Reflecting on a Successful Water-Energy Nexus Workshop at Vienna University of Technology
In the not-so-distant past, the imperative relationship between water and energy production was at the forefront of discussions during a comprehensive workshop held at Vienna University of Technology. Acknowledging the increasing uncertainty of water supply and the intrinsic connection between water and energy, participants from all corners of Europe convened to explore a more coherent approach to address these critical issues.
Day 1: Unveiling Insights and Perspectives
The workshop commenced with a promising start, bringing together students and professionals eager to delve into the intricacies of the Water-Energy Nexus. Professor Giulia Zuecco from Università degli Studi di Padova set the tone with an insightful presentation on the significance of the water-energy-food nexus, particularly in the context of hydropower.
Throughout the day, participants were treated to a wealth of knowledge, ranging from understanding hydraulic potential in existing water infrastructures to insights into current and future hydro energy recovery technologies. The presentations included updates on ongoing European projects, such as Digitalization of water supply infrastructure to optimize the Water-Energy Nexus (DIWEN) and Hidden Hydro Oscillating Power for Europe (H-HOPE), as well as the COST Action Network Pan-European Network for Sustainable Hydropower (PEN@Hydropower).
The workshop fostered collaboration and discussion, with participants divided into groups to explore thematic topics. The day concluded with a visit to the hydraulic machinery laboratory at TU Wien, providing a hands-on experience and a glimpse into the practical applications discussed throughout the sessions.
Day 2: Immersive Site Visits and Thematic Explorations
On the second and final day, participants embarked on a series of enriching site visits. The highlight was a visit to the world's largest hydraulic engineering laboratory, guided by Mag. Dipl.Ing. Dr.techn. Christine Sindelar. The lab, with its capability to simulate water conditions at a flow rate of 10,000 liters per second, showcased the cutting-edge research conducted to understand the movement of water and sediments. It played a pivotal role in promoting knowledge about the use and protection of rivers.
Additional visits to Vienna University of Technology Hydraulic Laboratory and the Institute of Hydraulic Engineering and Water Resources Management further expanded participants' insights into the dynamics of water movement in various landscapes.
Group discussions tackled key themes, including technology development, sustainability matters, and water supply networks, providing a platform for participants to collectively address challenges and propose innovative solutions.
In conclusion, the two-day workshop was a resounding success, made possible by the collaboration with BOKU University and Vienna University of Technology. We extend our gratitude to our partners and participants for contributing to this immersive and enlightening experience. As we look back on these fruitful days, we are excited about the collective progress made in advancing our understanding of the Water-Energy Nexus and its implications for the future.