After making the engine that works with all the fuels, Japan He has found the key element for carbon covering. In recent decades, global warming (the most important consequence of the emission of greenhouse gases) has been a threat to a latent reality. Companies, organizations and international authorities have promised to reduce pollution to reduce this.
Under these circumstances, the future that craves for humanity only a more sustainable economy and, to achieve this, carbon -poor plays a fundamental role. It is a progressive process to reduce carbon emissions to the atmosphere.
These emissions, mainly carbon dioxide, are the result of human activity and the form of energy creation, in addition to actions such as intensive cattle and agriculture. With the reduction of emissions and the climb to the desired zero -Netto emissions, a very important step will be taken in the fight against global warming and climate change.
Japan knows what to use to achieve the long -awaited carbon: turquyogenic hydrogen
In this context, Japan He has found the final element to reach carbon: hydrogen. But no hydrogen: the turquoise hydrogen. Under the framework of carbon books, there is much talk about hydrogen as an energy sector, due to the replacement capacity of other polluting fuels.
The best known is green hydrogen because of the production of renewable energy. However, there are other types of hydrogen that can also reduce emissions, including turquoise hydrogen. The latter has performed the importance of different agents for their production production, which is carried out by methane without CO2 emissions.
The Japanese Ebara company A study has started into the most important benefits that arise from use turquoise hydrogen For other types of hydrogen. In his reports he has found a clean alternative whose origin lies in methane in natural gas or biogas.
The participants of the initiative were the National Institute of Materials Sciences and the University of Shizuoka and the material manufacturer Taiyo Koko. In addition, the project is part of the Organization for the development of new industrial energies and technologiesDriven by the Japanese government.
To the company Japan He has focused on methane pyrolysis. In other words, by trying to separate hydrogen and solid carbon in different reactors. After this work, more efficient hydrogen can be generated without jeopardizing the quality or quantity of carbon produced.
When separating solid carbon, a new door is opened for use in various industries, such as the elaboration of tires and carbon fibers for cars and planes, among other things.
Turkish hydrogen will go far and Japan knows
The future of turquoise hydrogen It will be promising. For his part, the company of Japan Plan to have its production process ready in 2026. In addition, the clean H -mix with industrial solid carbon applications opens a new universe to use these materials in important sectors, such as automotive and aviation.
In this way not only would be a precedent in the field of energy, but also throughout the industries. The way to create and consume energy changes rapidly, with adjustments and proposals that were absolutely unimaginable years ago. There are hardly any months left to discover or Ebara reaches his mission.
Japan Find the most important element for low -carbon: the turquoise hydrogen. A solution that has considered time and that can be the solution we need. If you want to know more about your scope, we will expand the concept in this article.