Palazzo di Fuoco
- Product: VP Modulo - VERTICALgarden
- Project: GBPA Architects
- Location: Milan
- Client: Kryalos SGR Spa
- Photography: Diana Lapin
Palazzo di Fuoco is one of the most iconic and striking buildings in Milan’s skyline.
Owned by Kryalos SGR Spa, the redevelopment project modernizes the building’s systems, interior layout, and energy performance, achieving LEED Platinum certification through highly sustainable design solutions.
The project, developed by GBPA Architects, preserves the original nature of Palazzo di Fuoco—its brightness, transparency, and strong visual dialogue between interior and exterior—while integrating it harmoniously into the urban fabric of Milan.
Palazzo di Fuoco embodies the soul of Milan, and this renovation restores its architectural and visual prominence.
In this unique location, our VP Modulo system was chosen to create something extraordinary: a vertical garden of over 145 square meters, making it the largest green wall in Europe.
The redevelopment focused on the creation of an internal “piazza” with a glass roof—a meeting and working space featuring two vertical gardens, water features, and six planters.
This inner courtyard is the defining element of the project, designed to establish a strong connection with the urban context.
Palazzo di Fuoco is an innovative and unifying building that fosters business and relationships, offering natural light and high-comfort spaces—an ideal setting for the VP-Modulo solution.
Greenery and water, in addition to their decorative elegance, serve as essential design elements that enhance quality of life—true corporate benefits promoting well-being and sustainability, increasingly interconnected concepts in modern workplaces.
Located in Milan, the project redefines Piazzale Loreto as a strategic business destination—perfectly blending past and future, tradition and innovation.
An ideal link between the city center and its immediate outskirts.
A special location where VP Modulo integrates seamlessly, ensuring stylistic continuity, distinctiveness, functionality, and high performance.