Hydrogen Energy – AES Tietê Partners with Hytron and IATI to Research New Energy Generation Method

Written by Roberta Souza

Published on 23/10/2020 at 10:44

AES Tietê

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The Main Objective Of The Research To Generate Energy Through Hydrogen From AES Tietê Is To Partially Replace The Fossil Fuel And Reduce Damage From The Greenhouse Effect

AES Tietê, one of the most efficient electric power generators in Brazil, along with Hytron, a technology and innovation-based company, and IATI – Advanced Institute of Technology and Information, are in a research project aimed at generating energy through hydrogen. The partnership has as its main objectives to replace fossil fuel and substantially reduce current greenhouse gas emissions.

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To achieve this, an adaptation kit for the use of hydrogen in GMG will be developed, along with a national electrolyzer that will make the production cost of hydrogen comparable to that of diesel.

Julia Rodrigues, R&D and Innovation Coordinator at AES Tietê, says that “The project aims to partially replace fossil fuel and considerably reduce current greenhouse gas emissions. Today, it is common to use diesel GMG systems primarily as energy backup during peak hours, in rural areas, and also in isolated systems, causing very high environmental impact.”

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Hydrogen Energy – AES Tietê Partners with Hytron and IATI to Research New Energy Generation Method

The Main Objective Of The Research To Generate Energy Through Hydrogen From AES Tietê Is To Partially Replace The Fossil Fuel And Reduce Damage From The Greenhouse Effect

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Hydrogen Energy – AES Tietê Partners with Hytron and IATI to Research New Energy Generation Method

The Main Objective Of The Research To Generate Energy Through Hydrogen From AES Tietê Is To Partially Replace The Fossil Fuel And Reduce Damage From The Greenhouse Effect

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China is building an artificial island in the middle of the sea, covering 20 km², to construct the largest offshore airport in the world, the Dalian Jinzhouwan. This $4.3 billion project is anchored on more than 3,000 pillars embedded in the rock beneath the ocean and is scheduled to open in 2035.

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