Room: Poster Area B
Date: Monday, 09 June 2025
Time: 17:30 - 18:30 CEST
Session code 3AV.6
Integration of flexible bioenergy: biomethane, hybrid heating and flexible gasification systems
Study of the Thermal Decomposition of Ammonia in a Stainless-Steel Reactor: Hydrogen Production and Sustainable Perspectives
Short Introductive summary
The urgent need for sustainable energy solutions has led to growing interest in ammonia as an efficient energy carrier. Its decomposition at high temperatures enables hydrogen production, a vital resource for the chemical and energy industries. Despite ongoing research on ammonia decomposition in stainless-steel reactors, there is a lack of detailed studies quantifying conversion rates in this specific setup. This work aims to address that gap by analyzing ammonia pyrolysis in stainless steel, focusing on the impact of thermodynamic factors and reactor material selection to optimize efficiency and sustainability.
Presenter
Guisela ZAMBRANO
UNIZAR, GPT Dpt., SPAIN
Presenter's biography
Master's Degree in Regional Development and Environment. I have a degree in Chemical Engineering from the Universidad Central del Ecuador (2013) and experience in Chemical Engineering, with an emphasis on Industrial Processes. Experience in solid waste management at a public company
Biographies and Short introductive summaries are supplied directly by presenters and are published here unedited
Co-authors:
G. Gea, UNIZAR, Zaragoza, SPAIN
I. Fonts, UNIZAR, Zaragoza, SPAIN
C. Ramos, UNIZAR, Zaragoza, SPAIN
A. Millera, UNIZAR, Zaragoza, SPAIN
N. Gil-Lalaguna, UNIZAR, Zaragoza, SPAIN
Session reference: 3AV.6.23