Supporting Innovation in Water and Environmental Research
Founded within the Hydrogeophysics research group at Aarhus University, TEMcompany has its roots deeply embedded in academic innovation. Over the past few weeks, we’ve been proud to support and engage with universities and researchers across the globe. From live groundwater testing to high-level discussions on water sustainability and geophysical modelling, our instruments continue to play a vital role in advancing environmental science and education.
Live Demonstration at Stellenbosch University with JG Afrika
In early July, our sTEM system was used in a live demonstration led by our partner JG Afrika in collaboration with Stellenbosch University. During a limited 4-hour window, Mark Schapers and his team successfully conducted two test runs to collect and process subsurface data in real time. The demonstration showcased the efficiency and field-readiness of our system for hydrogeological and groundwater applications. We were proud to see our instruments helping illustrate how advanced inversion workflows can be executed quickly and effectively in real-world environments.
Academic Visit from Makerere University and ARUA Water CoE
On July 8th, we welcomed Associate Professor Isa Kabenge from Makerere University, Uganda. Isa, who is also a member of the Makerere University Research and Innovation Fund Management Committee and Head of the Department of Agricultural and Biosystems Engineering, visited TEMcompany to discuss how our instruments might support the goals of the ARUA Water Centre of Excellence. The Centre, funded by UKRI-GCRF, focuses on improving sustainable water management across Africa.
During the visit, we also discussed how our geophysical tools could potentially be integrated into several research and development projects Isa is involved in across the continent — supporting field data collection and environmental monitoring.
Visit from Ghent University Researcher Thomas Hermans
We were also delighted to receive a visit from Associate Professor Thomas Hermans of Ghent University, who is currently on sabbatical at Aarhus University. Thomas leads a research group focused on hydrogeophysics and uncertainty quantification, working on challenges including salinity mapping, geothermal energy exploration, and contaminant tracking.
During his visit, Thomas toured our production facility, explored both the TEM2Go and tTEM systems, and presented some of his ongoing research, including the use of machine learning for geophysical data inversion. We had the opportunity to exchange ideas on how our instruments could support his upcoming projects — including updating the salinity map of the Belgian coast.
While each of these interactions was unique, they all reflect TEMcompany’s core mission: enabling researchers, educators, and professionals to explore and solve real-world problems with precision and speed. Whether our systems are being demonstrated in the field, considered for global research initiatives, or investigated by leaders in geophysical modelling, we are proud to be part of a growing international network of science and innovation.
We look forward to continuing these conversations and engagements. If you’re interested in learning how TEMcompany tools can support your research or fieldwork, get in touch with us today.
