Three projects of the EURECA-PRO Consortium in the fields of Carbon Storage and Air Pollution were presented. The first project about Carbon Storage showed that petrophysical characterisation is crucial for identifying potential CO₂ reservoirs and subsequently reducing CO₂ emissions to the atmosphere (University of León, ESP). Project 2 dealt with Carbon (CO₂) Capture & Use by means of Industrial Algea Production in photobioreactors (Montanuniversität Leoben, AUT) and the project 3 demonstrated the necessity of outdoor and indoor air quality analysis in the vicinity of industrial areas (Silesian University of Technology, POL).Three projects of the EURECA-PRO Consortium in the fields of Carbon Storage and Air Pollution were presented. The first project about Carbon Storage showed that petrophysical characterisation is crucial for identifying potential CO₂ reservoirs and subsequently reducing CO₂ emissions to the atmosphere (University of León, ESP). Project 2 dealt with Carbon (CO₂) Capture & Use by means of Industrial Algea Production in photobioreactors (Montanuniversität Leoben, AUT) and the project 3 demonstrated the necessity of outdoor and indoor air quality analysis in the vicinity of industrial areas (Silesian University of Technology, POL).Three projects of the EURECA-PRO Consortium in the fields of Carbon Storage and Air Pollution were presented. The first project about Carbon Storage showed that petrophysical characterisation is crucial for identifying potential CO₂ reservoirs and subsequently reducing CO₂ emissions to the atmosphere (University of León, ESP). Project 2 dealt with Carbon (CO₂) Capture & Use by means of Industrial Algea Production in photobioreactors (Montanuniversität Leoben, AUT) and the project 3 demonstrated the necessity of outdoor and indoor air quality analysis in the vicinity of industrial areas (Silesian University of Technology, POL).