Obiettivo dell' accordo è quello di instaurare un rapporto di collaborazione tra le Parti finalizzato allo studio e approfondimento degli impatti, derivanti dalla eventuale realizzazione di un Progetto di sviluppo del Parco tecnologico per la gestione dei rifiuti contenenti amianto e dei rifiuti di cui UNIRECUPERI ha chiesto l'autorizzazione nel bacino del Rio Vulpazza, a Valsamoggia, sulla qualità dell'aria e sul territorio Comunale di Savignano sul Panaro.

Implementazione di un sistema sperimentale di assimilazione dati per l'analisi e la previsione meteorologica per orizzonti temporali fino a 6-12 ore, utilizzando il modello di assimilazione dati alla mesoscala LAPS (acronimo di Local Area and Prediction System) e dei modelli prognostici ad area limitata WRF (Weather Research and Forecasting model sviluppato dal National Center for Atmospheric Research e attualmente usato dal National Weather Service - USA e da questi messo a disposizione) e MOLOCH (modello atmosferico sempre alla mesoscala realizzato e messo a disposizione dal CNR-ISAC).

SCORE brings together interdisciplinary and inter-sectorial research and innovation teams involved in sustainable
conservation of built cultural heritage from 4 European (France, Italy, Spain, Denmark) and 2 Latin America (Colombia,
Mexico) countries. Consortium includes academics, governmental institutions, SME and NGO. The goal is to develop
international partnerships and to exchange highly qualified expertise in order to propose solutions for green restoration and
rehabilitation works. These conservation materials and methods must minimize their ecological footprint according to the EU
circular economy action plan and be durable in a changing climate.
In order to propose solutions for a large variety of built cultural heritage, two kinds of application cases have been selected,
archaeological sites in Yucatan peninsula with an equatorial climate, and vernacular built cultural heritage in different types
of warm temperate climates in Europe, using different building materials and techniques.
The future development of buildings conservation must be founded on previous experience cumulated during thousands of
years and must take advantage of recent progress in technology. Thanks to the emission scenarios and climate models,
future environments may be considered to increase the durability of the materials and methods proposed.
Main pillars underpinning the SCORE project are:
• Circular economy principles
• Heritage management including valorisation of built cultural heritage
• Development of sustainable and durable conservation techniques for vernacular and monumental architecture
• All masonry materials are concerned, traditional and non-traditional ones
• Life Cycle Assessment techniques to estimate and minimize ecological footprint
• Service life prediction to ensure the durability in present and future climate conditions
• Improvement in the techniques to characterise the conservation degree