Introducing Solutions for better Data Acquisition
Transitioning to Greener Energy
Sensing Technologies and New Techniques
Sensing Technologies and New Techniques
We recognize the importance of Oil and Gas as a source of energy to the development of the world. While we remain committed to serving the oil and gas industry in providing more sustainable low-carbon energy, we will also leverage advanced data acquisition solutions and innovative sensing technologies. This approach will help us assess th
We recognize the importance of Oil and Gas as a source of energy to the development of the world. While we remain committed to serving the oil and gas industry in providing more sustainable low-carbon energy, we will also leverage advanced data acquisition solutions and innovative sensing technologies. This approach will help us assess the environmental impact and continuously find new sources of energy to support our customers in their quest for success.
Sensing Technologies and New Techniques
Sensing Technologies and New Techniques
Sensing Technologies and New Techniques
We offer a range of downhole and on-surface solutions that help our customers better understand their prospects in an economic manner. Our innovative data acquisition solutions enhance traditional methods by integrating new sensing technologies and methodologies, while also supporting environmental impact assessment efforts.
Supporting R&D with our Partners
Sensing Technologies and New Techniques
Supporting R&D with our Partners
While GEOVAI does not develop its own technologies, we continue to collaborate with our independent technology partners to deploy and field-test their innovative data acquisition solutions within our business. GEOVAI enhances the R&D process by providing field feedback that contributes to environmental impact assessments and aids in the commercialization of new sensing technologies.
Sensing Earth, Beyond the Usual
Distributed Acoustic System (DAS)
By utilizing DAS, we can achieve continuous, real-time measurements along the entire length of a fiber optic cable. This capability is essential for various applications, including pipeline monitoring (midstream), waste monitoring in mining, rail monitoring, perimeter monitoring, subsea monitoring, highway monitoring, and smart city applications. These data acquisition solutions serve as a modern replacement for conventional surface seismic methods, enhancing our ability to conduct thorough environmental impact assessments through advanced sensing technologies.
Downhole Logging (for Mining, Waterwells, and Geotech)
GEOVAI provides data acquisition solutions through its borehole logging services, which record and analyze measurements of physical properties of rocks in wells or boreholes. Various sensing technologies are employed to measure different rock properties. The types of wireline logging offered include: Deviation surveys, Compensated Density survey, Magnetic Susceptibility, Flowmeter, Acoustic Teleview, Optic Borehole Televiewer, Three-Arm Caliper, Borehole Deviation, and Full Waveform Sonic—all essential for effective environmental impact assessment.
Vertical Seismic Profiles (VSP)
VSP, or vertical seismic profiling, refers to measurements made in a vertical wellbore using geophones inside the wellbore and a source at the surface near the well. This technique is a part of advanced data acquisition solutions that play a crucial role in environmental impact assessment, utilizing cutting-edge sensing technologies.
Co2 Sequestration & Monitoring
Geo-sequestration involves injecting CO2 into underground geological formations. To ensure effective environmental impact assessment, subsurface monitoring can utilize data acquisition solutions that track the reservoir's status through geophysical techniques, modeling, and advanced sensing technologies.
Integrity Monitoring
Earthquakes
Environmental Applications
Environmental Applications
Utilize advanced sensing technologies to detect earthquakes in real-time, providing critical information about locations, magnitude, and duration of seismic events. Our data acquisition solutions also assess the frequency and intensity of aftershocks, contributing to a comprehensive environmental impact assessment.
Environmental Applications
Environmental Applications
Environmental Applications
We provide data acquisition solutions that can detect small vibrations in the ground, indicating seismic activity. Additionally, our sensing technologies support boundary monitoring for waste management and early alarms for leaks, contributing to comprehensive environmental impact assessments.
Security Applications
Environmental Applications
Hydrology & Hydrogeology
Our advanced sensing technologies can detect the sound of breaking glass or footsteps along a Geo-Fence, which is crucial for our data acquisition solutions in alerting security personnel to a potential intrusion while also considering the environmental impact assessment.
Hydrology & Hydrogeology
Hydrology & Hydrogeology
Hydrology & Hydrogeology
We utilize advanced data acquisition solutions to detect changes in water levels caused by rainfall or snowmelt. This information is crucial for issuing flood warnings and conducting thorough environmental impact assessments, ultimately allowing for more effective management of water resources through innovative sensing technologies.
Structural Health
Hydrology & Hydrogeology
Structural Health
We utilize advanced sensing technologies within our data acquisition solutions to detect changes in strain levels in a bridge. This can indicate potential structural issues, enabling an effective environmental impact assessment and allowing for early maintenance and repairs.
Fluids Monitoring
Hydrology & Hydrogeology
Structural Health
Our data acquisition solutions utilize advanced sensing technologies to detect the flow of fluids in a wellbore, monitor the pressure within the well, identify any leaks in the pipeline, and assess the structural integrity of well casings. This comprehensive approach also supports environmental impact assessment efforts.
Leading the Way
Natural Hydrogen
Exploring natural (White/Gold) hydrogen offers a promising pathway toward clean, low-carbon energy. Formed naturally within the Earth through geological processes, natural hydrogen can accumulate in subsurface reservoirs similar to conventional gases. By utilizing advanced sensing technologies and data acquisition solutions, these resources can be identified and evaluated with minimal environmental impact through comprehensive environmental impact assessments. Natural hydrogen has the potential to complement renewable energy systems and support the transition to a more sustainable energy future.
We can help finding it,
We can help evaluating it,
Wind & Sun
Geophysical measurements play an important role in selecting optimal sites for solar and wind energy projects by characterizing ground conditions and environmental constraints. Utilizing advanced sensing technologies, subsurface surveys help assess soil strength, depth to bedrock, and potential geohazards that affect foundation design and long-term stability. These data acquisition solutions support efficient project planning, reduce construction risk, and ensure reliable performance of solar and wind infrastructure while also contributing to a thorough environmental impact assessment. We can measure sites, and we can provide multi-client data.