Hydrogen is one of the most promising means of achieving a carbon-neutral economy. However, most of the current hydrogen production routes emit greenhouse gases, mainly carbon dioxide. Hence, in recent years, much emphasis has been given to inventing pathways that produce hydrogen in an environmentally friendly manner and avoid carbon dioxide emissions during hydrogen production.
One such route is hydrogen synthesis through an offshore wind-integrated water electrolysis system, where seawater is treated and electrolyzed using wind-generated electricity. Despite the environmental benefits and engineering promise of this approach, the safe operation of such systems under real-world dynamic conditions presents a unique set of technical challenges that must be addressed prior to the mass deployment of this production method.
In the July AIChE Journal Perspective article, 鈥淎 Novel Methodology to Determine the Safe Operating Regime for an Offshore Wind-Integrated Electrolysis System,鈥� authors Ahmed Hamdy El-Kady, Md. Tanjin Amin, Faisal Khan, and Mahmoud M. El-Halwagi develop a comprehensive modeling and simulation framework to define and quantify safe operating regimes for offshore electrolysis systems. Particularly, this study addresses gas crossover,...
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