This project will develop coaxial cable based sensor devices in conjunction with subsurface modeling to detect temperature, pressure, and strain for subsurface installations. Developments will be a novel ceramic coaxial cable sensor technology and associated instrumentation for down-hole harsh environment sensing applications and also the demonstration of the sensors applicability towards long-term, reliable monitoring of carbon dioxide injection and storage in deep geologic formations.
Presentations_plp
- Robust Ceramic Coaxial Cable Down-Hole Sensors for Long-Term In Situ Monitoring of Geologic CO2Injection (April 2016)
Presented by Runar Nygaard, University of Missouri, 2016 NETL Crosscutting Technology Research Review Meeting, Pittsburgh, PA.
- Development of a Ceramic Coaxial Cable Sensor-Based System for Long-Term Down Hole CO2Sequestration Monitoring (April 2015)
Presented by Runar Nygaard, Missouri University of Science and Technology, 2015 NETL Crosscutting Technology Research Review Meeting, Pittsburgh, PA.
- Development of a Ceramic Coaxial Cable Sensor-Based System for Long-Term Down-Hole CO2Sequestration Monitoring (May 2014)
Presented by Runar Nygaard, Missouri University of Science & Technology, 2014 NETL Crosscutting Technology Research Review Meeting, Pittsburgh, PA.
Principal Investigator
Hai Xiao
Xaio@ee.nmt.edu
Project Benefits
This project will develop sensors for in situ down-hole monitoring of geologic CO2 injection and storage. The expected impact of this technology is lower operating costs through the use of improved monitoring devices to measure and verify the integrity of carbon dioxide sequestration sites.
Website
University of Missouri System
http://www.umsystem.edu/
