JOHN R BOYLE
Real Estate Commission in Pittsburgh, PA
License number
Pennsylvania RS151225A
Category
Real Estate Commission
Type
Real Estate Salesperson-Standard
Address
Address
Pittsburgh, PA 15220
Personal information
See more information about JOHN R BOYLE at radaris.comName
Address
Phone
49 E Highland Ave, Uniontown, PA 15401
4916 Brownsville Rd, Pittsburgh, PA 15236
5083 Hancock Ln, Pipersville, PA 18947
50 Van Horn St, Hanover Township, PA 18706
448 Crosby Dr, Canonsburg, PA 15317
Professional information
Integrated Security Systems Rep At Simplexgrinnell
Position:
Integrated Security Systems Rep at SimplexGrinnell
Location:
Greater Pittsburgh Area
Industry:
Construction
Work:
SimplexGrinnell
since Jan 2009
-
Integrated Security Systems Rep
Stanley Security Solutions
Mar 2003 - Dec 2008
-
Senior Account Manager
Stanley Systems Integration
2003 - 2008
-
Senior Account Manager
Education:
West Virginia University 1968 - 1972
BS, Marketing
BS, Marketing
Destruction Of Acid Gas Emissions
US Patent:
5020457, Jun 4, 1991
Filed:
Jun 22, 1990
Appl. No.:
7/541992
Inventors:
Mahendra P. Mathur - Pittsburgh PA
Yuan C. Fu - Muroran, JP
James M. Ekmann - Pittsburgh PA
John M. Boyle - Pittsburgh PA
Yuan C. Fu - Muroran, JP
James M. Ekmann - Pittsburgh PA
John M. Boyle - Pittsburgh PA
Assignee:
The United States of America as represented by the United States
Department of Energy - Washington DC
Department of Energy - Washington DC
International Classification:
F23J 1100
US Classification:
110345
Abstract:
A method of destroying NO. sub. x and SO. sub. 2 in a combustion gas in disclosed. The method includes generating active species by treating stable moleucles in a high temperature plasma. Ammonia, methane, steam, hydrogen, nitrogen or a combination of these gases can be selected as the stable molecules. The gases are subjected to plasma conditions sufficient to create free radicals, ions or excited atoms such as N, NH, NH. sub. 2, OH. sup. -, CH and/or CH. sub. 2. These active species are injected into a combustion gas at a location of sufficiently high temperature to maintain the species in active state and permit them to react with NO. sub. x and SO. sub. 2. Typically the injection is made into the immediate post-combustion gases at temperatures of 475. degree. -950. degree. C.