Hydrogen Production through Dry Reforming of Biogas Reaction on Coand Ni-Based Materials

This framework gives clear, step‑by‑step guidance for testing cobalt‑ and nickel‑based catalysts in the dry reforming of biogas (DRB) to make sustainable hydrogen. The process uses the greenhouse gases methane (CH₄) and carbon dioxide (CO₂) as feedstocks, making it an important route in green chemical engineering. The project plan focuses on three main modeling tasks: – Thermodynamic modeling of the reaction system. – Kinetic evaluation to determine reaction rates. – Simulation of catalytic activity for Co‑ and Ni‑based materials. It also provides systematic methods to study: – How carbon deposits on the catalyst. – The stability of active sites. – How operating conditions—temperature, the ratio of CH₄ to CO₂ in

the feed, and space velocity—affect conversion and the H₂/CO syngas ratio. Using these simulations, the framework compares single‑metal (mono‑metallic) and mixed‑metal (bi‑metallic) catalysts. The goal is to find formulations that reduce coke formation and avoid thermal deactivation. The approach allows a detailed look at reaction pathways and transport limits, and it includes thorough documentation to help optimize the conversion of biogas to hydrogen. Overall, the framework serves as a rigorous technical guide for assessing catalyst efficiency and stability under realistic biogas reforming conditions.

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