Automotive
Technical Paper

Energy and Exergy Analysis of Ethanol Steam Reforming with an Emphasis on Thermal Efficiency for Sustainable Mobility Applications

2025-36-0133

12/18/2025

Features
Event
SAE Brasil 2025 Congress
Authors
Jerson Bequer Urday Apaza Institute for Mobility and Sustainable Energy - Pontifical C
Florian Pradelle Institute for Mobility and Sustainable Energy - Pontifical C
Sergio Leal Braga Institute for Mobility and Sustainable Energy - Pontifical C
Fernando Zegarra Sánchez Institute for Mobility and Sustainable Energy - Pontifical C
Juan Jose Milon Guzman Technology University of Peru (UTP)
Abstract
Content
2
Meta Tags
Topics
Greenhouse gas emissions
Thermal management
Ethanol
Mobility
Thermodynamics
Affiliated or Co-Author
Institute for Mobility and Sustainable Energy - Pontifical C
Technology University of Peru (UTP)
Details
Pages
11
Citation
Apaza, Jerson Bequer Urday et al., "Energy and Exergy Analysis of Ethanol Steam Reforming with an Emphasis on Thermal Efficiency for Sustainable Mobility Applications," SAE Technical Paper 2025-36-0133, 2025-, .
Additional Details
Publisher
SAE International
Published
Yesterday
Product Code
2025-36-0133
Content Type
Technical Paper
Language
English