Salma Tower Building design by aflalo/gasperini architects

Salma Tower Building design by aflalo/gasperini architects
Project: Salma Tower Building
Location: Sao Paulo, Brazil
Architects:
aflalo/gasperini architects
Area: 36616 m²
Year: 2024
Photographs: Pedro Mascaro
 
© aflalo/gasperini architects / Pedro Mascaro
 
 
© aflalo/gasperini architects / Pedro Mascaro
 
 
© aflalo/gasperini architects / Pedro Mascaro
 
 
© aflalo/gasperini architects / Pedro Mascaro
 
 
© aflalo/gasperini architects / Pedro Mascaro
 
 
© aflalo/gasperini architects / Pedro Mascaro
 
 
© aflalo/gasperini architects / Pedro Mascaro
 
 
© aflalo/gasperini architects / Pedro Mascaro
 
 
© aflalo/gasperini architects / Pedro Mascaro
 
 
© aflalo/gasperini architects / Pedro Mascaro
 
 
© aflalo/gasperini architects / Pedro Mascaro
 
 
© aflalo/gasperini architects / Pedro Mascaro
 
 
© aflalo/gasperini architects / Pedro Mascaro
 
 
 
 
 
 
 
Project: Salma Tower Building
Location: Sao Paulo, Brazil
Architects:
aflalo/gasperini architects
Area: 36616 m²
Year: 2024
Photographs:Pedro Mascaro
 
Located on a plot of land that occupies half a block and with access via three different streets - Rua Professor Atílio Inocenti, Av.
The ground floor of the building was designed as an open space, without walls or railings, with active facades that house shops and restaurants, thus promoting interaction and connection with the urban surroundings. With 16 floors and 850m² of slab per floor, the single tower has 4.68m from floor to floor, providing wide and airy spaces for its users.
One of the distinguishing features of this project is the presence of 110m² woods with double height ceilings on all floors. These spaces were designed in a spiral arrangement around the central core of the building, which houses the elevators and stairs. With a total area of ​​1760m² of vertical forest, this innovative approach provides invigorating environments right on the avenue. Faria Lima, as the tree mass acts as a thermal insulator, acoustic barrier and generates a pleasant microclimate in the internal spaces of the tower, bringing a new experience to the way of working.
To make this guideline viable in the architectural project, the development benefits from the Terrace Law, allocating 5% of the land area to hanging gardens. These spaces were designed with the aim of promoting the well-being and quality of life of the occupants, even offering the opportunity to walk barefoot amidst dense forest, providing continuity to the existing tree mass in the lots surrounding the land.
From the balance between built space and nature, harmony is born that provides people with well-being. Since the beginning of the project, the G4M Group, investor and owner of the project, shared the vision of adopting solutions based on bioarchitecture, thus demonstrating a mutual commitment to promoting sustainable and healthy environments. The landscaping project, the result of a collaboration between Soma Arquitetos and Cardim Arquitetura, was developed in a careful and meticulous manner.
During the design process, the client actively participated, proposing the creation of a mockup of the forest on a 1:1 scale, thus enabling a sensory test of the dimensions and scale of the natural environment present on all floors of the building. This collaborative and user-oriented approach contributed significantly to the success and excellence of the project as a whole.
"The creative process flourishes exceptionally when the client shares the same vision of excellence and commitment to innovation and sustainability. During the design process, the G4M group was open to exploring new ideas and the possibilities expanded. This close collaboration allowed the project to develop organically, resulting in unprecedented solutions", highlights Grazzieli Gomes Rocha, managing partner of aflalo/gasperini arquitectos.
The Bosco Corporate building is a landmark of innovation and commitment to sustainability, with a central focus on integrating the built environment with nature. The project, recognized by the Green Building Council (GBC), achieved a remarkable score of 85 points, thus guaranteeing LEED Platinum certification, which requires a minimum of 80 points to obtain; This factor endorses the principles of bioarchitecture sought throughout the creative process of the project.
 
Source: aflalo/gasperini architects
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