Carbon Dioxide Valorization: Exploring the Membrane Technology Role is a comprehensive guide that addresses the pressing issues of climate change, environmental sustainability, and technological innovation. The book explores CO2 valorization technologies as a means to mitigate climate change, reduce greenhouse gas emissions, and promote sustainable industrial practices. The book delves into the integration of CO2 valorization technologies into industrial processes, the role of these technologies in the global energy transition, and their potential to offer alternatives to traditional resource-intensive processes. It provides insights into ongoing research, technological advancements, and innovative solutions that address challenges in the field. The book also educates the public about the importance of CO2 valorization and advocates for supportive policy measures and industry collaboration. The contents include detailed exploration of various advanced technologies such as membrane technology used in carbon dioxide valorization to value-added material, economic perspectives, and environmental sustainability in carbon dioxide valorization. Carbon Dioxide Valorization: Exploring the Membrane Technology Role is a key reference for R&D managers in industry, academic researchers, postgraduate students, and professors.
1. 1. Introduction to carbon dioxide valorization - p. 1 2. 2. Carbon dioxide capture/storage - p. 33 3. 3. Carbon dioxide valorization to methane by tracking the application potential of membrane technology - p. 71 4. 4. Carbon dioxide valorization to methanol by tracking the application potential of membrane technology - p. 107 5. 5. Carbon dioxide valorization to ethylene components by tracking application potential of membrane technology - p. 129 6. 6. Carbon dioxide valorization to carbonates by tracking the application potential of membrane technology - p. 157 7. 7. Carbon dioxide valorization to building materials by tracking the application potential of membrane technology - p. 197 8. 8. Carbon dioxide valorization to carbon-based batteries by tracking the application potential of membrane technology - p. 223 9. 9. Carbon dioxide valorization to synthesize jet fuel by tracking the application potential of membrane technology - p. 257 10. 10. Carbon dioxide valorization to carbon nanotubes by tracking the application potential of membrane technology - p. 295 11. 11. Carbon dioxide valorization to syngas by tracking the application potential of membrane technology - p. 323 12. 12. Carbon dioxide valorization to formic acid and other acids via membrane technology - p. 349 13. 13. Carbon dioxide valorization to acetaldehyde/other aldehydes by tracking application potential of membrane technology - p. 385 14. 14. Carbon dioxide valorization to ethanol/other alcohols by tracking application potential of membrane technology - p. 419 15. 15. Economic prospective on carbon dioxide valorization - p. 441 16. 16. Environmental sustainability in carbon dioxide valorization - p. 469 17. Index - p. 501
Carbon Dioxide Valorization: Exploring the Membrane Technology Role is a comprehensive guide that addresses the pressing issues of climate change, environmental sustainability, and technological innovation. The book explores CO2 valorization technologies as a means to mitigate climate change, reduce greenhouse gas emissions, and promote sustainable industrial practices. The book delves into the integration of CO2 valorization technologies into industrial processes, the role of these technologies in the global energy transition, and their potential to offer alternatives to traditional resource-intensive processes. It provides insights into ongoing research, technological advancements, and innovative solutions that address challenges in the field. The book also educates the public about the importance of CO2 valorization and advocates for supportive policy measures and industry collaboration. The contents include detailed exploration of various advanced technologies such as membrane technology used in carbon dioxide valorization to value-added material, economic perspectives, and environmental sustainability in carbon dioxide valorization. Carbon Dioxide Valorization: Exploring the Membrane Technology Role is a key reference for R&D managers in industry, academic researchers, postgraduate students, and professors.
1. 1. Introduction to carbon dioxide valorization - p. 1 2. 2. Carbon dioxide capture/storage - p. 33 3. 3. Carbon dioxide valorization to methane by tracking the application potential of membrane technology - p. 71 4. 4. Carbon dioxide valorization to methanol by tracking the application potential of membrane technology - p. 107 5. 5. Carbon dioxide valorization to ethylene components by tracking application potential of membrane technology - p. 129 6. 6. Carbon dioxide valorization to carbonates by tracking the application potential of membrane technology - p. 157 7. 7. Carbon dioxide valorization to building materials by tracking the application potential of membrane technology - p. 197 8. 8. Carbon dioxide valorization to carbon-based batteries by tracking the application potential of membrane technology - p. 223 9. 9. Carbon dioxide valorization to synthesize jet fuel by tracking the application potential of membrane technology - p. 257 10. 10. Carbon dioxide valorization to carbon nanotubes by tracking the application potential of membrane technology - p. 295 11. 11. Carbon dioxide valorization to syngas by tracking the application potential of membrane technology - p. 323 12. 12. Carbon dioxide valorization to formic acid and other acids via membrane technology - p. 349 13. 13. Carbon dioxide valorization to acetaldehyde/other aldehydes by tracking application potential of membrane technology - p. 385 14. 14. Carbon dioxide valorization to ethanol/other alcohols by tracking application potential of membrane technology - p. 419 15. 15. Economic prospective on carbon dioxide valorization - p. 441 16. 16. Environmental sustainability in carbon dioxide valorization - p. 469 17. Index - p. 501
