These specialized probes are designed for hydrogeological and geological research in narrow boreholes, offering compact solutions for groundwater testing and site surveys. Their slim profiles allow for deployment in challenging environments, providing accurate data collection in confined spaces.
LMP305 Borehole Level Transmitter - Submersible stainless steel pressure transmitter ideal for geotechnical surveying with a 19mm diameter for measuring hydrostatic water level in bore-holes.
LMK 806 Plastic 21mm diameter Submersible Level Probe - The chemical resistant LMK806 submersible level probe is designed for use in confined spaces with aggressive media.
LMK306 Ground Water Level Transmitter - IP68 sealed hydrostatic level transmitter with a 17mm diameter for lowering into ground water boreholes for environmental monitoring of water level.
- Water well level monitoring in 3/4″ dia sounding tube to 300ft
- Dam bank narrow diameter submersible level transducer for 30m deep piezometer tubes
Find out more about Small Diameter Submersible Sensor and Instrument Probes to determine which product options and capabilities will best meet your application requirements.
Submersible probes play a crucial role in hydrogeological and geological research, enabling scientists and engineers to gather critical data from within boreholes. Narrow borehole submersible probes are specifically designed to operate within confined spaces, offering a solution for investigating groundwater conditions and conducting site surveys in challenging environments.
Applications
Hydrological and hydrogeological investigations
- Monitoring groundwater levels in wells and boreholes.
- Conducting aquifer tests to determine hydraulic properties.
- Investigating groundwater flow patterns and recharge zones.
- Assessing groundwater contamination and remediation efforts.
- Mapping saltwater intrusion in coastal aquifers.
Geotechnical and geological investigations
- Soil characterization and profiling.
- Rock core logging and analysis.
- Monitoring slope stability and landslide potential.
- Investigating subsurface geological structures and formations.
- Mineral exploration and resource assessment.
Environmental monitoring:
- Monitoring contaminant migration in groundwater.
- Assessing the impact of industrial activities on groundwater quality.
- Evaluating the effectiveness of environmental remediation strategies.
Construction and engineering applications
- Investigating foundation conditions for buildings and infrastructure.
- Monitoring groundwater levels during construction projects.
- Assessing the stability of tunnels and underground excavations.
Advantages
Benefits of using narrow borehole submersible probes:
- Access to confined spaces: Their slim design allows for deployment in narrow boreholes, providing access to previously inaccessible areas.
- Reduced drilling costs: Using smaller diameter boreholes can significantly reduce drilling costs and minimize site disturbance.
- Minimized site disturbance: Smaller boreholes result in less disruption to the surrounding environment.
- Accurate data collection in challenging environments: These probes are designed to operate in a variety of challenging conditions, including high pressures, temperatures, and corrosive environments.