An infinite energy mine under the sea
A recently published report has discovered an infinite source of electricity and energy under the sea. Electricity is necessary for almost all the activities of our daily lives, which is why we have seen such impressive projects as the photovoltaic tube that generates electricity using tap water. This dependence goes hand in hand with the need to move away from fossil fuels and switch to renewable energies, a point on which progress is being made with the information below.
Diversification of electricity sources ensures greater energy security. Dependence on a single source of generation, as is the case with fossil fuels, carries a high risk of interruptions in the electricity supply. On the contrary, the inclusion of new technologies and renewable energy sources makes it possible to diversify the energy mix and ensure a more stable and reliable supply.
The search for new ways of generating electricity is driven by the desire to reduce environmental impact and dependence on fossil fuels. The inclusion of new technologies and renewable energy sources is crucial for the optimal implementation of the energy transition.
Endless power mine under the sea: the “greatest treasure in history”
An unlimited and cheap source of hydrogen and electricity has been discovered on the seabed. The above report (by CGG) reveals the incredible potential for offshore geothermal energy by taking advantage of the movement of underwater tectonic plates.
CGG is a renewable energy consultant and the company behind the research that uncovered the energy treasure beneath the sea. They believe there is still huge untapped potential there that could provide the world with a cheaper and more accessible source of electricity.
Geothermal energy could become an inexhaustible and stable source of energy, drastically reducing the price of electricity. Unlike other technologies such as nuclear fusion (which is also promising), geothermal energy is already being used.
In contrast to solar and wind energy Electricity is available 24 hours a dayseven days a week. In addition, the infrastructure costs are significantly lower.
However, finding optimal locations for the construction of a geothermal plant is costly and does not always produce the expected results. For this reason, companies usually build these plants in places with easy access to highly fractured and permeable hot rock, which severely limits their use and prevents large-scale expansion.
This underwater power mine has become the most sought-after energy treasure.
There are companies that have developed new technologies to solve this problem, technologies that are already feeding energy into the power grid. CGG report: Extraction is easier if it takes place on the seabed.
Specifically, the consultant mentions the installation of geothermal plants in places where seafloor spreading occurs, a process in which tectonic structures are constantly separating from one another, thus creating new pieces of the Earth’s crust.
CGG estimates that there are approx. 65,000 square kilometers of land where magma from these huge undersea fissures is very close to the surface. The consultant warns that in certain areas it will make more sense to extract the fresh water from the steam flowing through the turbines and electrolyze it to produce green hydrogen.
In this way, different things can be used. On the one hand, the fresh water that is produced as a by-product, and on the other hand, the hydrogen as it is and the ammonia that can be converted into hydrogen. In short, the consultant would have found an infinite amount. energy mine under the sea.
