One of our power users is accomplishing his goals using a combination of our applications. Joe Harrer, who is an independent Hydrogeologist with Anthropocene Solutions Inc., is using a synergy between Voxler and Strater to create a conceptual site model of a brine storage facility located in rural Alberta. For those of you that follow my blogs, I recently posted a blog article on Joe Harrer’s application of Voxler to create a 3D brine plume model of the same storage facility. The model was used for ground water monitoring and remediation efforts. Joe has taken the brine plume model a step further and has developed it into a complete conceptual site model of the facility. In Voxler, he has incorporated cross sections of the site’s lithological layers that were generated from borehole data in Strater, groundwater and ground level surfaces, groundwater monitoring wells, a site map, and drone imagery to create a complete conceptual site model.
The 3D conceptual site model in Voxler showing a brine plume, monitoring wells, lithology cross sections, groundwater surface, and ground surface.
One of the most interesting Golden Software user stories that I have recently heard was from an independent Hydrogeologist with Anthropocene Solutions Inc. named Joseph ‘Joe’ Harrer. Joe Harrer uses a combination of vertical EC measurement and groundwater sampling tools with Voxler to perform 3D brine plume modeling. Joe is working on a project where he was hired to do a groundwater characterization of a brine storage facility where initial studies proved that leakage beneath a brine plume has caused an impact to the soil and groundwater and that the impact has been spreading with the groundwater as it migrates down gradient. Local regulations required a full assessment of the plume’s extent and a model of the potential migration of the plume. In addition, a groundwater remediation system is presently being installed at the site. Joe used our Voxler app for the 3D modeling portion of this project.
I recently received a call from one of our Surfer users who was trying to create a site suitability model for a new manufacturing development. The user needed to find areas within the proposed site where the slope was under 10 degrees. The site suitability model required specific slope to be respected; the areas that were under the threshold criteria of 10% would be considered potential locations within the site to locate the new development.
A site suitability model can be easily developed in Surfer by creating a slope grid from a digital elevation model or DEM for the area, masking the slope grid to the site boundary, and creating a contour map that highlights the areas that meet the 10% or under criteria. Since this is such an interesting workflow, I thought it would be a great topic to blog about it so others in the Surfer community could benefit from seeing the approach.