MILTON GEORGE MANOS
Engineers in Canton, OH

License number
Pennsylvania PE083378
Category
Engineers
Type
Professional Engineer
Address
Address 2
Canton, OH 44718
Pennsylvania

Personal information

See more information about MILTON GEORGE MANOS at radaris.com
Name
Address
Phone
Milton Manos, age 65
6161 Rockside Cir NW, Canton, OH 44718
Milton G Manos, age 65
6161 Rockside Cir NW, Canton, OH 44718

Professional information

Milton Manos Photo 1

Milton Manos - Canton, OH

Work:
CIC Group - Hartville, OH
Project Lead
Fives Group
Senior Mechanical Engineer
Siemens
Project Manager
Hayes Lemmerz
Senior Manufacturing Engineer
Johnson Controls - Alexandria, VA
Project Manager
General Electric - Orrville, OH
Mechanical Engineer
Collins & Aikman - Canton, OH
Division Engineer
East Ohio Machinery
Senior Engineer
First Energy
Project Engineer
Education:
Ashland University
M.B.A. in Marketing & Finance
GE Power Systems University
Green Belt
University of Akron
M.S. in Mechanical Engineering
University of Akron
B.S. Civil (Structural) & Mechanical Engineering


Milton Manos Photo 2

Automatic Coal Damper

US Patent:
2004005, Mar 18, 2004
Filed:
Sep 13, 2002
Appl. No.:
10/242794
Inventors:
Milton Manos - Canton OH, US
Donald Morrison - Clinton OH, US
Robert Waltz - Canton OH, US
Thomas Kunzler - Clinton OH, US
George Stiffler - Akron OH, US
Chris Latham - Homeworth OH, US
Robert Frato - Medina OH, US
International Classification:
F23K003/10
US Classification:
110/10100C, 110/10100R
Abstract:
Apparatus for controlling primary air flow and pulverized coal flow to a plurality of burners in a coal-fired boiler comprising a plurality of coal dampers arranged to supply a mixture of air and pulverized coal to respective burners in the coal-fired boiler, each damper having a damper body and at least two orifice plates pivotally secured therein, the orifice plates movable between open and closed positions; a real time coal flow monitoring device operatively associated with each damper that is adapted to generate analog signals representing real time coal flow through its respective damper; and a programmable logic controller adapted to receive the analog signals and to adjust the orifice plates to balance the flow of air and pulverized coal to each of the plurality of burners.