There is a volcano assets that are about to receive a visit from a country. The purpose of the nation is to obtain unlimited energy, but the consequences if the project fails can be catastrophic. There are other, simpler projects that have tried to extract energy from these properties, such as solar paint that provides that unlimited energy of water vapour. However, this initiative surpasses anything we have seen so far.
It’s a plan that is as challenging as it is exciting. In fact, it is not a new project. It took its first steps in 2017, but the announcement of the first drilling mission in 2026 was what set off the alarms.
They want to make a tunnel within the tunnel volcano, a very striking aspect that does not cease to appear in the media. Its raison d’être is to provide safe and reliable access to the underground chamber that stores the volcano’s magma.
The project Krafla Magma Testbed (KMT) comes from Iceland to obtain unlimited geothermal energy. Likewise, the place you want to access is the magmatic chamber of the volcano Current.
By entering it, they can take samples of the magma and conduct experimental research that pursues two main goals: predicting volcanic disasters and investigating new efficient ways to harness geothermal energy.
The Krafla volcano can provide unlimited energy: just follow these steps
The first drillings will take place in 2026. The second will then arrive in 2028 and the measurement and analysis facilities are expected to be operational in 2030. Geothermal energy is natural energy stored in the earth.
The temperature of the Earth’s crust increases with depth. This stored energy is in some cases converted into volcanic eruptions at the surface. That’s why areas like Iceland O Japanwith high volcanic activity, have a greater potential to benefit from this type of energy.
Producing electricity from a geothermal source requires access to a deposit, the requirements of which may be difficult to meet. The site must not only exist and be interesting, but also have sufficient resources.
The performance of this procedure is related to the temperature of the source, so the higher the temperature, the greater the production of electricity. It is at this point that the project KMT has focused his eyes, since the magma chamber of the Current It reaches over 900 degrees.
However, it has a limitation. To harness its energy, new materials and sensors must be created that can withstand extreme temperatures.
The search for unlimited energy could have a happy ending: the answer could lie in the Krafla volcano
Iceland It is located in a privileged location in terms of geothermal exploitation. More than 70% of the energy consumed in the country comes from geothermal energy. It has achieved electrical self-sufficiency by combining mainly geothermal energy with hydroelectric generation.
Its capital, Reykjavík, has a heating system that works with water heated with geothermal energy. Once it’s used to heat homes, the energy circulates through the streets to melt the snow. However, the geothermal exploitation policy pursued by the government is relatively recent.
Dig a tunnel to enter the interior of one volcano is a viable and profitable alternative unlimited energy. While it may seem like a fictional plan, sometimes reality surpasses any work of fiction. Moreover, many of the inventions that once seemed impossible are now great and promising solutions.
If you want to know more about geothermal energy, we will tell you ALL about the latest developments in this article. Every piece of information is exciting and opens the door to an exciting and unknown world.