Teo Damir Biocina 
Utilizing pre-fabricated modules to create a floating structure, the design integrates a desalination hub and biophilic elements, providing a sustainable solution for water management in a hospitality setting.
5 key facts about this project
01
Utilizes a desalination hub to sustainably convert seawater into freshwater for residents.
02
Incorporates biophilic design elements to enhance indoor air quality through integrated plant life.
03
Features pre-fabricated modules that allow for flexibility in space usage and expansion.
04
Mimics the aesthetic of a baobab tree, connecting structure to the natural environment.
05
Constructed with charred wooden shingles that provide durability and aesthetic uniqueness.
General keywords
Project specific keywords
The Bay of the Floating Palms is an architectural project located in Playa Marchena, Panama. This design focuses on sustainable innovation and community engagement by integrating advanced technology with ecological considerations. Central to the project is a desalination hub, which addresses challenges associated with water scarcity, making it a critical component in the region where freshwater resources are limited. The architecture aspires to blend functional living spaces with an ecological framework, creating a model for responsible hospitality that enhances environmental awareness.
Unique Structural and Ecological Integration
The design incorporates a pre-fabricated structure that resembles the baobab tree, symbolizing its connection to the natural environment. This structural choice emphasizes an organic form while contributing to the architectural aesthetic. Essential features include modular living units enriched with plant life for air purification, creating a biophilic atmosphere. The integration of a desalination system not only provides a sustainable water source but also serves as an educational hub for visitors. By promoting community awareness surrounding water conservation, the project encourages eco-tourism and environmental stewardship.
Innovative Material Use and Energy Solutions
The selection of materials within the Bay of the Floating Palms emphasizes sustainability and durability. Concrete and steel provide structural integrity, while wood and glass enhance the visual aspects of the design. Additionally, renewable energy sources are potentially incorporated, such as solar panels or wind turbines, ensuring that the project minimizes its ecological footprint. The architectural design employs passive climate control strategies, reducing the overall energy consumption. The emphasis on innovative construction materials and sustainable energy solutions contributes to the project's mission of ecological responsibility while offering a comfortable living experience for residents and visitors.
For a more detailed understanding of the architectural plans, sections, and designs of the Bay of the Floating Palms, readers are encouraged to explore the project presentation. The insights gained from examining the architectural ideas and unique components of this project can inspire further discourse on sustainable architectural practices.
Unique Structural and Ecological Integration
The design incorporates a pre-fabricated structure that resembles the baobab tree, symbolizing its connection to the natural environment. This structural choice emphasizes an organic form while contributing to the architectural aesthetic. Essential features include modular living units enriched with plant life for air purification, creating a biophilic atmosphere. The integration of a desalination system not only provides a sustainable water source but also serves as an educational hub for visitors. By promoting community awareness surrounding water conservation, the project encourages eco-tourism and environmental stewardship.
Innovative Material Use and Energy Solutions
The selection of materials within the Bay of the Floating Palms emphasizes sustainability and durability. Concrete and steel provide structural integrity, while wood and glass enhance the visual aspects of the design. Additionally, renewable energy sources are potentially incorporated, such as solar panels or wind turbines, ensuring that the project minimizes its ecological footprint. The architectural design employs passive climate control strategies, reducing the overall energy consumption. The emphasis on innovative construction materials and sustainable energy solutions contributes to the project's mission of ecological responsibility while offering a comfortable living experience for residents and visitors.
For a more detailed understanding of the architectural plans, sections, and designs of the Bay of the Floating Palms, readers are encouraged to explore the project presentation. The insights gained from examining the architectural ideas and unique components of this project can inspire further discourse on sustainable architectural practices.
