Japón descubre el elemento clave para la descarbonización: hidrógeno turquesa

After creating the engine that runs on all fuels, Japan found the key element for decarbonization. In recent decades, global warming (the main consequence of greenhouse gas emissions) has shifted from a threat to a looming reality. Companies, organizations, and international authorities have committed to reducing pollution to alleviate it.

In these conditions, the future that humanity wants to pass through only involves a more sustainable economy, and to achieve it, decarbonization plays a fundamental role. It is a progressive process to reduce carbon emissions in the atmosphere.

These emissions, mainly carbon dioxide, are the result of human activity and the way energy is created, as well as actions such as intensive animal farming and agriculture. By reducing emissions and moving towards the desired Zero emissions, a very important step will be taken in the fight against global warming and climate change.

Japan knows what to use to achieve long decarbonization: turquoise hydrogen

In this context, Japan found the final element to achieve decarbonization: hydrogen. But not just any hydrogen: Turquoise hydrogen. In the framework of decarbonization, there is much talk about hydrogen as an energy vector, due to its ability to replace other polluting fuels.

The most well-known is green hydrogen due to its production of renewable energy. However, there are other types of hydrogen that can reduce emissions, including Turquoise hydrogen. The latter has piqued the interest of several entities for its production, which is made from methane without CO2 emissions.

The Japanese company Ebara began researching the main advantages derived from the use of Turquoise hydrogen versus other types of hydrogen. In their reports, they found a clean alternative whose origin lies in methane found in natural gas or biogas.

The participants in the initiative were The National Institute for Materials Science and the University of Shizuoka and Taiyo Koko materials. Additionally, the project is part of The Organization for the Development of New Energies and Industrial Technologies led by the Japanese government.

The company Japan focused their work on methane pyrolysis. In other words, in an attempt to separate hydrogen and solid carbon in various reactors. As a result of this work, a more effective hydrogen can be generated without compromising the quality or quantity of carbon produced.

By separating solid carbon, a new door is opened for use in various industries, such as tire manufacturing and carbon fibers for cars and airplanes, among others.

Turquoise hydrogen will disappear and Japan knows

The future of Turquoise hydrogen looks promising. In turn, the company Japan plans to make the production process ready for the market by 2026. Additionally, the H mixture with applications of solid carbon opens up a new universe for using these materials in key sectors such as cars and aviation.

In this way, not only a precedent would be set in the field of energy, but also in entire industries. The way energy is created and consumed is changing rapidly, with adaptations and proposals that years ago were absolutely unimaginable. There are several months left to discover if Ebara fulfills its mission.

Japan found the key element for decarbonization: Turquoise hydrogen. A solution that took into account the time and what could be the solution we need. If you want more information on its scope, in this article, we expand on the concept.