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Circularity in the built environment

It is necessary to increase resource efficiency by closing, narrowing and slowing loops in the built environment. Circular design principles help mitigate climate change, reduce energy consumption, recover biodiversity, reduce pollution and lower geopolitical tensions. What are these circular design principles, and how can we implement them?

Circular Built Environment Hub

The Circular Built Environment Hub brings together researchers and lecturers from the Faculty of Architecture and the Built Environment to promote synergy and develop and disseminate knowledge about circularity in the built environment.

Biobased design team starts

The Biobased Design Team studies designing with wood and other biobased materials and teaches students about the possible applications.

Read stories

Towards a bio-based construction sector

Reusing building materials through collaboration between demolition company and architect

Geodata as a tool for the circular economy

Towards a circular building industry through digitalisation

Is leasing a building façade feasible business?

The next steps towards circular renovation

Ringing the changes for a circular construction sector

From sheep’s wool to spatial fabric

Urban food production on the right track

Look at projects

AEGIR

Scalable, industrialised, smart, affordable and circular renovation solution.

ASSET

A Spatial Strategy for Eurodelta, boosting the Transition to a circular built environment.

Assessing environmental implications of bio-based construction

Biobased, Inclusive & Circular

CiRCLETECH

Twinning partnership to develop a European Sustainable Circular Economy Research Hub

Doughnut Architecture

The Doughnut Economic approach in Architecture

FCRBE

Facilitating the Circulation of Reclaimed Building Elements in Northwest Europe

Intrinsically Circular

A service for integrated disassembly and design of buildings.

REPAiR

REsource management in peri-urban areas - Going beyond urban metabolism.