We enhance uranium grade accuracy by addressing gamma probe detection issues.
With Gamma Pro Solutions, simply upload your geophysics data and let the software handle the heavy lifting. Our platform processes raw datasets, runs advanced calculations, and delivers clear, actionable insights—all in one place.
Access the Gamma Pro Solutions proprietary software for calculating equivalent uranium grades
Drag and drop your data files here, or click to browse from your computer.
We support standard geophysical formats (e.g., Log ASCII Standard (LAS) v2.0).
No more guesswork. Our platform helps you extract meaning and make smarter decisions.
Access your data in a secure and auditable platform and export your equivalent uranium grades.
Reviews from geophysical experts and data professionals.
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John Simpson
Sask
Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt.
John Simpson
Sask
Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt.
John Simpson
Sask
Gamma Pro Solutions provides an online resource to derive and store uranium grades from downhole gamma ray probes. With our online processing and secure client databases, historical and modern data can be processed to output accurate and precise equivalent uranium grades.
All gamma probes have detection inefficiencies that impact the calculations of equivalent uranium grades. The industry standard is to use linear factors to account for inefficiencies and relate the count rate to uranium grades, such as dead time and k-factor. Gamma Pro Solutions has developed a new method, based on statistical modelling and analysis, to calculate scaling and non-linear factors that enhance equivalent grade calculations.
High-precision uranium grades are achieved by utilizing existing calibration facilities to determine a probe's collective counting inefficiencies and by simulating high-grade calibration pits using advanced Monte Carlo Particle Tracking models, resulting in an accurate grade determination of up to 80% U3O8. This innovative approach gives companies greater confidence in mineral resource estimations that rely partially or entirely on equivalent grades, enhances the reporting of exploration mineralized intercepts, and helps modernize historical data.
