Exploring Buoyancy Effects in Advanced Geothermal Systems: A Fully Funded PhD Opportunity at the University of Sheffield By: Robert Buluma Image: Sheffield Home Garden The global demand for sustainable and scalable renewable energy has positioned geothermal energy as a critical player in the clean energy transition. However, traditional geothermal systems often face geographic limitations, restricting their deployment to specific locations. Enter Advanced Geothermal Systems (AGS)—a revolutionary approach poised to unlock geothermal energy's global potential. If you are passionate about tackling the challenges of geothermal energy and possess a solid background in engineering or applied sciences, the University of Sheffield is offering a fully funded four-year EPSRC iCASE PhD studentship in collaboration with SLB, a leader in energy technology innovation. We reported earlier on on how SLB , formerly Schullumberger joined forces with Ormat in Geothermal energy expeditions The Focus o...
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