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Gale G Hoyer

from Phillips, WI
Age ~85
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Related to:
Leah M Brown, 47Amanda L Gillespie, 45Thomas C Gillespie, 69Susan C HoyerEric B Hoyer, 59Nicholas HoyerNancy J Hoyer, 84Carolyn J Gillespie, 87Dawn M Hoyer, 54Sue C Hoyer, 62
Connected to:
Andrea B Hoyer, 38Bonnie J Hoyer, 60Brittney E Hoyer, 31Caron L Hoyer, 51Cody W Hoyer, 36Cris Hoyer, 76Darrell R Hoyer, 82Dawn M Hoyer, 50Gail M Hoyer, 73Gloria J Hoyer, 82

Gale Hoyer Phones & Addresses

  • Phillips, WI
  • White Lake, MI
  • Midland, MI
  • Oakland, MI

Public records

Vehicle Records

Gale Hoyer

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Address:
N10207 E Solberg Lk Rd, Phillips, WI 54555
Phone:
(715) 339-4580
VIN:
1GNDT13S172236982
Make:
CHEVROLET
Model:
TRAILBLAZER
Year:
2007

Resumes

Resumes

Gale Hoyer Photo 1

Problem Solver

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Location:
Phillips, WI
Industry:
Research
Work:
Self Owned Business
Problem Solver
Skills:
Chemical Engineering
Probability
Statistics
Making Sense of Data
Gale Hoyer Photo 2

Engineering Director

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Location:
P/O Box 87, Phillips, WI
Industry:
Sports
Work:
IAP Sports Inc.
Engineering Director

Publications

Us Patents

Process For Separating Isomeric Mixtures

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US Patent:
45145741, Apr 30, 1985
Filed:
Jan 9, 1984
Appl. No.:
6/569083
Inventors:
Kimio Inoue - Midland MI
Gale G. Hoyer - Midland MI
Stanley I. Bates - Midland MI
Assignee:
The Dow Chemical Company - Midland MI
International Classification:
C07C 8526
B01D 334
US Classification:
564424
Abstract:
Separate isomers via supercritical gas extraction.

Method Of Removing Water From Alkali Metal Hydroxide Solutions

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US Patent:
45058857, Mar 19, 1985
Filed:
Jun 20, 1983
Appl. No.:
6/505639
Inventors:
William C. Sumner - Midland MI
Gale G. Hoyer - Midland MI
William G. Kozak - Decatur IL
Assignee:
The Dow Chemical Company - Midland MI
International Classification:
C01D 100
US Classification:
423592
Abstract:
A method removing water from aqueous alkali metal hydroxide solutions by contacting the solution with an organic liquid at elevated temperatures and pressures to form an organic liquid-water phase and a hydroxide solution phase and thereafter separating the organic water phase from the hydroxide solution phase.

Electrochemical Cell Operating Near The Critical Point Of Water

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US Patent:
45811059, Apr 8, 1986
Filed:
Jun 20, 1984
Appl. No.:
6/622803
Inventors:
Mou S. Chao - Midland MI
Richard D. Varjian - Baton Rouge LA
Gale G. Hoyer - Midland MI
Michael E. Paulaitis - Newark DE
Assignee:
The Dow Chemical Company - Midland MI
International Classification:
C25B 100
C25B 112
C25B 300
C25B 1502
US Classification:
204 1R
Abstract:
The invention is a method for operating an electrochemical cell of the type having an anode and a cathode which are in contact with an aqueous electrolyte in the presence of at least one electroactive species, said method comprising: electrochemically converting at least a portion of at least one electroactive species to at least one electrochemical product while maintaining said aqueous electrolyte at supercritical fluid conditions.

High Speed Corrugator Single Facer With Steam Injection

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US Patent:
61714275, Jan 9, 2001
Filed:
Jun 1, 1998
Appl. No.:
9/088215
Inventors:
David W. Hess - Madison WI
Gale G. Hoyer - Phillips WI
Carl R. Marschke - Phillips WI
Keith R. Kornuth - Catawba WI
Assignee:
Marquip, Inc. - Phillips WI
International Classification:
B31F 120
US Classification:
156208
Abstract:
A method and apparatus for producing a single face corrugated web in which a steam cloud is injected between the corrugated medium web and the liner web directly at the line along which the webs converge. This type of steam injection allows faster corrugator speeds without sacrificing bonding quality. An adhesive slurry of water and starch granules is applied to the flute tips to form glue lines on the corrugated web prior to the convergence of the webs. The injected steam cloud directed at the web convergence line adds heat without promoting premature dehydration to facilitate proper conditions for effective cooking of the adhesive slurry to thoroughly gelatinize the adhesive. In some applications, dry steam is preferred because dry steam does not significantly interfere with subsequent dehydration of the adhesive gel during the formation of the initial green bond.
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Gale G Hoyer from Phillips, WI, age ~85 Get Report