The American army focuses on the “next generation” of thermal thermal energy

When the American army sets its energy -related policy, it gives priority to national security, and any influence on greenhouse gas emissions is at best secondly, especially with the Pentagon’s Ministry of Defense declaring that it will not be provided on “foolish acts of climate change”.

For this reason, it is very important for President Donald Trump and his defense minister to continue the Higseth Beit, to strive for renewable thermal thermal energy free of emissions.

In the context of his support for the President’s “Energy Hegemony” agenda, the US Air Force announced, last March, that 11 American companies were selected as a main heat energy supplier of military operations around the world, and this was the latest step taken by the Pentagon to convert the heat of the Earth’s crust into useful energy.

The army is looking to extract the Earth’s thermal energy to operate its base in “Fort and Enrayet” in Alaska, and the navy explores the thermal energy capabilities in its air facility at the “Lentro” base, California.

Next generation

Meanwhile, the Air Force asked two companies to build preliminary models for ground thermal energy facilities in the rules of the states of Idaho and Texas, and in a total way, there are seven projects underway within the framework of the US Defense Ministry’s Energy Energy initiative.

The “next generation” initiative is essential, and Americans generate electricity from the Earth’s Energy Sources on a commercial scale since the company “BG and E” built an energy station on the hot springs in Gaizers, California, in 1960, when hot water is close to the surface, it is easy to use to allow the steam to start and then rotate the turbine, but at the present time the Earth’s Earth Energy is a specialized technology, providing Less than 0.5% of electricity in the United States.

Only in countries with smaller economies and very favorable underground conditions, traditional thermal energy plays an important role, providing more than 40% of electricity in Kenya and 30% in Iceland, as it also provides most of the country’s heat.

Technology editing

The next generation of thermal thermal energy is ultimately liberating technology from strict geographical restrictions, allowing heat extract almost anywhere. These projects use various techniques, some of which are “improved thermal energy”, which requires the pits injecting and breaking water into solid rocks. After that, they must collect hot water in another well to produce energy.

This is the technology used in the “Ferfo” wells in Cape Station, Utah, which “Shell” agreed to purchase energy from it starting in 2026.

Others, “advanced” thermal energy or “closed loop”, which does not require cracking or fluid injection into the ground, and instead, the liquid rotates through underground covers to capture heat and transport it to the surface. The most ambitious and technically challenging is the “high -rocking rocks” projects, which aim to reach enough depth (less than five kilometers) to reach temperatures of up to 400 degrees Celsius or higher.

The common denominator between these methods is the possibility of producing “around the clock” energy, and eliminating the need to connect fuel, which is a great advantage at a time of “increasing threats caused by forest fires, harsh weather and cybersecurity attacks”, according to the Pentagon’s defensive unit, and this additional flexibility is the same benefit that prompted the army to explore the use of small nuclear nuclear reactors.

artificial intelligence

The thermal energy offers a lot to other American agencies and industries. Unlike solar energy or batteries, China does not dominate the supply chain. The United States is home to many of the world’s leading oil field service companies that occupy drilling platforms – such as Baker Hughes, which has a large group of oil and gas workers with transformed skills to occupy 120,000 jobs that can be created if the next generation of ground thermal energy has reached its full scope, according to the Ministry of Energy report for 2024.

This technology can also support the Trump administration’s declared goal, which is the dominance of artificial intelligence by providing continuous energy for data centers for technology companies such as “Mita”, an important attraction for the Minister of Energy, Chris Wright. With the rapid decrease in drilling costs, hope will be held that the current few experimental and illustrative projects will be achieved commercially in the United States by 2030.

Reducing emissions

More importantly, of course, the Earth’s thermal power plants do not produce any emissions that cause the planet’s high temperature while operating. The need to reduce global warming emissions is not a topic that many Republicans will talk about in Washington these days, however, most of the bills related to this issue that make their way through Congress have the support of the two parties, and examples include the “Steam” law, which aims to facilitate the exploration of the Earth’s thermal energy, and the “Geo” law, which would accelerate the process of obtaining federal permits for projects Earth thermal energy. About National Interest

. The American army is looking to extract the ground energy to operate its base in “Fort and Enrayet”, Alaska.

. Earth thermal power plants do not produce any emissions that cause the planet’s high temperature while operating.