresses

  • 240 Lucas St, Florence, AL 35630 (256) 764-4210
  • Lake Charles, LA
  • Baton Rouge, LA
  • 240 Lucas St, Florence, AL 35630 (256) 565-3441

Work

Position: Production Occupations

Resumes

Resumes

Vaughn Bullough Photo 1

None At Retired And Enjoying Life

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Location:
Florence, Alabama Area
Industry:
Leisure, Travel & Tourism
Vaughn Bullough Photo 2

Vaughn Bullough

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Publications

Us Patents

Combination Coal Deashing And Coking Process

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US Patent:
39974227, Dec 14, 1976
Filed:
Jun 20, 1975
Appl. No.:
5/588809
Inventors:
Willard C. Bull - McCandless Township PA
Vaughn L. Bullough - Florence AL
Assignee:
Gulf Oil Corporation - Pittsburgh PA
Reynolds Metals Company - Richmond VA
International Classification:
C10G 106
US Classification:
208 8
Abstract:
Deashed solid coal effluent from a coal solvent deashing process in which raw coal is converted to deashed solid and liquid coal is passed to a delayed coker. The coker operates at a higher temperature than is employed in the solvent deashing process and produces deashed coke, liquid hydrocarbonaceous material including solvent boiling range liquid and hydrogen-containing gas. The hydrogen produced in the coker is derived from hydrogen which was previously consumed in the deashing step and can also include hydrogen contained in the raw coal. The solvent boiling range liquid and hydrogen produced in the coker are recycled to the solvent deashing step. Since the coker supplies a portion of the solvent required in the deashing step, the deashing step is operated to produce only a portion of its recycle liquid solvent requirement, thereby conserving hydrogen.

Carbon Electrodes Having Stabilized Binders Derived From The Entire Organic Fraction Of Bituminous Coal

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US Patent:
40725995, Feb 7, 1978
Filed:
Aug 28, 1975
Appl. No.:
5/608645
Inventors:
Vaughn L. Bullough - Florence AL
Luther O. Daley - Florence AL
Assignee:
Reynolds Metals Company - Richmond VA
International Classification:
C25C 702
US Classification:
204294
Abstract:
Carbon electrodes, either prebaked or Soderberg, made with coal or petroleum coke aggregate and an industrially stable binder that is derived from the entire organic fraction of bituminous coal and is suitable for manufacturing carbon electrodes according to existing industrial practice in the electrometallurgical industries. The binder is prepared by digesting the coal with a solvent to make a purified pitch, and industrial stability is imparted by fluxing the purified pitch at about 200. degree. -300. degree. C.

Carbon Ramming Mix

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US Patent:
42820391, Aug 4, 1981
Filed:
Jun 30, 1980
Appl. No.:
6/164222
Inventors:
Vaughn L. Bullough - Florence AL
Assignee:
Reynolds Metals Company - Richmond VA
International Classification:
C08L 9500
US Classification:
106278
Abstract:
A cold ramming mix suitable for ramming of alumina reduction cell cathode seams at ambient temperature comprising: (A) a solid portion comprising: (I) from about 30 to about 60 weight percent of coarse calcined anthracite; (II) from about 50 to about 30 weight percent of anthracite dust; and (III) from about 1 to about 10 weight percent graphite dust; (B) from about 5 to about 15 weight percent based on the weight of the solid portion of a binder pitch; and (C) from about 5 to about 10 weight percent based on the weight of the solid portion, of a heavy petroleum distillate oil having a 95% distillation range of between about 370. degree. and 540. degree. C. A method for producing such a mix comprising blending A and B to provide a homogeneous mixture and subsequently blending in C under conditions which assure that the pitch binder is not dissolved in the oil of C is also described.
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Vaughn L Bullough from Florence, ALDeceased Get Report