Power Valorization to Liquid Fuels: Exploring the Membrane Technology Role: Sustainable Life through Energy and Material Valorization
Editat de Angelo Basile, Kamran Ghasemzadehen Limba Engleză Paperback – noi 2026
In addition, the book provides a detailed overview of the underlying principles, processes, and advancements in technologies, highlighting environmental implications and providing insights into carbon footprint and sustainability aspects associated with power valorization to liquid fuels. Furthermore, it explores existing policies, successful regulatory frameworks, and proposes policy recommendations to facilitate the growth of power valorization to liquid fuels.
- Examines the integration of conventional and innovative procedures for efficiency improvement in power conversion to liquid fuels
- Analyzes the economics, cost structures, and potential revenue streams associated with power valorization to liquid fuels, offering insights for investors and industry stakeholders
- Presents case studies and best practices for the integration of power valorization to liquid fuels, addressing technical, economic, and regulatory aspects
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Specificații
ISBN-13: 9780443275210
ISBN-10: 0443275211
Pagini: 330
Dimensiuni: 152 x 229 mm
Editura: ELSEVIER SCIENCE
Colecția Sustainable Life through Energy and Material Valorization
Seria Sustainable Life through Energy and Material Valorization
ISBN-10: 0443275211
Pagini: 330
Dimensiuni: 152 x 229 mm
Editura: ELSEVIER SCIENCE
Colecția Sustainable Life through Energy and Material Valorization
Seria Sustainable Life through Energy and Material Valorization
Cuprins
1. Introduction to Power Valorisation to liquid fuels
2. Wind power to methanol by tracking membrane technology role
3. Solar power to methanol by tracking membrane technology role
4. Hydropower to methanol by tracking membrane technology role
5. Geothermal power to methanol by tracking membrane technology role
6. Wind power to liquid hydrocarbons by tracking membrane technology role
7. Solar power to liquid hydrocarbons by tracking membrane technology role
8. Hydropower to liquid hydrocarbons by tracking membrane technology role
9. Geothermal power to liquid hydrocarbons by tracking membrane technology role
10. Wind power to DME by tracking membrane technology role
11. Solar power to DME by tracking membrane technology role
12. hydropower to DME by tracking membrane technology role
13. Geothermal power to DME by tracking membrane technology role
14. Economic perspectives on power valorisation to liquid fuels
15. Environmental sustainability in power valorisation
2. Wind power to methanol by tracking membrane technology role
3. Solar power to methanol by tracking membrane technology role
4. Hydropower to methanol by tracking membrane technology role
5. Geothermal power to methanol by tracking membrane technology role
6. Wind power to liquid hydrocarbons by tracking membrane technology role
7. Solar power to liquid hydrocarbons by tracking membrane technology role
8. Hydropower to liquid hydrocarbons by tracking membrane technology role
9. Geothermal power to liquid hydrocarbons by tracking membrane technology role
10. Wind power to DME by tracking membrane technology role
11. Solar power to DME by tracking membrane technology role
12. hydropower to DME by tracking membrane technology role
13. Geothermal power to DME by tracking membrane technology role
14. Economic perspectives on power valorisation to liquid fuels
15. Environmental sustainability in power valorisation