FHV Vorarlberg University
of Applied Sciences
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  • #completed projects energy

Humidification of air in a bubble column

13.11.2022
Increasing water scarcity worldwide is leading to a growing need for alternative water treatment systems. Large-scale industrial seawater desalination processes are technologically complex and can sometimes only be operated economically on a large scale (>10 million liters/day)
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  • #completed projects energy
ein stehender E- Bus | © illwerke vkw
EBusCharge - Flexible E-Bus Fleet Charge Management Flexible charging load management of e-bus fleets. Verkehrsverbund Vorarlberg GmbH sees the future of its bus fleet in battery electric buses (BEB) and is expanding to 60 buses by 2025 and a total of 100 buses in less than 10 years. The EBusCharge project at the Energy Research Center is accompanying this ambitious infrastructure project, developing and researching technical solutions for charging management of growing e-bus fleets.
  • #current-projects-energie
Gruppenfoto der Teilnehmer:innen | © fhv - Klaus Rheinberger
Bilateraler Austausch bei den Verkehrsbetrieben Zürich Im Rahmen des Interreg ABH Projekts FreeE-Bus und des FFG-Projekts EBusCharge besuchten am 03. Juli 2024 zwölf Projektmitglieder aus Österreich und Deutschland das Betriebsgelände des assoziierten Partners Verkehrsbetriebe Zürich (VBZ) in der Schweiz.
  • #energy
Quantum Dots | © Meedgard
MEEDGARD The Research Center for Microtechnology has been working with leading scientists in the field of quantum optics for many years. The focus here is on the generation of entangled photon pairs using quantum dots, which are also known as artificial atoms due to their properties. The piezo micro-actuators realised at the FHV using ultrashort pulse lasers are one of the central building blocks for implementing these special light sources. The MEEGARD project, funded as part of the EU's quantERA initiative, will further intensify this valuable collaboration.
  • #current projects Microtechnology
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