Golden hydrogen can change the course of the globe

With the increase in global warming due to the burning of energy sources such as coal and oil, we are constantly looking for clean energy sources that are environmentally friendly... This is what we find in golden hydrogen, also known as white hydrogen! Golden hydrogen can change the course of the globe with many advantages that we do not find in many traditional energy sources, so let's get to know it more.

What is golden hydrogen?

Golden hydrogen is the product of natural processes occurring deep underground. Gold hydrogen consists of separate carbon-free hydrogen molecules that have no binding to other elements, and it consists of converting the remaining hydrocarbons in depleted oil wells. It was first discovered in 2007 at a gold and platinum mine in South Africa. It is reached by digging in the layers of the earth to reach it, but it is very expensive. It's a new pattern that promises to protect the environment rather than leaking methane and greenhouse gases from those wells, helping to reduce the cost of hydrogen production.

What distinguishes it from other energy sources?

Gold hydrogen does not produce carbon dioxide when burned to produce energy, and is expected to play a major role in achieving environmental sustainability and diversifying energy sources in the future. In addition, a recent study indicates that 5 trillion tonnes of golden hydrogen are available inside underground aquifers globally. This stock is mostly inaccessible at the moment, but if technologies were available to extract 500 million tons per year, which represents only 0.01% of the available stock, it would be enough to fully meet humanity's demand for hundreds of years.

How can we find it?

Some scientists have conducted studies that indicate the presence of golden hydrogen with ground markers on the Earth's surface, semicircular depressions that researchers have successfully trained an "algorithm" to detect. These depressions refer to distinct surface features with a semicircular pattern found on the terrain, often in the form of curved or partially circular gaps in the ground. Their size can vary from a few to several meters, depending on the specific geological conditions and formation processes.

Although these patterns often appear in low-altitude areas, multiple discoveries of these patterns in countries such as the United States, Mali, Namibia, Brazil, France and Russia have shown various factors that may hide them, leading researchers to believe that they are present in larger numbers than previously thought. Finding these patterns would be a sign of the search for "golden hydrogen" beneath the surface, the discovery of which is useful for shifting away from fossil fuels and promoting the search for new carbon-free energy sources.

One of the reasons why it is so difficult to find is that it can occur in geological species and locations different from those where we might find oil or gas, but using artificial intelligence tools being developed to help researchers find golden hydrogen, they map everything that could be semicircular depressions. The use of artificial intelligence for this purpose is not new because there are many studies in this direction, but perhaps what is new is the use of this approach to discover golden hydrogen.

What makes it the cleanest and most efficient source of energy?

Gold hydrogen is constantly produced within the Earth's crust, and some believe that access to a zero-emission energy resource such as carbon dioxide could restructure the global energy landscape. Other features include:

1.Large reserve:

Golden hydrogen is an abundant and renewable source of energy, which can be extracted from fossil fuel sources available in large quantities. This enables us to use it in electrical generation processes to produce highly efficient electricity.

2. Environmental Sustainability:

If used properly in clean electricity generating units, it does not emit any greenhouse gases or harmful pollutants. Thus, all this contributes to reducing the effects of global warming and improving air quality.

3.Storage and transportability:

It is easy to store and transport via pipes or other means of transportation, enhancing its versatility and usability.

4.Conversion and multiple use:

Golden hydrogen can be used in many industries such as chemical, petrochemical and fertilizer production. In addition, it can be used as a fuel for hybrid and electric vehicles based on cells and fuels.