This invention presents a methodology for determining the magnetic characteristics of soils and their interrelationship with the dielectric response of the soil mass involves testing various soils using a magnetometer. These soils, with different characteristics, are analyzed for their magnetic properties and correlated with their physical, chemical, mineralogical, and electrical properties using an impedance analyzer. This approach provides a quick, non-invasive method to measure soil-specific parameters, establishing the influence of magnetic properties on the dielectric response. This methodology facilitates in-situ measurements, crucial for addressing geo-environmental challenges effectively.
Type of IP
Faculty
Category of Patent
Department
This methodology can significantly improve the monitoring and management of soil-related environmental issues such as groundwater contamination, soil salinity, and landfill leachate monitoring. It provides a faster, non-invasive means to assess soil properties, aiding in better decision-making and management practices for environmental protection and sustainable agriculture.
- Non-invasive and quick methodology for determining soil properties
- Correlation of magnetic characteristics with dielectric response and other soil properties
- Utilizes impedance analyzer to determine dielectric constant
- Facilitates in-situ measurements, reducing the need for invasive lab-based tests
- Employs a magnetometer calibrated with palladium at 27°C for accurate magnetic property assessment
4
Technology/Methodology Readiness Level is 4. Laboratory testing and validation are completed.
Environmental Monitoring, Agriculture, Civil Engineering, Geotechnical Engineering, Landfill Management
- Groundwater contamination monitoring
- Subsurface water profiling
- Landfill leachate monitoring
- Soil salinity assessment
- Oil spill detection
- Slope instability and landslide monitoring