Research profile
đ˛ What exactly did Aristotle mean by âThe whole is greater than the sum of its parts?â
Check out our latest article đ that reveals the importance of addressing this topic with scientific rigour.
The circular bioeconomy: a driver for system integration
⥠https://rdcu.be/dKKbG âŹ
I invite you to explore these slides and learn more about my work. This way, you can make more informed decisions when reaching out to me for potential collaborations or opportunities.
WeiterlesenImagine the worst-case scenario: you plan for an intimate science communication workshop and almost 100 people sign up.
WeiterlesenOn February 15th, I had the exciting opportunity to share the initial findings of our FFG BioFlex project at the Energy Innovation conference at TU Graz. Dive into the presentation slides to explore how understanding biases can impact your work and enhance collaboration across different fields. A simple grasp of biases is all you need to get started!
WeiterlesenMulti-sector coupling holds the potential for increasing flexibility. But what are the beneficial and detrimental impacts of system flexibilisation, and how can we assess and anticipate them?
WeiterlesenHey there, future research rockstars! đ This semester, I’m your guide for three exciting topics. We’ll shape the focus and methods together in our first meet-ups to fit your interests, past adventures, and superpowers. Dive into the slides for a sneak peek or hit me up for all the deets. Let’s make this research journey uniquely yours! đâ¨
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VO 166.716 Basics of process development and life cycle assessment
WeiterlesenIn September 2023 the 6th Doctoral Colloquium on Bioenergy was held in GÜttingen. I had the honor to support the programme committee and host the session on systems analysis together with Prof.Daniela Thrän from the Helmholtz Centre for Environmental Research (UFZ).
After the colloqium is before the colloqium, become a part of these international and exciting discussions in the 7th edition: www.doc-bioenergy.de.
WeiterlesenIntegration of datasets to provide insights about householdsâ natural gas expenditure as trigger to building stock decarbonisation in Heliyon Open Access
WeiterlesenThe research focus System Integration (SI) explores potential long-term impacts (positive and negative) caused by the scale-up, demonstration, market introduction, diffusion of, and interaction between sustainable technologies.
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Upon invitation by the Japan Austria Science Exchange Center (JASEC) of the TU Wien, I delivered a lecture to identify the most wanted skills for system change science. Click here to see the slides.
WeiterlesenYou are a Master’s student at TU Wien at the Institute of Chemical, Environmental and Bioscience Engineering. Sign up for our exciting seminar on interdisciplinary impact assessment.
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We are shifting our focus from value chains to circular bioeconomy value networks in the presented work. This perspective allows us to investigate network dynamics emerging from system integration between food, material, and energy use of biomass, and with complementing transformation strategies based on renewable electricity, hydrogen, and Circular Economy concepts.
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This interactive web report addresses a hot debate: The potential contribution of bioenergy to a sustainable, and resilient future.
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We can expect a remarkable expansion and cross-sectoral deployment of PV and wind power in the current decade. The intermittent nature of these renewables, however, will evoke challenges regarding matching energy supply and demand. Studies and strategies …
WeiterlesenCommissioned by the Austrian Federal Ministry for Climate Action, Environment, Energy, Mobility, Innovation and Technology a small consortium (TU Wien, WU Wien, AIT and Frauenhofer ISI) calculated recommendations for the market premium of renewable energy technologies. I was honored to lead the work on bioenergy from solid biomass and biogas.
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