SBIR-STTR Award

A High Performance Heat Transfer Fluid for I.C. Engine Cooling Systems
Award last edited on: 10/3/2002

Sponsored Program
SBIR
Awarding Agency
DOD : Army
Total Award Amount
$500,036
Award Phase
2
Solicitation Topic Code
A96-178
Principal Investigator
Sanjay K Roy

Company Information

PHD Research Group Inc

PO Box 248433
Coral Gables, FL 33124
   (305) 665-7415
   sroy@phdresearch.com
   N/A
Location: Single
Congr. District: 27
County: Miami-Dade

Phase I

Contract Number: DAAE07-97-C-X021
Start Date: 11/5/1996    Completed: 5/5/1997
Phase I year
1997
Phase I Amount
$82,130
This proposal describes a research project to develop a high performance heat transfer fluid consisting of a phase change material suspension for I.C. engine cooling systems. During the Phase I studies, experimental work will be done to develop a suitable phase change material/suspending fluid formulation as required. In addition, work will be done to evaluate the heat transfer and flow characteristics of the suspension. Based on the results of these experimental studies, designs for cooling systems for automobiles will be developed. High performance cooling fluids for automotive systems are of enormous importance in high power vehicles for both defense as well as commercial/industrial applications. Advanced heat transfer fluids also have applications in avionics and high power electronics thermal management.

Phase II

Contract Number: DAAE07-98-C-L021
Start Date: 6/25/1998    Completed: 6/25/2000
Phase II year
1998
Phase II Amount
$417,906
This proposal describes a research project to develop a high performance heat transfer fluid consisting of a phase change material suspension for I.C. engine cooling systems. During the Phase I studies, experimental work will be done to develop a suitable phase change material/suspending fluid formulation as required. In addition, work will be done to evaluate the heat transfer and flow characteristics of the suspension. Based on the results of these experimental studies, designs for cooling systems for automobiles will be developed. High performance cooling fluids for automotive systems are of enormous importance in high power vehicles for both defense as well as commercial/industrial applications. Advanced heat transfer fluids also have applications in avionics and high power electronics thermal management.