SmartSolo at IPTC 2021: Collaborating on Seismic Exploration
SmartSolo reflects on the IPTC 2021, a virtual event for the oil and gas industry, and looks forward to future collaborations in Southeast Asia.
Showcase
SmartSolo Makes Urban Exploration Easier Than Ever
Discover how SmartSolo simplifies urban exploration with efficient seismic surveys across Europe, enabling faster project completion and better results.
SmartSolo at the IMAGE22 for Applied Geoscience & Energy!
Join us at booth #431 from August 29-31 in Houston, Texas, to discover our latest seismic data solutions!
SmartSolo at 3rd National Technical Conference on Safe Operation of In-Service Bridges
Join SmartSolo at the 3rd National Technical Conference in Shanghai to explore advanced sensor systems for bridge health monitoring and maintenance.
Discover SmartSolo at IMAGE 2022: Visit Booth #431!
Join us at booth #431 from August 29-31 in Houston, Texas, to explore our latest seismic data acquisition innovations!
SmartSolo at URTeC 2021: Exploring the Future of Unconventional Resources
Join SmartSolo at URTeC 2021 in Houston to discuss the latest seismic and vibration technologies for optimizing unconventional resource performance.
SmartSolo at CONEXPLO22: Visit Us at Booth #38 in Mendoza
Join us at booth #38 during CONEXPLO22 to explore our innovative products from December 12-16 in Mendoza, Argentina.
NodalSeismic Completes 3D Seismic Projects in North Texas Using SmartSolo Nodes
In December 2019, NodalSeismic completed five back-to-back 3D seismic projects in rural North Texas using SmartSolo IGUs, achieving efficient and successful results.
SmartSolo at the Mexican Petroleum Congress 2021 in Monterrey
Join Dynamic Technologies at booth #631 during the Mexican Petroleum Congress 2021, from November 17-20 in Monterrey, to explore the latest SmartSolo products.
Geophysical Survey for Pipeline Construction: Detecting Karst Formations with Microtremor and Electrical Methods
In a recent project, a geophysical contractor employed advanced detection methods to assess underground karst distributions in an area designated for a water supply pipeline installation. During drilling, a karst cave was unexpectedly discovered. To mitigate construction risks, various geophysical methods, including the microtremor method and high-density electrical testing, were applied to detect and map the underground features before further construction.