Plant Leadership Journey: Pioneering Geothermal for Sustainable Energy

6 February 2024Plant, Sustainabilitydigital transformation, energy, leadership, Plant Innovation, Process Plant, renewable energy, thermal energy

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With the vibrant backdrop of sustainable energy, the process plant industry is helping make significant strides toward a cleaner, more reliable energy future. Geothermal power generation, with its consistent electricity production, stands out as a promising example of leadership in the pursuit of sustainable energy solutions.

geothermal energy, sustainability

Harnessing Earth’s Heat

From geothermal housing developments in Texas and New York to The Geysers Geothermal Complex in northern California, process plants play a crucial role in advancing sustainable energy production. Unlike wind and solar energy, geothermal projects offer a less weather-dependent, more reliable source of electricity, thanks to the constant underground heat that can be harnessed for power generation.

On its website, the Geothermal Technologies Office of the Department of Energy (DOE) outlines the different types of geothermal power plants. Geothermal energy production taps into the Earth’s natural heat, which increases as you go deeper underground, even in non-geologically active areas.

Diverse Applications of Geothermal Energy

The University of Michigan Center for Sustainable Systems explains two primary applications of geothermal energy. Firstly, residential geothermal heating involves transferring heat from underground water through a closed system of pipes and utilizing a heat pump to warm homes or businesses. Secondly, in seismic/geologically active regions, natural geothermal systems circulate fluids through hot rocks, bringing hot water or steam to the surface via wells to drive turbines for electricity production.


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Geothermal Power Landscape

As of 2021, geologically active regions hosting geothermal power plants included California (30), Nevada (24), Utah (3), Hawaii (1), Oregon (1), Idaho (1), and New Mexico (1). According to Statista.com, in the same year, the US witnessed a peak geothermal electricity generation of 16.24 billion kilowatt hours (kWh), equivalent to powering 12 million homes. By 2022, geothermal facilities had the capacity to meet 69% of the nation’s energy needs.

steam generation plant in Iceland, geothermal energy, sustainability

Overcoming Challenges for Future Growth

As explained in the US Geothermal Report, the DOE anticipates a substantial increase in geothermal production by 2050 through the increased use of Enhanced Geothermal Systems (EGS). Overcoming underground limitations, EGS involves creating reservoirs of heated water underground to power turbines. This innovation could revolutionize geothermal power, providing a more widespread and efficient source of sustainable energy.

Groundbreaking Projects

In November 2023, a groundbreaking geothermal plant began operations in Nevada, exemplifying leadership in the industry. Developed by Google, the plant will help provide sustainable power for two of the company’s Nevada data centers, and data centers are known to be heavy consumers of electricity. This plant employs EGS technology by injecting water into dry fractures in hot subsurface rock. The system brings the heated water to the surface, generating steam to power turbines. In a further bid to technology leadership, the project utilizes fiberoptic cables for real-time data collection on flow, temperature and overall performance.

power plant stacks emitting steam, geothermal energy, sustainability

A Visionary Path Forward

The plant industry’s commitment to geothermal power generation exemplifies leadership in sustainable energy. From traditional geothermal plants to innovative EGS technology, the sector is driving advancements that could reshape the energy landscape. As we move into a cleaner, greener future, the integration of geothermal power into our energy mix serves as a testament to the plant industry’s leadership in fostering sustainability and reducing the reliance on traditional energy sources.


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