Artificial Intelligence in Biofuels Production offers a comprehensive guide to leveraging AI for optimizing and predicting biofuels production. AI tools can significantly enhance process efficiency and reduce costs in the biofuels industry. This book covers the use of biomass, biowaste, and wastewater as renewable feedstocks, and explores advancements in biodiesel and bioethanol production. Detailed chapters address topics such as bio-oil, aviation biofuels, biogas, bio-hydrogen, and bioelectricity, as well as the environmental and social impacts of biofuels, emerging technologies, energy policies, and global initiatives.
The book provides practical insights and examples of how AI models and equations can be used to predict optimal conditions for biofuels production, manage resources efficiently, and minimize waste. It also offers guidance on using AI to analyze datasets, enhance feedstock yield, and reduce environmental impacts. This invaluable reference is ideal for researchers, engineers, professionals, and industry entrepreneurs seeking to produce and commercialize biofuels while contributing to sustainability and achieving net-zero emissions.
The book provides practical insights and examples of how AI models and equations can be used to predict optimal conditions for biofuels production, manage resources efficiently, and minimize waste. It also offers guidance on using AI to analyze datasets, enhance feedstock yield, and reduce environmental impacts. This invaluable reference is ideal for researchers, engineers, professionals, and industry entrepreneurs seeking to produce and commercialize biofuels while contributing to sustainability and achieving net-zero emissions.
Table of Contents
1. An overview of biofuels2. Artificial intelligence tools used in biofuels processing
3. Exploring the biomasses and biowastes as sustainable feedstocks
4. Wastewater as raw material for biofuels production
5. Advancement in biodiesel production and economic feasibility
6. Exploring the Frontier of Bioethanol Production: Real-Time Modelling
7. Bio-oil
8. Biofuels for aviation
9. Bio-hythane as sustainable biofuel
10. Revolution in biogas production: Pioneering
11. Bio-Hydrogen as advanced biofuel
12. Bioelectricity
13. Characteristics of biofuels for better understanding
14. Environmental and social impacts of biofuels
15. Emerging technologies and innovations in biofuels
16. Biofuels and rural development
17. Policies and regulations
18. Regional and global biofuels initiatives
19. Biofuels for electricity production
20. Roadmap to net-zero emission
Authors
El-Sayed Salama Lanzhou University, China.Prof. El-Sayed Salama obtained his BSc degree in 2008 at the Faculty of Science, Benha University (Egypt). He pursued MSc and PhD degrees in 2016 from the Department of Earth Resources and Environmental Engineering, Hanyang University (South Korea). Followed by 3 years of working experience as a Post-Doc and Assistant Professor in the same department "under BK21 plus�, funded by the Korean government. He was also hired as a Young Talent Fellow from 2018 to 2023 at the Department of Occupational and Environmental Health, School of Public Health, Lanzhou University (LZU) (China) and is now a full professor. Prof. Salama was listed in the top 2% Scientists Worldwide by Stanford University for three consecutive years.
