Cities are rapidly expanding. In order to cope with climate change and depletion of raw materials, cities should deal more efficiently with energy and materials.
Sustainable innovation of urban infrastructures is the core theme of the Urban Metabolism research group. This can be accomplished by developing synergies between systems: urban symbiosis. By developing synergies between urban systems, they jointly consume less energy and emit less CO2 than each separately, and resources can be recovered from waste streams. Generating heat by using the road surface is an example of this. Or make biogas during waste processing. Flows such as drinking water, sewage, electricity and waste can also be connected to achieve higher efficiencies.
Often, the best way to achieve this is at the local level: Sustainable solutions are often local solutions, that require the support of citizens and enable their active engagement.
dr. Helen Kopnina
dr. Kopnina, Helen (Ph.D. Cambridge University, 2002) is currently employed at The Hague University of Applied Science (HHS) in The Netherlands, coordinating Sustainable Business program and conducting research within three main areas: environmental sustainability, environmental education and biological conservation. Helen is the author of over ninety peer reviewed articles and (co)author and (co)editor of fifteen firstname.lastname@example.org
Maikel Maloncy obtained his dr. degree at Delft University of Technology in the research area of Membrane Technology, Catalysis and Process Design. While doing his PhD he was employed as a lecturer at The Hague university of Applied Sciences. Currently, he is fulfilling several roles and functions within The Hague University of Applied Sciences. His research topic within the Urban Metabolism Research group is on Improving Waste management in Developing Countries: Case study Accra, Ghana. Improvement in the urban systems is of great importance to enhance living conditions and quality of life, especially in developing nations. As local physical and cultural conditions are important in designing urban systems, this study takes the urban waste management system of Accra, the capital city of Ghana, as a case study for analysing options to improve waste management systems in developing email@example.com
ir. Laura Stevens completed her Master of Science in Architecture at Delft University of Technology. Now doing a 2nd MSc in biomimicry at Arizona State University, she is eager to learn from this professional training as a biomimic to spread the knowledge in higher education. This research program is an integral element of her PhD on Biomimicry Education at the graduate school in Delft. As a member of Urban Metabolism, she has developed workshops to solve global issues such as Urban Heat Islands (UHI) and Urban Storm Flooding by involving research of how nature would solve these. Her research focus is on the educational aspects of this emerging field to see how Design Thinking methodologies melt with Biomimicry Thinking, with a unique focus on analogies from Nature.firstname.lastname@example.org
dr. ir. Karel Mulder
Dr. ir. Karel Mulder studied both physics and philosophy of science, technology and society at the University of Twente. In 1992 he obtained his PhD at the University of Groningen for a thesis on research strategies of large companies. Afterwards he was employed as a senior lecturer at Delft University of Technology. He spent some time as guest researcher at the Polytechnic University of Catalonia (Barcelona) and the Royal Institute of Technology in Stockholm. Since 2015, Mulder has been a Professor in Urban Metabolism at The Hague University of Applied Sciences+31 (0)6 - 29 05 35 64
Integration of energy networks and the water cycle with surface water energy as connecting element
Technology exploration for domestic heat pumps in the Netherlands
The dynamics of technological systems integration
Towards cleaner production: barriers and strategies in the base metals producing industry.
Sustainable development for engineers: a handbook and resource guide