BRIAN W DOYLE
Engineering in Newberg, OR
License number
Massachusetts 32860
Issued Date
Aug 28, 1986
Expiration Date
Jun 30, 2018
Type
Mechanical Engineer
Address
Address
Newberg, OR 97132
Personal information
See more information about BRIAN W DOYLE at radaris.comName
Address
Phone
15834 Rockrose Ln, Portland, OR 97223
13680 Sandridge Dr, Portland, OR 97223
Professional information
See more information about BRIAN W DOYLE at trustoria.com
Consulting Engineer At Doyle Engineering Inc
Consulting Engineer At Doyle Engineering Inc
Position:
Consulting Engineer at Doyle Engineering Inc
Location:
Portland, Oregon Area
Industry:
Mechanical or Industrial Engineering
Work:
Doyle Engineering Inc
- Newberg, OR since Feb 1984
-
Consulting Engineer
A&WMA
1994 - 2012
-
member
(All defunct)
Jun 1968 - Feb 1984
-
Engineer
Education:
Northwestern University 1958 - 1968
BS, PhD, Mechanical Engineering
BS, PhD, Mechanical Engineering
Interests:
1) Air pollution control - 1, 2 & 3 day courses on air emissions and control from stationary sources.
2) Structural engineering for residential & small commercial buildings - design, consulting, licensed engineer services on Oregon & Washington
Honor & Awards:
Rotarian of the Year 2005, Newberg, Oregon
Method And Apparatus For Sodium Recovery In A Semi-Chemical Pulping Operation
Method And Apparatus For Sodium Recovery In A Semi-Chemical Pulping Operation
US Patent:
2003012, Jul 10, 2003
Filed:
Dec 27, 2002
Appl. No.:
10/330835
Inventors:
J. Cardin - Maidstone VT, US
Brian Doyle - Newberg OR, US
Alex Driessen - Concord NH, US
Roger Goulet - Gorham NH, US
Andrew Hartford - Lancaster NH, US
Brian Doyle - Newberg OR, US
Alex Driessen - Concord NH, US
Roger Goulet - Gorham NH, US
Andrew Hartford - Lancaster NH, US
International Classification:
F23G007/04
US Classification:
110/346000, 110/238000
Abstract:
A method and apparatus for combusting black liquor generated by semi-chemical and other pulping processes, using a draft airflow furnace such as a rotating kiln, and a lower end mixing nozzle for black liquor and combustion air. A combustion agent is added to the black liquor to support ignition and permit a closely controllable combustion plume or flame adjacent the nozzle. Resulting combustion is complete and well below government environmental air emission standards. Chemical recovery is efficient, clean, and free from products of incomplete combustion.
Pulverized Coal And Air Flow Spreader
Pulverized Coal And Air Flow Spreader
US Patent:
5529000, Jun 25, 1996
Filed:
Aug 8, 1994
Appl. No.:
8/288740
Inventors:
Edward O. Hartel - Orange CT
Brian W. Doyle - Newberg OR
John F. Hurley - Easton CT
Dan V. Giovanni - Berkeley CA
Brian W. Doyle - Newberg OR
John F. Hurley - Easton CT
Dan V. Giovanni - Berkeley CA
Assignee:
Combustion Components Associates, Inc. - Monroe CT
Electric Power Technologies, Inc. - Menlo Park CA
Electric Power Technologies, Inc. - Menlo Park CA
International Classification:
F23D 100
US Classification:
110347
Abstract:
Pulverized coal and air flowing-in a coal nozzle are distributed for combustion with low NOX generation by a concentric central duct with long exterior spiraling vanes which extend upstream and attach to a support pipe extending further upstream in the nozzle. The space from the downstream end of the support pipe to the upstream end of the central duct, and the cross section of the pipe relative to the cross section of the central duct regulate the entry of coal and air into the central duct from which the flow emerges with reduced velocity as a central stream stabilizing the flame. The central duct also has an exterior short vane attached to each long vane to separate the pulverized fuel and air outerflow into fuel-enriched swirling streams and fuel-depleted recirculation zones.