Many cities around the world struggle with water-related problems such as scarcity, drought, pollution, ageing infrastructure and inequitable access. Cities also face broader social, ecological, economic and technological challenges driven by climate change, urbanization and industrialization. Ensuring the sustainable and equitable management and governance of water resources is crucial to solving the water problems and helping tackle the broader challenges of cities.
Rooted in circular economy principles, water circularity has been recently proposed as an integrated and systematic approach to water management and governance. It emphasizes the reuse, recycling and conservation of water resources, as well as increasing the efficiency of water use and decreasing the need for freshwater. However, the methodological and empirical insights into the implementation of water circularity in cities, as well as its impact on sustainability and equity, remain extremely limited. This PhD project aim to identify, analyze and compare strategies for harnessing the cross-sectoral and system-level potentials of water circularity in cities by applying systems modelling and governance assessment methods.
We are seeking a PhD candidate who is eager to advance the methodological and empirical underpinnings of water circularity in cities from cross-sectoral and systems perspectives. The PhD candidate will join a team of interdisciplinary researchers at the sections of Governance and Technology for Sustainability (CSTM) and Industrial Engineering and Business Information Systems (IEBIS), who have recently started collaborating on water circularity and will supervise the PhD candidate. The research will provide key insights for advancing the theme of water circularity both within the university and broadly by collaborating with local and regional organizations.
The project will combine qualitative and quantitative methods and comprise multiple components, depending on the profile of the candidate:
- developing and applying an integrated model of the social-ecological-technological system of urban water circularity;
- analyzing and assessing water circularity measures in cities from sustainability and equity perspectives;
- identifying the economic potential of water circularity in cities from a cross-sectoral perspective, for instance by applying the industrial-urban symbiosis concept;
- exploring pathways to enhance the sustainability and equity of water circularity in cities, paying attention to digital solutions.
The PhD candidate will develop a research plan within the first nine months of the study, and can offer additional approaches based on their competencies aligned with the above-mentioned components.
With guidance from supervisors, the PhD candidate will present their results at section meetings and international conferences and publish in peer-reviewed journals.