The ‘door to hell‘ has been opened for the first time providing infinite energy and thousands of degrees. Some time ago we talked about the ‘hell crystal’ that stores infinite energy at 1,000ºC and now it is the turn of an ambitious project that promises to revolutionize the limits imposed. Renewable energies are clean, inexhaustible and increasingly competitive sources of energy.
Although fossil fuels have fulfilled their role perfectly for years, renewable energies are gaining ground due to their diversity and the fact that they do not produce greenhouse gases. In addition to this, their costs are evolving steadily downwards, while the general trend in fossil fuel costs is increasing.
The growth in demand for renewable energies is undeniable, which is why projects that have to do with obtaining new energies or inexhaustible existing energies acquire great notoriety.
They open the ‘door to Hell’ and infinite energy comes to light
He world’s first magma well will transform into a unlimited and cheap power plant. Iceland accidentally discovered a magna chamber that opens the door (‘of Hell’) towards a new way of high temperature geothermal energy capable of providing affordable electricity supply to the entire world. This is how the project reaches our days Krafla Magma Testbed (KM), which has been working for 10 years to be able to use the high temperatures of the volcano’s magma chamber Kraflain Icelandto generate energy.
The scientists in charge of the project have reported that everything is already being prepared to begin the first drilling. If things go as planned, this will be the first time volcanic magma has been studied in depth and will be the first step in creating a new type of geothermal power plant that could supply the world with large amounts of clean electricity at almost zero cost.
From the hand of USA and Kenya, Iceland It is one of the leading countries in geothermal energy, a type of sustainable and unlimited energy that takes advantage of the high temperatures of geothermal fluids to power turbines and obtain electricity.
Said like this it sounds like the infinite energy perfect, but there is a reason why it has not spread to more countries: because of the complication of finding spaces to drill at great depths. Furthermore, the efficiency of geothermal energy is limited to the temperature level reached by the wells.
Plants that use fossil fuels produce steam at approximately 450ºC, while the temperature of standard geothermal fluids only reaches about 250ºC. However, this could soon change.
Infinite energy could arrive sooner than we think
KMT researchers are working on a method to find these magma chambers and extract their energy, something that until recently seemed impossible. Some of these molten stone deposits reach 900ºC and are located a few kilometers from the earth’s surface, an aspect that makes them accessible places given current technology.
KTM’s project is not the only one on the scene to obtain energy from magma. Quasiea company founded by former MIT engineers, uses a millimeter wave drill that reaches up to 20 km deep.
For its part, the KMT team will begin by analyzing the characteristics of the magma chamber of Krafla. While the scientific part is clarified, a second well will be drilled that will act as a test bed.
In short, the ‘door to hell‘will open to give us infinite energya promise shared with the appearance of these enigmatic rocks.
