SBIR-STTR Award

High sensitivity landfill monitor
Award last edited on: 2/19/02

Sponsored Program
SBIR
Awarding Agency
NRC
Total Award Amount
$297,200
Award Phase
2
Solicitation Topic Code
-----

Principal Investigator
Joseph J Shonka

Company Information

Shonka Research Associates Inc

4939 Lower Roswell Road Suite 106
Marietta, GA 30068
   (770) 509-7606
   Admin@Shonka.com
   www.shonka.com
Location: Single
Congr. District: 06
County: Cobb

Phase I

Contract Number: ----------
Start Date: 00/00/00    Completed: 00/00/00
Phase I year
1991
Phase I Amount
$49,880
The proposed research will provide proof of principle of new radiation detection technology that when fully developed will prevent inadvertent disposal of radioactive material in landfills and sewages. The technology will provide order of magnitude improvement in detection over conventional systems. The technology will provide fife n rugged and cost competitive devices. The proposed research will provide proof of principle of new radiation detection technology that when fully developed will prevent inadvertent disposal of radioactive material in landfills and sewages. The technology will provide order of magnitude improvement in detection over conventional systems. The technology will provide field rugged and cost competitive devices. The proposed research will provide proof of principle of new radiation detection technology that when fully developed will prevent inadvertent disposal of radioactive material in landfills and sewages. The technology will provide order of magnitude improvement in detection over conventional systems. The technology will provide field rugged and cost competitive devices. Res: if successful this research could provide a new type of detector that would have application to numerous radiation measuring needs where the energy and position information are required. Two examples would be for landfill and sewage monitoring if successful, this research could provide a new type of detector that would have application to numerous radiation measuring needs where the energy and position information are required. Two examples would be for landfill and sewage monitoring. If successful, this research could provide a new type of detector that would have application to numerous radiation measuring needs where the energy and position information are required. Two examples would be for landfill and sewage monitoring

Phase II

Contract Number: ----------
Start Date: 00/00/00    Completed: 00/00/00
Phase II year
1992
Phase II Amount
$247,320
The proposed research will provide proof of principle of new radiation detection technology that when fully developed will prevent inadvertent disposal of radioactive material in landfills and sewages. The technology will provide order of magnitude improvement in detection over conventional systems. The technology will provide field rugged and cost competitive devices. The proposed research will provide proof of principle of new radiation detection technology that when fully developed will prevent inadvertent disposal of radioactive material in landfills and sewages. The technology will provide order of magnitude improvement in detection over conventional systems. The technology will provide field rugged and cost competitive devices. The proposed research will provide proof of principle of new radiation detection technology that when fully developed will prevent inadvertent disposal of radioactive material in landfills and sewages. The technology will provide order of magnitude improvement in detection over conventional systems. The technology will provide field rugged and cost competitive devices. Res: if successful, this research could provide a new type of detector that would have application to numerous radiation measuring needs where the energy and position information are required. Two examples would be for landfill and sewage monitoring. If successful this research could provide a new type of detector that would have application to numerous radiation measuring needs where the energy and position information are required. Two examples would be for landfill and sewage monitoring if successful, this research could provide a new type of detector that would have application to numerous radiation measuring needs where the energy and position information are required. Two examples would be for landfill and sewage monitoring