JOSEPH J SANTOLERI
Engineers in Berwyn, PA
License number
Pennsylvania PE007170E
Category
Engineers
Type
Professional Engineer
Address
Address
Berwyn, PA 19312
Professional information
Owner, Santoleri Associates
Position:
Owner at Santoleri Associates
Location:
Greater Philadelphia Area
Industry:
Mechanical or Industrial Engineering
Work:
Santoleri Associates
- Berwyn, PA, 19312 since 1997
-
Owner
RMT
- Plymouth Meeting, PA 1993 - 1997
-
Senior Consultant
Four Nines, Inc
- Plymouth Meeting, PA 1984 - 1993
-
Founder, Principal &Sr. Consultant
Trane Thermal (formerly Thermal Research & Engineering Corp.)
- Conshohocken, PA 1973 - 1984
-
VP Genl Mgr
Thermal Research and Engineering
- Conshohocken, PA 1968 - 1973
-
Vice President Engineering & Sales
Thermal Research & Engineering Corp.
- Conshohocken, Pa 19428 1954 - 1973
-
VP Engineering & Sales, Chief Engineer, Heat Transfer Analyst. Burner Development Engineer
Education:
Drexel Institute of Technology (now Drexel University) 1945 - 1957
B.S.,1950, M.S.,1957, Mechanical Engineering
B.S.,1950, M.S.,1957, Mechanical Engineering
Interests:
TEACHING:
Adjunct Professor at Drexel University Evening College 1957-1965 Thermodynamics
Adjunct Professor at Villanova University Evening College 1960-1961 Mathematics Refresher
Adjunct Professer at Drexel University Graduate School 1997-2003 Combustion & Incineration
Honor & Awards:
ASME Elected to Fellow status;
Received Pioneer Award in 2007 for activities in the field of Combustion and Incineration of Hazardous Waste Materials including Research and Design in these fields.
Apparatus For Concentrating Brine Waters Or Dewatering Brines Generated In Well Drilling Operation
US Patent:
4882009, Nov 21, 1989
Filed:
Jul 13, 1987
Appl. No.:
7/072518
Inventors:
Joseph J. Santoleri - Berwyn PA
Richard D. Ross - Moorestown NJ
Richard D. Ross - Moorestown NJ
Assignee:
Four Nines, Inc. - Plymouth Meeting PA
International Classification:
B01D 118, B01D 114
US Classification:
159 42
Abstract:
A brine concentrator utilizing two separate concentrating devices in combination wherein a first concentrating device comprises a plurality of serpentine pipes interposed within a concentrator tank containing a dilute brine solution and a second concentrating device, including a venturi, is attached to the upper end of the concentrator tank and connected to receive exhaust gases from an exterior source. The brine solution which has been concentrated by the first concentrating device exit the tank through an output opening and is introduced into the venturi via a plurality of nozzles where it is mixed with the exhaust gases.
A venting stack is also attached to the upper end of the tank for venting the exhaust gases emitted from the venturi and pre-heating dilute brine solution, which is introduced into the tank through the venting stack. As the solution travels down the stack and into the tank, it comes into contact with the exhaust gases exiting the tank from the venturi. A heat transfer occurs between the exiting exhaust gases and the entering dilute brine solution, thereby raising the temperature of the solution.