Architecture project // Perforated Brick Walls and Reused Terracotta Tiles Defining Sustainable Compact Living Spaces

Perforated Brick Walls and Reused Terracotta Tiles Defining Sustainable Compact Living Spaces

Author:

Asbjørn Eriknauer

Utilizing perforated brick walls and reused terracotta tiles, this microhome typology redefines compact living through sustainable materials and efficient design, fostering community engagement within a limited footprint.

5 key facts about this project

Utilizes local yellow Danish bricks for enhanced durability and cost-effectiveness.

Incorporates reused terracotta roof tiles to promote sustainability and minimize waste.

Features perforated brick walls that allow natural light while maintaining privacy.

Designed with efficient internal layers to optimize functionality within a compact footprint.

Integrates rainwater harvesting systems to reduce reliance on municipal water sources.

General keywords

denmark microhome sustainability community residential compact social environmental living density

Project specific keywords

danish bricks reused tiles rainwater harvesting perforated walls sustainable materials shared gardens compact living solar heating open-plan vertical circulation

## Project Overview

The Anti-Sprawler microhome typology is located in the suburban regions of Denmark, aiming to address the challenges of low-density housing and its associated environmental impacts. The project's primary intent is to establish a compact residential community that emphasizes social interaction, efficient land use, and sustainable living practices. By designing a network of small, environmentally-conscious units, the project seeks to counter the isolation and resource inefficiencies characteristic of traditional single-family homes.

## Spatial Organization

The design of the microhome cluster features a carefully structured three-tiered spatial arrangement. The ground floor (5.8 sqm) prioritizes private spaces, including a bathroom and kitchen, fostering a sense of intimacy. Above, the first floor (10.4 sqm) serves as a communal area with an open-plan layout that encourages social interaction and flexibility. The second floor (8.8 sqm) offers a personal reflective space, enhanced by natural light and views, reinforcing the connection to the environment.

## Material Selections and Sustainability Features

Material choices for the Anti-Sprawler project reflect both functional and ecological considerations. Yellow Danish bricks, well-regarded for their cost-effectiveness and durability, serve as the primary building material, while reused terracotta roof tiles minimize waste and cost. The interior is finished with specific types of wood, creating a warm and inviting atmosphere. Perforated brick walls allow light to enter and promote visual connections between homes.

Sustainability is further integrated through features such as rainwater harvesting systems, which collect runoff for reuse, and solar water heating installations, supporting energy efficiency. External staircases facilitate vertical mobility, enabling efficient circulation and promoting active living. This multifaceted approach aligns with Denmark’s environmental objectives and fosters community engagement through shared outdoor spaces and greenery.