UConn To Advise Greece On Energy Resilience And Safety

UConn has struck an international partnership with a major research-active Greek university in the region that will see the institutions work together to provide expertise and guidance on a key liquified natural gas (LNG) hub for European energy security.

A delegation of UConn leaders returned from an international trip to Greece and Turkiye with a signed five-year agreement with the Democritus University of Thrace (DUTh). Representatives signed the Memorandum of Understanding (MOU) during a ceremony held at DUTh on Friday, Oct. 23, establishing a mutually beneficial research and workforce training partnership.

Following the signing, DUTh and UConn representatives hosted an international forum on strategic energy investments and regional development with participation of representatives from the Greek government and local municipality, recognizing that the collaboration offers practical opportunities to connect translational research with industry and local community needs.

"The partnership between UConn and Democritus University of Thrace is a superb example of the depth of research excellence and technological innovation we have at our University, as well as our commitment to building global relationships with peers to forge lasting solutions to critical challenges," said UConn President Radenka Maric. "At a critical time for this important work, I am proud that UConn is part of a major undertaking that will be beneficial for faculty, students, and communities across the region."

The MOU reflects five pillars of complementary strengths between the universities:

• Environmental science, monitoring, and public health
• Energy security and environmental risk
• Wildfire risk, fire history, and landscape resilience
• Coastal and climate resilience
• Education, workforce development, and student exchange

Lindsay DiStefano, UConn's vice president for research, innovation, and entrepreneurship, traveled with the delegation. Noting Greece's growing role as a gateway for natural gas supplies to Europe and the importance of the Alexandroupolis LNG terminal as an entry point for the Vertical Gas Corridor, she cited UConn's success in bridging ideas and invention with economic success, which is key to this investment.

"Through our partnership with Democritus University of Thrace, we can connect complementary expertise to regional needs, prepare students for emerging industries, and develop joint projects that help energy investments support local prosperity, strengthen our academic missions, and support sustainable cities and development," said DiStefano.

DUTh Rector Maria Michalopoulou (equivalent to university president) also praised the agreement.

"Our goal is for this collaboration to help strengthen energy and environmental resilience and create new opportunities for Alexandroupolis and Thrace," Michalopoulou said. "[This agreement] creates new opportunities for joint initiatives, with meaningful benefits and impact for our region."

Responding to an International Crisis

Since the start of the Russia-Ukraine War, Greece has become critical as a natural gas corridor. DUTh is nearby to Alexandroupolis, a port city in northeast Greece near the Turkish border at the junction of Europe and Asia. The city has emerged as an important energy hub, with support from the United States, European Union, and NATO to provide natural gas and other commercial cargo supplies to Europe.

Russia was historically the largest exporter of natural gas to European countries, with a significant percentage flowing through Ukrainian pipelines before the two nations were at war. As Greece and Europe look to establish energy security both during the hostilities and long after they end, the Vertical Gas Corridor (VGC) – a network of interconnected gas infrastructure linking Greece with markets to southeastern and central Europe - has become increasingly important to the European energy future.

The U.S. provides most of the liquefied natural gas through ships and the Floating Storage and Regasification Unit located offshore of Alexandroupolis. UConn has the expertise in several disciplines to advise Greece and work with DUTh researchers to quell concerns raised by the infrastructure and operations associated with the VGC and make Alexandroupolis a model energy-transition city – secure, resilient, transparent, and environmentally accountable.

The framework of the MOU specifically links DUTh with UConn's Institute of the Environment and Energy (IoEE) and its member Center for Environmental Sciences and Engineering (CESE) around energy-transition planning, environmental monitoring, coastal resilience, public health, workforce development, and community trust. Emmanouil Anagnostou, executive director of the UConn Tech Park and director of the IoEE, said that the Institute is experienced and successful at connecting research with industry and government leaders to build resilient communities.

"With Democritus University of Thrace, we can apply our approach to the region's investment decisions: understanding interconnected risks, evaluating socio-technical solutions, and communicating evidence to decision makers," Anagnostou said. "We also see opportunities to study how storage, fuel cell-based microgrids, and hydrogen could complement renewable generation and existing infrastructure. The objective is dependable, affordable, and resilient energy that supports environmental safety and local economic development while fostering inclusive and sustainable communities."

CESE Director Michael Hren explained how energy infrastructure and environment interact and must be considered together. Environmental emergencies such as wildfire can damage power and water systems, while infrastructure failures can in turn cause ignition risks.

"Working with Democritus University of Thrace, we hope to connect environmental measurements with research on hazards, infrastructure, and community exposure," Hren said. "Joint field and laboratory studies that establish baseline conditions and examine changes after disturbance, combined with student and researcher exchanges can help guide investment, preparedness, and environmental protection in the region, and put the Evros region on a long-term path toward building resilient and sustainable cities."

UConn College of Engineering Dean JC Zhao said that UConn brings strength in advanced materials, power electronics, and energy systems, in addition to quantum technologies and cybersecurity. All these areas will be important in the DUTh partnership and the protection of the natural gas infrastructure.

"Major energy investments create engineering challenges that extend from materials and power conversion to the security of the systems that operate them," said Zhao. "The Vertical Gas Corridor and associated infrastructure offer an opportunity to address those challenges with local partners and train the people who will manage them."

Ngozi Taffe, UConn's interim vice president for global affairs, heralded the opportunities that the partnership will create for students. She cited UConn's longstanding relationship with the State of Baden-Württemberg in Germany as an example of how sustained academic exchange can support deep institutional collaboration.

"With Democritus University of Thrace, we can develop a partnership shaped by the region's energy, environmental, and workforce priorities. Faculty exchanges, shared student projects, and jointly supervised research would give the agreement practical substance," said Taffe. "Our goal should be a relationship in which both universities contribute expertise, students gain experience across borders, and communities see benefits that continue beyond this forum."