E. (Evrim) Ursavas, Prof
HyUSe
Hydrogen technology development and assessment for accelerated use.
GroenVermogenNL . The consortium has 30 partners from academia and industry.
Total project budget is 16,590,935 euros . January 2024-2030
WATERSTOF WERKT
National Programme Groningen- The educational programme Waterstof Werkt (Hydrogen Works) is an initiative of educational institutions and the business community with a total volume of over 7 million euros. 2022-2027.
LIHYP
Interreg Northsea- Linking hydrogen power potentials. The project with
19 partners initiates opportunities to accelerate market introduction of hydrogen
applications, leading to regional hydrogen value chains connected in the North
Sea Region. The project will realise different pilots for the use of hydrogen such
as hydrogen cargo bikes, hydrogen driven freight train, hydrogen bus station and
living labs in the Netherlands, Belgium, Denmark, France and Germany with a
total budget of about 4.9 million euros. 2023-
2026.
https://www.interregnorthsea.eu/lihyp
TRIERES
Towards The Development Of A Hydrogen Valley Demonstrating Applications In An Integrated Ecosystem In Greece. Together with 27 partners and a total budget of about 10 million euros, the TRIĒRĒS Hydrogen Valley aims to demonstrate the combination and integration of multiple hydrogen applications into an efficient and resilient interconnected ecosystem that covers the full hydrogen value chain of production, storage, transport, and distribution in Greece.
https://www.trieres-h2.eu/
HEAVENN
H2 Energy Applications (in) Valley Environments (for) Northern Netherlands with EU support of 20 million euros and public and private co-funding of 70 million euros. The total project volume is approximately 90 million euros. With 31 public and private partners from six European countries. Duration: Jan 2020 – Jun 2026.
CONSENCUS
EU-CarbOn Neutral cluSters throughElectricity-based iNnovations in Capture, Utilisation and Storage- 19 partners - Over €13 million of European funds and private investments will enable scaling up technological innovations and conducting research on value chain analysis and network optimization. Duration: May 2021 – May 2025
https://www.rug.nl/feb/news/current/major-h2020-eu-research-project-for-evrim-ursavas
ULAADS
EU- Urban Logistics as an on-Demand Service. Partner in a consortium with 22 partners with a total budget of 3.150.000 euros led by 3 municipalities. Duration: 2020-2023.
Smart generation planning under renewable integration in energy networks
Dutch Ministry of Education, Culture, and Science (OCW). The main goal of this project is to model and find an optimal solution of expansion problem for the electrical network with high share of renewable sources, considering long-term investment costs and short-term practical operational constraints. Duration: 2020-2024.
LNG PILOTS
Main partners: Energy Valley (lead partner), Hogeschool van Arnhem en Nijmegen, Rotec Engineering, BTO Management, Energie Agentur NRW, Rolande LNG, PitPoint, POC Transport, CG Holthausen, Low8 and many others. Duration: Jan 2016 – Jun 2019
(Co-)funding: 50% by INTERREG V A Deutschland-Nederland, 50% by partners.
The introduction of LNG as a fuel for transportation and energy source for off-grid industry results in several new research and development questions. This project addresses the development of the small-scale LNG infrastructure in Dutch-German border region. It aims to identify locations for LNG fuel and bunker stations, while taking into consideration the design of the cross-border distribution network for supplying those facilities. Also technological advancements, such as robotized refueling and lightweight LNG storage tanks, and innovation for LNG production from renewable sources play an important role in this project.
STOCHASTIC MULTI-OBJECTIVE BERTH-CRANE ALLOCATION PROBLEM”.
Sponsored by The Scientific and Technological Research Council of Turkey (TUBITAK#1001-112M865) of 120.000 TL and funding for a Ph.D. student and a post-doctoral researcher, 2013-2015
| Last modified: | 17 November 2023 08.42 a.m. |