Architecture project // Self-Climbing Green Walls and Recycled Materials in Sustainable Residential Solutions

Self-Climbing Green Walls and Recycled Materials in Sustainable Residential Solutions

Author:

Wilma Karakac

Incorporating self-climbing plants on its facade and utilizing recycled materials, this residential design seamlessly integrates sustainable living with biodiversity support.

5 key facts about this project

Self-climbing plants integrated into the facade enhance biodiversity and air quality.

Recycled materials are prominently utilized in structural components, reinforcing sustainability.

Each unit is modular, allowing for flexible living arrangements that adapt to user needs.

Geothermal energy systems provide efficient heating and hot water, reducing energy consumption.

The design features raised units on supports to facilitate natural drainage and habitat connectivity.

General keywords

sustainability housing biodiversity community geothermal eco-friendly nature modular integrated wildlife

Project specific keywords

recycled kingspan self-climbing rainwater modularity thermal adaptability vertical drainage habitat

### Project Overview

The Symbiotic House addresses the critical issues of housing shortages and environmental sustainability within an urban context. The design aims to create a balance between human habitation and the surrounding natural environment, fostering a coexistence that supports both residents and local wildlife. This proposal incorporates eco-friendly materials and innovative solutions, emphasizing sustainability as a core principle in the creation of residential spaces.

### Environmental Integration

A central tenet of the design is its commitment to enhancing local biodiversity alongside offering a viable housing solution. The architectural approach considers the ecological impact of human activities, offering living spaces that positively engage with the surrounding environment. Key aspects of this theme include:

- **Sustainable Living Practices**: Utilizing construction materials that minimize environmental footprints.
- **Wildlife Accommodation**: Design elements that encourage interactions with local fauna, including habitats integrated into the building structure.
- **Urban-Natural Symbiosis**: Thoughtful site placement that encourages the merging of urban development with green spaces.

### Material Selection and Technical Systems

The material choices and technical systems employed in the Symbiotic House further bolster its sustainability objectives. Notable materials include:

1. **Kingspan® QuadCore® Insulated Panels**: Used for walls and roofs, these panels provide excellent thermal performance and are lightweight and recyclable.

2. **Sustainably Sourced Pine Wood**: Utilized for interior finishes, offering a natural aesthetic with a low environmental impact.

3. **Recycling-Concrete Foundation**: Incorporates recycled materials, enhancing resource efficiency.

The integration of various technical systems is crucial for energy management, including geothermal heating and rainwater harvesting. Efficient energy storage solutions facilitate the management of generated energy and support overall resource conservation, aligning with sustainability goals while ensuring functionality and comfort for occupants.