INNOVATIVE TECHNOLOGY
In-house development
Striving for unparalleled data quality, SJ Geophysics continues to evolve data acquisition approaches. Backed by a talented R&D department, we develop state-of-the-art hardware and advanced signal processing algorithms. By embracing new technology, the company adapts to changes in order to provide our clients with enhanced results and improved efficiencies.
Innovation
We believe in the positive contribution each person brings to our innovation projects. Our team embraces scientific breakthroughs and uses them as inspiration for technological development. SJ Geophysics takes innovations in geophysics research and provides practical applications for the exploration community. Our passion for creating geoscience technology drives our constant geophysical advancements.
Research and Development
Our Research and Development department draws on specialists in electrical engineering, computer science, physics, geology, and geophysics. Our team works together to create cutting-edge technology in both hardware and software. SJ Geophysics is committed to reinvesting profits into research that pushes the geophysical exploration industry forward. Our research focuses on addressing the limitations of commercial systems and developing solutions which provide better data acquisition techniques.
Experience
Founded in 1989, the company focused on EM data acquisition and has since evolved into a leader in IP, EM, and Borehole hardware design and data acquisition. This has given SJ Geophysics a wide breadth of experience with both commercial geophysical systems and modern full-waveform distributed acquisition systems. A significant turning point for the company was the development of a parallelized version of the UBC DCIP 3D inversion code. This achievement allowed the company to create 3D IP data acquisition methods. With almost three decades of experience globally, across all physiographic regions, SJ Geophysics has the geophysical experience needed to drive exploration projects forward.
INNOVATIVE TECHNOLOGY
In-house development
Striving for unparalleled data quality, SJ Geophysics continues to evolve data acquisition approaches. Backed by a talented R&D department, we develop state-of-the-art hardware and advanced signal processing algorithms. By embracing new technology, the company adapts to changes in order to provide our clients with enhanced results and improved efficiencies.
Innovation
We believe in the positive contribution each person brings to our innovation projects. Our team embraces scientific breakthroughs and uses them as inspiration for technological development. SJ Geophysics takes innovations in geophysics research and provides practical applications for the exploration community. Our passion for creating geoscience technology drives our constant geophysical advancements.
Research and Development
Our Research and Development department draws on specialists in electrical engineering, computer science, physics, geology, and geophysics. Our team works together to create cutting-edge technology in both hardware and software. SJ Geophysics is committed to reinvesting profits into research that pushes the geophysical exploration industry forward. Our research focuses on addressing the limitations of commercial systems and developing solutions which provide better data acquisition techniques.
Experience
Founded in 1989, the company focused on EM data acquisition and has since evolved into a leader in IP, EM, and Borehole hardware design and data acquisition. This has given SJ Geophysics a wide breadth of experience with both commercial geophysical systems and modern full-waveform distributed acquisition systems. A significant turning point for the company was the development of a parallelized version of the UBC DCIP 3D inversion code. This achievement allowed the company to create 3D IP data acquisition methods. With almost three decades of experience globally, across all physiographic regions, SJ Geophysics has the geophysical experience needed to drive exploration projects forward.
Magnetotelluric surveys are an unique electromagnetic technique that utilizes natural energy as its source. Measurement in the variation of these natural magnetic B(t) and electrical E(t) fields can be used to derive the electrical properties of the subsurface material.
Gravity surveys are a passive potential field method that measures variations in the earth’s gravitational field. These variations are the result of changes in the subsurface density distribution of rocks and minerals. Gravity data requires careful data reduction procedures to remove influencing factors such as the earth’s ellipticity, lunar tidal forces and local geographic effects. After corrections have been made, subtle features can be identified in the data.
