Honeywell Introduces Protonium to Optimize Green Hydrogen Production
Key Ideas
- Honeywell has launched the Protonium platform to enhance the production of 'green' hydrogen, focusing on optimizing plant design, electrolysis efficiency, and addressing carbon intensity and cost challenges.
- The suite incorporates advanced solutions like Concept Design Optimizer and Hydrogen Electrolyser Control System, along with AI and machine learning to streamline operations and energy management.
- Aternium, a U.S. hydrogen producer, will be the first to adopt Honeywell's Protonium at its Mid-Atlantic Clean Hydrogen Hub, supported by the U.S. Energy Department's federal assistance program.
- The platform aims to leverage zero-emission energy sources effectively to produce hydrogen, which can be further converted into electricity with water vapor as the only emission, contributing to sustainability efforts.
Honeywell has recently unveiled the Honeywell Protonium suite, a new technology platform tailored to optimize the production of 'green' hydrogen. This initiative aims to tackle critical challenges associated with using zero-emission energy sources to generate hydrogen, which serves as a clean energy carrier that can be converted into electricity with water vapor as its sole emissions. The suite comprises innovative solutions such as the 'Concept Design Optimizer,' 'Hydrogen Electrolyser Control System,' and 'Hydrogen Unified Control and Optimizer,' which leverage AI, machine learning, predictive analytics, and digital twins. These tools are designed to enhance plant design, improve electrolysis efficiency, and address issues like carbon intensity, power intermittency, and overall costs. Honeywell's Protonium will see its initial implementation at the Mid-Atlantic Clean Hydrogen Hub of U.S. hydrogen producer Aternium, which is among the projects selected by the U.S. Energy Department for federal assistance. By integrating advanced technologies and focusing on sustainability, this platform aims to play a significant role in boosting the efficiency and eco-friendliness of hydrogen production and utilization.
Topics
Green Hydrogen
Technology
Innovation
Sustainability
Energy Efficiency
Electrolysis
Machine Learning
AI
Digital Twins
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