Engineers monitor the stimulation using microseismic imaging to map the fracture network and ensure it remains contained within the target formation. This may involve pumping fluid at specific pressures or rates to ensure the fractures remain open and connected.
Enhanced Geothermal Public Acceptance Strategies: Building Community Support and Trust
These initiatives are testing new reservoir designs and drilling methods to prove the technology at commercial scales. This process, known as hydraulic stimulation, increases the rock’s permeability without causing an uncontrolled fracture, establishing a network of conductive pathways.
Global Outlook and Future Potential Research and pilot projects are underway in countries with high tectonic activity, from the United States and Australia to Japan and the European Union. The goal is to create a durable, permeable reservoir that allows the injected water to circulate slowly, absorbing intense heat from the surrounding rock.
Enhanced Geothermal Public Acceptance Strategies: Building Community Support and Trust
The long-term vision is a future where this clean energy supports grid stability and decarbonization goals worldwide. There is also a risk of induced seismicity, where the fracturing process triggers small, non-destructive earthquakes.
More About Enhanced geothermal
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