Liquid Energy – Liquefied (bio-) gas as a driving force for development and use of green energy technology

05.03.2025

Lead partner

Name: Gdynia Maritime University, Maritime Institute
https://im.umg.edu.pl
Address: Morska 81-87, 81-225 Gdynia
Region/Subregion: Pomorskie / Trójmiejski
Country: Poland


Project Partners Member States

DE, LT, PL


Name: INWL – non-profit Limited Institute for Sustainable Economy and Logistics
https://www.inwl.de/
Address: Georg-Büchner-Str. 17, Rostock, 18055
Region/Subregion: Mecklenburg-Vorpommern
Country: Germany

Name: University of Rostock
https://www.uni-rostock.de/
Address: Justus-von-Liebig-Weg 6, Rostock, 18059
Region/Subregion: Mecklenburg-Vorpommern
Country: Germany

Name: Klaipeda Science and Technology Park
https://kmtp.lt/
Address: Vilhelmo Berbomo srt. 10, LT-92221 Klaipėda
Region/Subregion: Klaipėdos apskritis
Country: Lithuania

Name: Maritime University of Szczecin
https://www.pm.szczecin.pl/en/
Address: ul. Wały Chrobrego 1-2, 70-500 Szczecin
Region/Subregion: Zachodniopomorskie
Country: Poland

Name: Association for Promotion of the Hanseatic Institute for Entrepreneurship and Regional Development at the University Rostock
http://www.hie-ro.de/index.php/en/
Address: Richard-Wagner-Str. 31 - Haus 1, Rostock, 18119
Region/Subregion: Mecklenburg-Vorpommern
Country: Germany

Name: Metropolitan Area Gdansk-Gdynia-Sopot
https://www.metropoliagdansk.pl/
Address: Dlugi Targ 39/40, Gdansk 80-180
Region/Subregion: Pomorskie
Country: Poland

Name: Association for the Promotion Knowledge about Sea
https://www.szkolamorska.pl/
Address: Wały Chrobrego 1-2, Szczecin, 70-500
Region/Subregion: Zachodniopomorskie
Country: Poland


Category of intervention

012


Project description

In the global network of economic structures, independent power supplies are becoming increasingly significant, even if it that means increases in energy costs. Alternative fuels also make a significant contribution to improving environmental performance, such as reducing CO2 and pollution emissions. However, a particular technical challenge associated with the energy transition is the storage and distribution of high volumes of energy, for example in the form of liquid biogas or natural gas. This is the specific technological issue that the ‘Liquid Energy’ project addresses, jointly developing solutions and creating a platform for a broader and more universal use of (bio-)LNG in a micro/nano form (e.g. in decentralised energy supply system) as an alternative fuel in the future.

The most important goal of the project is a contribution to solving technical problems and popularisation of a decentralized (regional) energy conversion with simultaneous local consumption including transport of alternative fuel. To achieve this goal, the project divided all necessary aspects of its content into: WP3, which is focused on creating a cooperation space necessary for interaction between focal actors accelerating development and use of (bio-) LNG technology, products and services in the micro and nano scale; and WP4, which is focused on presenting possible application of the (bio-)LNG-based technology to raise awareness about added value of (bio-) LNG related technical solutions and to increase knowledge about their practical contribution to strengthening environmental sustainability and economic innovation of the South Baltic region.

Furthermore, the joint cooperation of project partners from Poland, Germany and Lithuania allows for joining existing resources, knowledge and relevant actors on cross-border level and significantly contributing to the creation of critical mass and unlocking (especially) business cooperation in this technological area. All of which creates for a way for utilising the untapped potential of (bio-) LNG as an alternative energy source.

Project website

Find Liquid Energy Project website here

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