Inspired by iceberg formations, this design integrates modular recycling systems and vertical farming within a community hub, addressing waste management and sustainability in an Icelandic context.
5 key facts about this project
01
Incorporates an innovative waste-to-resource system for repurposing community waste.
02
Features vertical farming integrated within the building's structural design.
03
Utilizes charred wooden shingles for enhanced durability and aesthetics.
04
Designed to mimic iceberg forms, reflecting local environmental themes.
05
Employs eco-insulation techniques to optimize energy efficiency throughout.
General keywords
Project specific keywords
The architectural project "70%" aims to address pressing environmental issues related to waste management and sustainability in Iceland. This design emphasizes the concept of a circular economy, focusing on the alarming statistic that 70% of waste produced globally is not recycled. By drawing inspiration from the region's glacial landscapes, the design encapsulates a narrative about climate awareness and responsible resource management.
The project comprises several distinct yet interconnected functional zones. These include residential spaces designed for both local communities and tourism, a community center for gatherings and workshops, an indoor smart farm for sustainable food production, and a resource management facility that processes waste into reusable materials. Each zone serves a specific purpose while contributing to an overarching theme of sustainability.
Innovative design approaches are central to what makes this project different from traditional architectural practices. The form and layout mimic iceberg fragments, symbolically representing the hidden waste problem beneath the surface of society. Each element of the architecture is intentionally planned to maximize efficiency and minimize environmental impact.
Sustainability features are integrated throughout the project. This includes a waste management system that promotes recycling and resource recovery, energy generation through renewable sources such as geothermal and biogas systems, and water recycling mechanisms that reduce consumption levels.
Materiality is another critical consideration. The architecture incorporates glass for transparency and natural light, reinforced concrete for structural integrity, wood for a warm interior ambiance, and eco-friendly insulation to enhance energy efficiency. Steel is used in the structural components, ensuring resilience in the face of harsh weather conditions typical of the Iceland region.
This project invites further exploration. For a more in-depth understanding of its architectural plans, sections, designs, and innovative ideas, readers are encouraged to review the complete presentation of the project. Engage with the materials and details to gain a comprehensive view of this significant architectural endeavor.
The project comprises several distinct yet interconnected functional zones. These include residential spaces designed for both local communities and tourism, a community center for gatherings and workshops, an indoor smart farm for sustainable food production, and a resource management facility that processes waste into reusable materials. Each zone serves a specific purpose while contributing to an overarching theme of sustainability.
Innovative design approaches are central to what makes this project different from traditional architectural practices. The form and layout mimic iceberg fragments, symbolically representing the hidden waste problem beneath the surface of society. Each element of the architecture is intentionally planned to maximize efficiency and minimize environmental impact.
Sustainability features are integrated throughout the project. This includes a waste management system that promotes recycling and resource recovery, energy generation through renewable sources such as geothermal and biogas systems, and water recycling mechanisms that reduce consumption levels.
Materiality is another critical consideration. The architecture incorporates glass for transparency and natural light, reinforced concrete for structural integrity, wood for a warm interior ambiance, and eco-friendly insulation to enhance energy efficiency. Steel is used in the structural components, ensuring resilience in the face of harsh weather conditions typical of the Iceland region.
This project invites further exploration. For a more in-depth understanding of its architectural plans, sections, designs, and innovative ideas, readers are encouraged to review the complete presentation of the project. Engage with the materials and details to gain a comprehensive view of this significant architectural endeavor.
