Introduction
  • Introduction to Development of new technologies for CO2 capture and conversion
Module 1: Carbon capture storage and utilization approach within CO2MPRISE
  • Introduction to the Module 1
  • Chapter 1.1: "CO2 Storage and Utilization Strategies and related issues"
  • Chapter 1.2: "CCUS industrial applications"
  • Chapter 1.3: "CO2 emission costs and CCUS regulation"
Module 2: Mechanochemical activation of Olivine
  • Introduction to the Module 2
  • Chapter 1: "Materials processing and reactivity"
  • Chapter 2: "Applications"
  • Chapter 3: "Future perspectives"
Module 3: Innovative Catalytic materials
  • Introduction to the Module 3
  • Chapter 1: "Materials synthesis and processes implementation"
  • Chapter 2: Applications
  • Chapter 3: Future perspective
Module 4: Metal Hydrides - Materials synthesis and processes implementation
  • Chapter 1: "Materials synthesis and processes implementation"
  • Chapter 2: "CO2 Hydrogenation Using Metal hydrides"
Module 5: Solid-oxides and graphene based systems for CO2 activation
  • Introduction to Module 5
  • Chapter 1: "Materials synthesis and processes implementation"
  • Chapter 2: "Applications"
  • Chapter 3: "Future perspectives"
Module 6: Diffraction experiments for material characterization
  • Introduction to Module 6
  • Chapter 1: "Characterization by diffraction"
  • Chapter 2: P-C techniques for investigating CO2 storage and conversion processes
  • Chapter 3: "Computational techniques for materials design and CO2 CC"
  • Chapter 4: "Toxicological evaluation of new materials"
MOOC final conclusions
  • Final Conclusions