The RESPIRE team completed the RADON GUIDE, a document that wants to summarize main indication and information of Radon indoor hazard and on monitoring and remediation best practise.
On the 12 December 2021, a seminar was organised at the Amari school, in Ciampino, finalized to the eveluation of risks perception.
Elica performed a numerical simulation of remediation system using the software ANSYS CFX. The simulation used the data from the experimental room of the Bassano Guest house and Pomezia school.
A video presenting the RESPIRE protoype has been done to support dissemination activities. Video is available at the link:
The LCA was carried out using OpenLCA open source software and was focused on the comparison of the two prototypes produced by the project in order to give indications for their potential marketing.
Monday 12 July, a commission of the European project Life Respire, visited Villa Baratto in Rocca di Papa (RM), headquarters of the Park dei Castelli Romani where the remediation works are underway due to Radon, a colo
The response time of the SNAP system was studied by moving a SNAP measurement device in and out a crawl space with high (~400 Bq/m³) radon concentration (Fig. 4).
On June 2021 the team of the Life Respire Project visited Villa Barattolo in Rocca di Papa (RM), to evaluate a potential installation of the RESPIRE remediation system because of radon emissions.
The Pomezia classroom studied within the LIFE-Respire project is approximately 6 x 5 x 3 m in size, with two large windows on one wall and the door on the opposite wall.
 |
 |
 |
 |
 |