ecoLogicStudio, a London-based architecture and research firm specialising in biodesign, has introduced the Design Apothecary in Turin, Italy. This interior space explores the potential of biophilic design, material circularity, and ecological living. Situated within the historic Ex Mulini Feyles industrial complex, the project converts a 19th-century structure into a research-oriented environment that integrates biotechnology and architecture to examine new models of sustainable domesticity.

An Interior Designed for Living Systems
At the centre of the 250-square-metre open-plan space is a fully functional air-purifying algae garden. Consisting of 17 lab-grade borosilicate glass photobioreactors, the system employs high-efficiency photosynthesis to absorb 250 grams of CO2 per day, which is comparable to the capacity of four large trees. The garden also produces 140 grams of dry algae and 84 grams of vegetable protein daily, supporting food sustainability while contributing to improved indoor air quality. The system releases 190 grams of oxygen upon activation.

The algae biomass is periodically harvested and repurposed within the space, aligning with circular economy principles. The material serves as fertiliser for medicinal plants, an ingredient in culinary applications, a biodegradable additive for mycelium-based products, and a raw material for 3D printed interior components.

A Modular and Circular Architectural Approach
The algae garden’s structure consists of a modular lattice of fir wood, assembled with stainless steel fasteners and 3D printed joints. This reversible and expandable system demonstrates the adaptability of biophilic design. All biodegradable elements, including 3D printed components, have been fabricated within the Design Apothecary itself, supporting on-site production and material circularity.

A key feature of the space is its medicinal plant garden, integrated into the south-west-facing kitchen area. The plants, grown in planters along a wrought-iron balcony, provide shading during the summer, reducing reliance on artificial cooling. This passive climate control strategy is intended to lower energy consumption and enhance engagement with natural elements.

Functional and Adaptive Interior Elements
ecoLogicStudio’s approach extends into furniture design. A 2×2 metre modular table in the living lab can be reconfigured to accommodate both scientific research and informal gatherings. The drawing room, inspired by the behaviour of Physarum Polycephalum, features a branching lighting system, reinforcing the project’s biophilic focus.

Additionally, the drawing room functions as a gallery space for bio-art and sustainable design. Rotating exhibitions display works from ecoLogicStudio’s archives, including pieces from institutions such as the Centre Pompidou, ZKM Karlsruhe, and Mudac Lausanne. This space is also utilised for lectures, design talks, and events, contributing to interdisciplinary collaboration.

The guest area, designed as a compact and adaptable environment, incorporates fir wood lattice structures and sliding polycarbonate panels. Elevated tatami beds, a cork desk, and a built-in library optimise the spatial use of the interior.

Considerations for Future Sustainable Interiors
The Design Apothecary serves as a case study in sustainable interior architecture and product design. By integrating biological systems, renewable materials, and adaptable spatial configurations, the project examines models for ecological living. The initiative demonstrates the practical applications of bio-integrated design and explores scalable approaches for circular material economies in residential and commercial interiors.

As the demand for sustainable solutions increases, projects like the Design Apothecary investigate alternative design methodologies and contribute to the development of architecture that interacts with living systems.

Source: Mint List
Photos: Pepe Fotografia