Location: Bologna
Year of acquisition: 2023
BUILDING E/F
Project status: sold
Works status: complete
BUILDING H
Project status: for sale
Works status: ongoing
Credits: project. Gruppo Frascari
"Urban Redevelopment and Innovation: a Sustainable Future."
The project is located in Bologna in Via Scandellara.
DESCRIPTION:
The project, managed by the Frascari group, is part of an important urban redevelopment project. To date, work has already been completed on the construction of five residential buildings that include 100 apartments of 5,000 square meters in total and another 150 apartments under construction of approximately 5,000 square meters in total, with the aim of giving new life to an abandoned area and regenerating degraded spaces and places in favor of an improvement in the quality of life of the citizen.
The Frascari group has been operating for over 30 years in the residential and industrial construction sector. With its long experience, it is able to offer a complete service, ranging from design to construction, taking into account the needs of the customer and the timing agreed through participatory urban planning procedures. In fact, citizens were also involved in this project, allowing the configuration of the current urban plan. Thanks to this agreement, specific parameters were studied that provide very high standards of quality of living.
Latest generation criteria were used for the construction of the apartments, thus contributing to enhancing the interior finishes, while the spaces were designed to make the most of the brightness of the housing complex.
Externally, the structure is covered with a ventilated facade in Klinker. In addition to bioclimatic performance, the facade is able to eliminate problems related to all external atmospheric agents. The great advantage of this system is in fact linked to the durability of the facade, guaranteed for the entire life of the building.
The added value of this project is given by the use of an integrated low enthalpy geothermal system that provides heating and cooling to the entire building and the production of domestic hot water. All this is possible thanks to the use of geothermal probes that reach 100 meters deep: a heat pump allows the exchange of energy in a continuous and natural way.