Energy independence was the focal point of an article written by author James Dean, who highlighted the significant potential of Eavor’s Advanced Geothermal Systems (AGS) in achieving this goal for individuals and communities alike.
The article emphasizes that pursuing energy independence by implementing innovative technologies offers multiple benefits. Geothermal energy is significantly cleaner than fossil fuels, emitting 99 percent less carbon dioxide, as geothermal plants do not utilize combustion. Rather, Eavor harnesses heat from the earth by introducing a working fluid into a closed-loop system, where the fluid extracts heat via conduction and transports the energy to the surface for district heating, cooling, and electricity.
Dean adds that independence from the traditional energy market can protect against outages and market volatility, which are exacerbated by severe weather and power grid cyber threats. Moreover, renewable sources like geothermal, solar, and wind have minimal environmental footprints, helping to mitigate air and water pollution.
Clean energy innovations are generating millions of high-quality jobs. In 2022, clean energy jobs in the U.S. grew by 114,000, reaching 3.1 million and now comprising over 40 percent of all energy jobs. Similarly, increased deployment of geothermal energy in Canada is expected to create high-paying jobs, supported by initiatives such as the Canada Growth Fund and the Alberta Drilling Accelerator.
Dean concludes that achieving energy independence involves understanding energy consumption, exploring renewable options, and improving energy efficiency. He states that closed-loop geothermal not only significantly reduces emissions and groundwater pollution, but also provides the opportunity for “true energy independence” that is facilitated by cleaner power grids.
