Our projects
Sustainability Assessment of a Road Network: Münster, Germany
A groundbreaking investigation into the sustainability of urban pavements in Münster, Germany. Utilizing the cradle-to-cradle Life Cycle Assessment (LCA) methodology, our analysis spanned several decades, focusing on the environmental impacts of asphalt materials, pavement structures, and their maintenance strategies (read more here).
Environmental Assessment of Industrial Residues and Alternative Construction Materials
As PhD fellow of an European Union project called SAFERUP, I had the chance to evaluate potential impacts related to the application of alternative materials to road pavements, such as: Crumb rubber, red mud and fly ash.
BIM-LCA assessment
we embarked on a pioneering journey to bridge the gap between Building Information Modeling (BIM) and Life Cycle Assessment (LCA) within the construction sector. This exploration aimed to unveil the intricacies and potential of BIM-LCA integration in fostering a more sustainable construction industry. By delving into a hypothetical renovation project in Portugal, we scrutinized the challenges and opportunities inherent in merging these powerful tools (check here the publication).
Capacity Building for Educators in Sustainable Construction Practices
I had the privilege of leading specialized training sessions for educators on sustainability in construction in Brazil through companies like GOPA/GIZ. This program was designed to equip teachers with a comprehensive understanding of sustainable construction principles, incorporating advanced methodologies such as LCA and BIM.
Additional Consultancy Work
Additionally, Life Cycle Assessment (LCA) methodologies were employed to meticulously assess the environmental impacts associated with operations at Herrenknecht, a leading tunnel machinery company based in Germany, as well as at the Medical University of Innsbruck. The purpose of these assessments was to facilitate these organizations in identifying and implementing the most effective strategies to substantially reduce their environmental footprints.
