Crafted from Quadcore panels and embraced by the forest, this cylindrical residence efficiently integrates sustainable materials and innovative design to create a compact living space.
5 key facts about this project
01
Crafted entirely from sustainable materials, including Kingspan Quadcore panels for superior insulation.
02
Embraces a cylindrical shape that maximizes natural light and enhances views of the surrounding forest.
03
Incorporates a greywater treatment system, reducing environmental impact and promoting self-sufficiency.
04
Features a central column design that mimics the structure of a tree, reinforcing the connection to nature.
05
Uses Yosima WHITE clay plaster for both aesthetic appeal and indoor humidity regulation.
General keywords
Project specific keywords
Sylvan Home is an architectural project located in Lebanon, designed as a compact 25-square-meter residence that embodies principles of sustainable living. The design reflects a commitment to creating an environment that harmoniously integrates with the surrounding forest landscape. It emphasizes the relationship between architecture and nature, resulting in a functional and aesthetically coherent dwelling.
This project serves the dual purpose of providing a comfortable living space while prioritizing sustainability. The design revolves around a circular form that maximizes natural light and enhances the connection to the outdoor environment. It consists of two levels, with an open living area on the ground floor and a private bedroom on the upper level, promoting both communal interaction and personal retreat.
Unique Design Approaches
The Sylvan Home distinguishes itself through its innovative use of sustainable materials and ecological strategies. The structure employs Kingspan Quadcore AWP LEC wall panels which offer high insulation performance. The incorporation of Enviroboard and Gutex Thermoflex further enhances thermal efficiency, ensuring reduced energy consumption.
One notable aspect of the design is its influence from nature, particularly the morphology of trees. The building’s form resembles a tree, with distinct elements referring to its anatomy, such as a central column acting as the trunk and circular spaces resembling branches. This natural inspiration creates a seamless transition between the built environment and its surroundings.
The project includes advanced sustainable features such as a rainwater harvesting system, designed to collect and filter rainwater for reuse, and a greywater treatment plant that minimizes environmental impact. Solar panels are incorporated to optimize energy efficiency, enabling the home to function independently from traditional utilities.
Architectural Details and Functionality
The overall layout is characterized by spaciousness and fluidity, achieved through the open-plan ground floor. The cylindrical shape ensures that every angle provides natural light and panoramic views of the forest. Interior finishes, including Yosima WHITE clay plaster, create a warm and inviting atmosphere while aiding in humidity regulation.
The upper level is accessed through a spiral staircase, reinforcing the organic feel of the design. Large glazed windows not only enhance energy efficiency but also serve to frame the natural beauty of the exterior environment.
Sylvan Home exemplifies how contemporary architecture can merge with ecological principles, presenting a practical solution for sustainable living. For those seeking a deeper understanding of its architectural plans, sections, and detailed designs, an exploration of the project presentation is encouraged. This will provide a more comprehensive view of the innovative ideas and methodologies employed in this residential architectural project.
This project serves the dual purpose of providing a comfortable living space while prioritizing sustainability. The design revolves around a circular form that maximizes natural light and enhances the connection to the outdoor environment. It consists of two levels, with an open living area on the ground floor and a private bedroom on the upper level, promoting both communal interaction and personal retreat.
Unique Design Approaches
The Sylvan Home distinguishes itself through its innovative use of sustainable materials and ecological strategies. The structure employs Kingspan Quadcore AWP LEC wall panels which offer high insulation performance. The incorporation of Enviroboard and Gutex Thermoflex further enhances thermal efficiency, ensuring reduced energy consumption.
One notable aspect of the design is its influence from nature, particularly the morphology of trees. The building’s form resembles a tree, with distinct elements referring to its anatomy, such as a central column acting as the trunk and circular spaces resembling branches. This natural inspiration creates a seamless transition between the built environment and its surroundings.
The project includes advanced sustainable features such as a rainwater harvesting system, designed to collect and filter rainwater for reuse, and a greywater treatment plant that minimizes environmental impact. Solar panels are incorporated to optimize energy efficiency, enabling the home to function independently from traditional utilities.
Architectural Details and Functionality
The overall layout is characterized by spaciousness and fluidity, achieved through the open-plan ground floor. The cylindrical shape ensures that every angle provides natural light and panoramic views of the forest. Interior finishes, including Yosima WHITE clay plaster, create a warm and inviting atmosphere while aiding in humidity regulation.
The upper level is accessed through a spiral staircase, reinforcing the organic feel of the design. Large glazed windows not only enhance energy efficiency but also serve to frame the natural beauty of the exterior environment.
Sylvan Home exemplifies how contemporary architecture can merge with ecological principles, presenting a practical solution for sustainable living. For those seeking a deeper understanding of its architectural plans, sections, and detailed designs, an exploration of the project presentation is encouraged. This will provide a more comprehensive view of the innovative ideas and methodologies employed in this residential architectural project.
