Green Hydrogen: Carbon nitride can be the key to producing clean fuel

At this point, there is a small plant that performs one of the most fantastic processes in the universe by using sunlight as a stimulator and water as a fuel for survival, somewhere in your home or in your neighborhood: photosynthesis. This process is so surprising that we have examined this phenomenon in depth. To produce fuels such as green hydrogen.

It can be seen that one thing has nothing to do with the other, but some studies have shown the potential of artificial photosynthesis as a method of productivity, low cost and low CO2 emissions. A technological dream.

And as long as it is a good experimental and theoretical basis, dreams can come true. For the first time, researchers at the Max Planck Institute were able to visualize the process of breaking water molecules in interaction with carbon nitride. To understand.

Can artificial photosynthesis produce the fuel of the future?

Production and progress to obtain renewable energy are a repeating theme in the whole technological world. Think of more applicable alternatives that maintain the same levels of productivity, lower carbon footprint and low production costs are some of the difficulties faced.

Among the most efficient fuels, Hydrogen has been shown to be ideal for fossil fuels. However, production, energy efficiency, distribution and storage still lack technology, so that this change may be attractive and desirable in the industrial market.

Another advantage of using this item is its usability. Hydrogen is one of the most abundant elements of the universe, but although it has gas pockets, we do not find it alone, but in interaction with other molecules, forming, shaping, the most various compounds.

There is even a color classification that shows the source of gas and the potential carbon footprint produced by each process, as a result, a fuel must be really ‘green’ or environmentally effective, and the entire production chain must have a low effect. Greenhouse gas emissions.

And in this sense, nature has this molecular breaking ability, air, photosynthesis effectively separates the compounds when making “recycling”.

I also know: The new method can convert sunlight and water into hydrogen.

Research with artificial photosynthesis showed that the use of carbon nitride in contact with water causes the molecule to break, and it showed the oxygen and hydrogen to a clean and efficient process.

Carbon nitrur It has been widely examined in various conductors and semiconductor transactions. In addition, it was an excellent candidate for the photocalizer and caused the desired fracture reaction in the process of obtaining hydrogen.

In addition to provoking efficient molecular deterioration, the researchers were able to think about how this process took place and gave a clearer idea of ​​how artificial photosynthesis could be optimized for fuel production purposes.

The group said that the interaction between carbon nitrine and water caused the formation of a hybrid compound that acts as a semiconductor who can be transferred and interacted at nanomolecular level.

Under the influence of the bright stimulus in the photocatalizer with carbon nitrus, water donates a connection between a proton and an electron, Recovering the connections between oxygen and hydrogen, making them available separately. This interaction and breaking behavior were observed for the first time.

Fractures between molecular bonds usually need a lot of energy to be taken back, but with the emulation of photosynthesis processes, less energy can be printed in the system, provided that the correct catalyst can be used, and the carbon nitrus in this scenario. The new promise for the efficiency and care of a process with less carbon footprint.

Green efficiency

Movement for a more sustainable life and industry encourages the development of technology that directly affects our daily life. More attractive prices, more efficient products, aesthetics and usability are part of this election game. It can take us to a future with less impact on the environment and provide a better quality of life in the long run..

In addition, there is a long technological development way for green energy processes to maintain the same efficiency provided by fossil fuels today, but the time to be made more carefully will come.

Research published by the Max Planck Institute reveals new opportunities for optimization and deepening of how molecular changes can occur, which leads to more efficiency and ‘convenience’ call breaks, which proposes new advances in the energy sector.

With the goals that will reach the 2030s, Are we going to lift a really significant decrease and global warming in the emission of greenhouse gases? Perhaps this is the problem of this century, and a few researchers and officials from the most various fields of information are trying to give a satisfactory answer to everyone with an optimistic prediction in the coming decades.

Tell us your opinion about our social networks and specify innovative works with the potential to change the energetic future of the world. And if you want to learn a little more about the promise of hydrogen, read how the production of the new gold race in the 21st century.

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