Researchers From Unicamp Develop Micoreactor Capable of Converting Ethanol Into Hydrogen

Written by Valdemar Medeiros

Published on 02/08/2022 at 12:28

Protótipo do Microrreator dos pesquisadores da Unicamp – imagem: Divulgação

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Researchers from Unicamp Developed a Small Reactor That Can Transform Ethanol Into Hydrogen for Electric Cars, Potentially Boosting the National Electric Market.

Focusing on sustainability and advancements in the implementation of electric cars, at the end of last month, researchers from the University of Campinas (Unicamp) patented a compact chemical reactor, microreactor, or even micro-reformer, produced by 3D printing that can transform ethanol into hydrogen. One of the goals of developing a small-sized reformer is that it can be embedded within the fuel cell itself.

Project to Transform Ethanol into Hydrogen Can Be Scaled

Thus, it would be possible to develop modular cells, produced on a large scale always with the same standard, instead of using different models of cells and reformers for each model. For example, while compact electric cars use only one cell, a medium SUV would use two, and a commercial vehicle, such as a minibus, or a midsize pickup, three.

According to the professors from the School of Chemical Engineering at Unicamp who are leading the project to transform ethanol into hydrogen, the intention is to make the project viable on an industrial scale, as an alternative to using fuel cells with pressurized hydrogen, whose adaptation and storage costs can be prohibitive in a country like Brazil.

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Volkswagen Attempts to Make the Technology Viable

One of the most discussed options for the process of introducing electric cars into the national market is the use of ethanol as a conversion source for hydrogen and, subsequently, electric energy.

Even Volkswagen has been trying to make the technology feasible, which has the advantage of pre-existing infrastructure for fueling with the sugarcane-derived fuel. Additionally, the ethanol technology also waives the need for large battery banks, given that the electric motor is powered directly by the cell.

As Brazil does not produce batteries on a large scale, and the production of these components still poses significant environmental harm, the solution using ethanol may be one of the most efficient available for the reality.

According to Maciel Filho, the carbon generated by the technology does not come from a fossil source, as is the case with hydrogen generated from natural gas. It is a reversible process, considering that it is captured back by sugarcane when it grows.

Unicamp Technology Has the Dimensions of a Smartphone

In the case of the project patented by the researchers at Unicamp, the prototype has a size similar to that of a smartphone and its core measures only 5 cm in length.

According to the project’s lead researcher, these characteristics improve the efficiency and control of reactions in electric cars compared to conventional reactors.

The plates are manufactured by 3D printers dedicated to metal use following the guidelines of Industry 4.0. In this way, it generates greater topological and design optimization, according to the project, as well as faster production of new prototypes.

Researchers From Unicamp Develop Micoreactor Capable of Converting Ethanol Into Hydrogen

Researchers from Unicamp Developed a Small Reactor That Can Transform Ethanol Into Hydrogen for Electric Cars, Potentially Boosting the National Electric Market.

Project to Transform Ethanol into Hydrogen Can Be Scaled

Volkswagen Attempts to Make the Technology Viable

Unicamp Technology Has the Dimensions of a Smartphone

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Researchers From Unicamp Develop Micoreactor Capable of Converting Ethanol Into Hydrogen

Researchers from Unicamp Developed a Small Reactor That Can Transform Ethanol Into Hydrogen for Electric Cars, Potentially Boosting the National Electric Market.

Project to Transform Ethanol into Hydrogen Can Be Scaled

Volkswagen Attempts to Make the Technology Viable

Unicamp Technology Has the Dimensions of a Smartphone

Seen from space, an image taken by an astronaut shows an unlikely oasis in the Saudi Arabian desert, protected by a terrain that slows the advance of sand, surrounded by green circles, remnants of an extinct lake and nearly 10,000 years of preserved history.

While the U.S. still faces limitations in deep space, China is developing unprecedented technology with strategic satellites that maintain communication with the far side of the Moon and aims for dominance by 2030.

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An entire island in the Pacific wants to surround itself with a colossal barrier against the ocean to try to escape increasingly violent waves and not be swallowed by the sea in the coming decades.

With 7.4 trillion tons of artificial snow pumped in 10 years, an extreme operation could stabilize the West Antarctic ice sheet and prevent a sea level rise of more than 3 meters, but it would require snow cannons, ocean water, and energy on an almost industrial scale at the end of the world.

In the Saudi Arabian desert, the world’s largest green hydrogen plant is 80% complete and will use 4 gigawatts of solar and wind energy to produce 600 tons of clean fuel per day when it opens in 2027.

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