Architecture project // Carbon-Capturing Homes Built with Desert Sand Concrete and Plastic Walls

Carbon-Capturing Homes Built with Desert Sand Concrete and Plastic Walls

Authors:

Hok Liong Lie, Steffan Wi Tak Hegeman, Elisabetta Hoxhaj

Constructed from carbon-capturing Sand Concrete and lightweight plastic walls, these homes integrate seamlessly into the desert environment while providing flexible living spaces for a sustainable community.

5 key facts about this project

Constructed using Sand Concrete, which captures carbon during production.

Incorporates lightweight plastic walls for modular adaptability in design.

Features landscaping with native plants to enhance ecological integration.

Arranged in a grid layout to allow for flexible community configurations.

Utilizes renewable materials to minimize environmental impact in arid climates.

General keywords

uae residential sustainable community living modular landscape materials eco-friendly flexibility

Project specific keywords

sand concrete desert integration carbon capture plastic walls native landscaping modular units social spaces flexible layouts low carbon eco-innovation

# Sandscape Homes: Analytical Report

## Overview

Sandscape Homes is situated in the United Arab Emirates and addresses the environmental and social challenges posed by the region's desert landscape. The project embodies a commitment to sustainability and community integration, focusing on innovative architectural solutions that harmonize with the local ecosystem. The design emphasizes the need for adaptive living spaces that can meet the demands of both residents and the harsh climatic conditions of the area.

## Material Innovation

The material palette of Sandscape Homes is integral to its sustainability goals. A primary component, **Sand Concrete**, is derived from local desert sand and employs carbon-capturing technologies during its production, significantly reducing the carbon footprint associated with conventional concrete. Additionally, the use of **recyclable plastic walls** contributes to a modular and lightweight structure, promoting flexibility in design and minimizing waste. Complementary elements such as **glass and metal** are incorporated for natural light integration and thermal efficiency, ensuring both aesthetic appeal and functionality.

## Spatial Configuration

The architectural layout features a versatile configuration centered around the **slab design**, which measures 30 meters by 5 meters and allows for multiple housing arrangements. This strategy supports a variety of dwelling types, including:

- **Private Villas**: Individual units with landscaping for personal outdoor spaces.
- **Flexible Houses**: Adaptable designs accommodating families and individuals, supporting diverse living arrangements.
- **Duplex Units**: Efficiently utilize land while maintaining privacy for residents.

The overarching design fosters cohesive neighborhoods through features like **integrated landscaping** with native flora and a **walkable street design**, promoting social interaction and community engagement. This approach highlights the project’s intention to create living environments that prioritize both ecological integrity and human connectivity.