Sustainable Production of Carbon Monoxide by Direct Current Gas Discharge
eBook - PDF

Sustainable Production of Carbon Monoxide by Direct Current Gas Discharge

  1. 200 pages
  2. English
  3. PDF
  4. Available on iOS & Android
eBook - PDF

Sustainable Production of Carbon Monoxide by Direct Current Gas Discharge

About this book

Carbon is the centerpiece in most chemicals and fuels. In light of climate change non-fossil paths to supply it are necessary. Carbon monoxide is a key molecule for carbon utilization. Forming it into hydrocarbons is an established process. Gliding arc plasma sources can produce it by 'warm' plasma, which has high reactivity and space-time yield at low energy input.The first part of this work deals with the construction and characterization of two gliding arc plasma sources and driver circuits. In the second part, they are used to split CO? into carbon monoxide and oxygen in a coaxial reactor utilizing a ceramic quench. Two new plasma processes are presented in the third part as less energy intensive alternatives: The calcination of a carbonates and simultaneous splitting of CO? by plasma as well as the gasification of organic solid waste coupled to reforming to syngas. In the fourth part, the processes are evaluated economically for a simplified example syngas-to-methanol plant.

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Yes, you can access Sustainable Production of Carbon Monoxide by Direct Current Gas Discharge by Renninger, Stephan in PDF and/or ePUB format. We have over one million books available in our catalogue for you to explore.

Information

Publisher
Cuvillier Verlag
Year
2023
Print ISBN
9783736977457
eBook ISBN
9783736967458
Edition
1

Table of contents

  1. Abstract
  2. Kurzfassung
  3. Chapter 1Introduction
  4. 1.1 Scope of this Work
  5. 1.2 Resource Chains of the Circular Economy
  6. 1.3 Carbon Utilization Technologies
  7. 1.4 Plasma Technology in the Chemical Industry
  8. Chapter 2Theoretical Background
  9. 2.1 Plasma
  10. 2.2 Chemistry
  11. 2.3 Electrical
  12. Chapter 3 Experimental Methods
  13. 3.1 Electrical Assembly
  14. 3.2 Gas Sensing
  15. 3.3 Plasma Characterisation
  16. 3.4 Feasibility Studies
  17. Chapter 4 Characteristics of the Reactor,Driver and Discharge
  18. 4.1 Discharge Structure
  19. 4.2 Ignition and Operating Range
  20. 4.3 Voltage and Current Characteristics
  21. 4.4 Inuence of the Magnetic Field
  22. 4.5 Driver Eciency
  23. 4.6 Summary
  24. Chapter 5 CO2 Splitting in the DC Discharge
  25. 5.1 CO2 Splitting in the Mk 1 Reactor
  26. 5.2 CO2 Splitting in the mk2 Reactor
  27. 5.3 Comparison to Literature Data and Review
  28. Chapter 6 Energy Ecient CO ProductionProcesses
  29. 6.1 Calcium Carbonate Reduction: The BlueFire-Process
  30. 6.2 PlasmaWaste Reforming: The Cyclize-Process
  31. 6.3 Summary
  32. Chapter 7 Feasibility Calculations
  33. 7.1 CO2 splitting and Water Electrolysis
  34. 7.2 Plasma Waste Reforming
  35. 7.3 Other Processes
  36. 7.4 Sensitivity Analysis
  37. 7.5 CO2-Emissions
  38. 7.6 Summary
  39. Conclusion
  40. Appendix A Di erent Approaches toConversion: A Short Proof
  41. Appendix B Calculation of Conversion in DryReforming
  42. Appendix C Plasma Source Cost Lineup
  43. Appendix D Preliminary Results of the LLCPlasma Driver
  44. Abbreviations
  45. List of Tables
  46. List of Figures
  47. Bibliography
  48. Publications
  49. Curriculum Vitae
  50. Acknowledgements