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ADVANCES IN THERMAL HYDRAULICS OF OXYGEN PRODUCTION REACTORS IN THE COPPER-CHLORINE CYCLE FOR HYDROGEN PRODUCTION: A COMPREHENSIVE REVIEW

This research aims to advance the understanding and development of the copper-chlorine (Cu-Cl) cycle for hydrogen production by providing an in-depth review of the multiphase oxygen generation reactor. The oxygen reactor plays an important role in the Cu-Cl cycle, and its design and operation are critical for the overall hydrogen production process's efficiency. Key areas covered include the type and description of the oxygen reactor, material properties, factors affecting reactor size, and scale-up analyses. The review examines different designs and configurations of the oxygen reactor, discussing their suitability for the Cu-Cl cycle. It also discusses the factors affecting reactor size, such as reaction rates, and heat transfer rates. The study also explores challenges and considerations for scaling up the oxygen reactor from laboratory-scale to industrial-scale operations, addressing issues related to heat control, material selection, and reactor design. By providing a comprehensive understanding of the oxygen reactor in the Cu-Cl cycle, this work highlights its importance in the thermochemical production of hydrogen and emphasizes key considerations for optimizing and scaling up the reactor to facilitate widespread adoption of the Cu-Cl cycle for hydrogen generation.
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ADVANCES IN THERMAL HYDRAULICS OF OXYGEN PRODUCTION REACTORS IN THE COPPER-CHLORINE CYCLE FOR HYDROGEN PRODUCTION: A COMPREHENSIVE REVIEW

  • DOI: https://doi.org/10.22533/at.ed.5952413054

  • Palavras-chave: Hydrogen Production; Cu-Cl Cycle; Thermolysis; Oxygen Production; Scale up.

  • Keywords: Hydrogen Production; Cu-Cl Cycle; Thermolysis; Oxygen Production; Scale up.

  • Abstract: The thermochemical water splitting process using the copper-chlorine (Cu-Cl) cycle is an innovative method for generating hydrogen gas. This process involves a thermolysis reaction where molten salt, a solid reactant, and gaseous oxygen interact to produce oxygen gas. The primary aim of this work is to contribute to the development and enhancement of the thermochemical Cu-Cl cycle for hydrogen production. To achieve this goal, a comprehensive review of the multiphase oxygen generation reactor, which is a crucial component of the Cu-Cl cycle, is conducted. The review covers various aspects of the oxygen reactor, including; type and description of the Oxygen reactor, material features, variables affecting reactor’s size, and scale-up evaluations. This work aims to provide a thorough understanding of the oxygen reactor in the Cu-Cl cycle, highlighting its significance in the thermochemical production of hydrogen and the key considerations for its optimization and scale-up.

  • Mohammed Wassef Abdulrahman
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