In Spain, DUNAR arquitectos has undertaken a groundbreaking project to establish the High Technology Incubator (IAT) and the Prototyping Plant, aimed at spearheading research and innovation in agribusiness. With a strong focus on sustainability and green design, this initiative marks a pivotal shift towards bioeconomy, signaling a departure from conventional production and consumption practices. The architectural design mirrors this transformative vision, reflecting a commitment to innovation and adaptability.

Rethinking Traditional Construction

The project involves the revitalization of existing warehouses, challenging the traditional approach to building construction. Instead of conventional internal installations, all systems are relocated to the building’s periphery, rendering them easily accessible and adaptable without the need for extensive construction work. This innovative approach ensures flexibility to accommodate diverse research programs while minimizing maintenance costs. A perimeter skin envelops the building, housing the installation networks and serving as a unified architectural element. This skin not only provides technological functionality but also contributes to ecological sustainability by moderating sunlight and creating intermediate spaces for worker recreation.

Extending Beyond Physical Structures

The intervention extends beyond the building’s physical boundaries, utilizing exterior spaces to expand the functional footprint without altering plot parameters. Intermediate spaces created by the perimeter skin are repurposed as rest or recreation areas, enhancing the overall usability and livability of the facility.

Embracing Energy Efficiency

Material selection plays a crucial role in enhancing energy efficiency and aligning with passive architecture principles. Cork, utilized for exterior thermal and acoustic insulation, becomes an integral part of the building’s aesthetic both internally and externally. Metallic parasols control sunlight penetration, while epoxy resins treat pre-existing floors, ensuring durability and sustainability.

Transforming for the 21st Century

In essence, the project represents a transformation of traditional agricultural structures into technologically advanced buildings tailored to the demands of the 21st century. By integrating sustainable design principles with innovative spatial solutions, the High Technology Incubator sets a new standard for agribusiness research facilities, paving the way for a more sustainable and resilient future.