The project establishes a partnership between Fondazione CMCC and CAP Group, managing the Integrated Water Service (IWS) of the Metropolitan City of Milan, to support water resource management in a climate change context and identify adaptation strategies. The project is based on a co-design approach between CMCC and CAP, which is a key element in ensuring effective and adaptable solutions to the challenges posed by climate change on IWS. The co-design process allows for the development of innovative tools, based on advanced climate data and real operational needs, to enhance the resilience and sustainability of the metropolitan water system. This collaborative approach ensures that adaptation strategies are both scientifically grounded and practically implementable, effectively addressing the risks and vulnerabilities of the asset.
10 months da 19/01/2024 a 31/10/2024
General aims
The objective is to support the CAP Group in developing tools for water resource management in the context of climate change and identifying adaptation strategies specifically for the assets most vulnerable to climate change.
CMCC role
The role of CMCC in this project is to support the CAP Group in managing climate risk related to its water infrastructure, through joint scientific research activities. CMCC will provide its scientific and methodological expertise to help CAP develop adaptation strategies for water infrastructure in the context of climate change.
Activities
– Assess the main hazards to which CAP is exposed, and evaluate their evolution in a climate change perspective
– Develop a qualitative risk analysis, based on the identification of exposure factors and the vulnerability of CAP’s assets to climate change.
– Lecture to the CAP Winter School, regarding climate change and water resources
Expected results
The expected outcomes of the project are primarily aimed at strengthening the CAP Group’s ability to manage climate risk in its water infrastructure. The CMCC will provide the necessary scientific support to assess the climate risk and then support the definition of adaptation strategies. Additionally, the results will contribute to a better understanding of the exposure and vulnerability factors of the infrastructure, supporting the management of climate change. The project also contributes to innovation in water resource management practices.