lng science and education at klaipeda university. lng science and... · 2019-05-20 · modeling of...
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Assoc. prof. dr. Rima Mickeviciene
Faculty of Marine Technology and Natural Sciences
LNG Science and Education at Klaipeda University
How LNG came to KU
Support for Studies (1)
• Study Visits to the Company
• Teachers Training in the Company
• Funding of Study Equipment (Software, Training Stands)
• Practice
Study funding
Povilas Šlikas Dovydas Sakavičius
Klaudijus Mėčius Jonas Grinas
Nominal Scholarships
Klaidas Drevinskas Ingrida Karapetrova
Support for Studies (2)
Study Marketing
Video: Presentation of LNG Terminal Study Program (2016) Video: Presentation of LNG Terminal Study Program (2017) Video: GO LNG Lithuania (2019)
New generation of LNG players
Infrastructure of Marine Technology and Natural Sciences Faculty
Shipping and Port Engineering
• Engineering and Management of Liquefied Natural
Gas • Seaport Engineering • Maritime Transport Logistics
• Marine Transport Engineering • Naval Architecture and Shipbuilding
LNG Terminals Engineering since 2019-2020
academic year is a Specialisation
Engineering of LNG terminals Shipping and port engineering:
- Engineering and Management of Liquefied Natural Gas
Trained liquefied natural gas (LNG) sector professionals gain a comprehensive engineering knowledge and skills on:
• LNG sector structure
• LNG terminals’ system design, operation, maintenance, repair, diagnostic technologies
• Natural gas properties and processes, gas chemistry and analysis methods
• Automation, application of energy-saving technologies, safe operation measures
• LNG transportation by vessels and others vehicles, loading and unloading technologies
• Natural gas transmission and distribution systems
• Control and analysis of technological processes and their performance indicators
• Gas utilization technologies
• Introduction to Specialty
• Gas Chemistry and Analysis Methods
• Refrigerating Equipment
• Process Engineering
• LNG Lines and Terminals
• Natural Gas Transmission and Distribution Systems
• LNG Terminal Management and Operational Regulation
• Energy Cycle of LNG Terminal
• Gas Utilization Technologies
• LNG Transportation and Loading/Unloading Technologies
• Practice (PBL) 15 ECTS + 30 ECTS International practice
• Final work
Databases and information systems, Big data analysis methods, Embedded systems, Information
technology for planning and management, Industrial Internet of Things, Intelligent maintenance of
technical systems
Marine Research Institute http://apc.ku.lt/en
Academic personnel involved in LNG issue
Prof. habil dr. Sergejus
Lebedevas - head of Marine
Engineering Department,
lead professor in combustion
modeling and energy efficiency
Prof. habil. dr. Captain Vytautas Paulauskas –
lead professor in LNG supply chain
development and navigation
Senior Researcher dr. Tatjana
Paulauskienė -
KU contact in LNG Platform
and LNG Cluster. Field of
interests: LNG ageing, cold
energy utilisation
Field of Research
Research in the sustainable development of maritime industry
Research in shipping and port security, and in logistics optimization
Research in increasing the maritime transport energy effectiveness and reducing environmental impact
Research in marine engineering materials and structures resistant to environmental effects
Mathematical and physical modelling of ship running and ship hydroaeromechanics
Research in the impact of intensive technologies on the marine environment
The development of alternative marine fuel production technology principles
PhD study programme Transport Engineering
(Supervisor prof. habil. dr. Sergejus Lebedevas)
Vygintas Daukšys
Energy and Environmental Research on the efficient use of Natural
Gas in the Cogeneration Cycle of Diesel Power Plants
Lukas Norkevičius
An Improvement of the Environmental
Performance of Sea Port Tugs by using
Natural Gas
Ieva Ronkaitytė
Complex Research on Development of Elements of LNG
“Blue” Transport Technology Systems in the Baltic Sea
Region
Linas Jonika
Research and Optimization of the Indicator Process of
a Diesel Engine converted to Natural Gas
Publication in the conference (PhD students)
• Linas Jonika, Paulius Rapalis, Sergėjus Lebedevas. Mathematical Dual-Fuel Engine Modeling using eddy break-up model
• Lukas Norkevičius, Sergejus Lebedevas. The influence of cryogenic tanks to propulsive qualities of a seagoing port tugboat
• Linas Jonika, Sergėjus Lebedevas, Vygintas Daukšys. Modeling of diesel engine energy efficiency parameters and evaluatio of different
combustion models
• Ieva Ronkaitytė. 21th Conference for Lithuanian Junior Researchers "Science - Future of Lithuania. Transport Engineering and Management" -
Research on Logistics Operations and and Sustainable Transport. Preferences and Opportunities of LNG Development in the Baltic Countries
Publication in the Conference (Academic Staff)
V. Paulauskas. Development and perspectives of the Klaipeda Sea port. Transport means 2016.
V. Paulauskas. LNG VS. Nord streem 2. LNG transportation challengers in Baltic Sea. Europen Gas Transmision Conference. Berlin, 2016.
V. Paulauskas. Green Shipping. Baltic Sea Green Conference. Copenhagen, 2017.
V. Paulauskas, D. Paulauskas, B. Plačienė, R. Barzdžiukas, R. Maksimavičius, I. Ronkaitytė, L. Gerlitz, J. Madjidian, S. Jankowski, L. Henesey. Optimisation
modeling of LNG Supply Chains for Development: Case Study of Lithuania and Latvia. Transport Means 2017.
Rima Mickevičienė, Justas Žaglinskis, Paulius Rapalis, Vasilij Djačkov. LNG Technology and Distribution in the Baltic Sea Region. 1st International Workshop on
LNG application in ships, Shanghai, 2017.
V. Paulauskas, L. Henesey, I. Ronkaitytė, S. Jankowski, M. Canepa. LNG Bunkering Stations Location Optimisation on the Basis of Graph Theory. Transport
Means 2018.
T. Paulauskiene, M. Bucas, A. Kasperaviciute, M. Matiliunaite Alternative fuels for marine applications: methanol-biodiesel-diesel blends // The 2nd International
Conference on Bioresource Technology for Bioenergy, Bioproducts & Environmental Sustainability. September 16-19, 2018.
T. Paulauskiene, V. Semaskaite, J. Uebe. Application of Exergetic Analysis for LNG Regasification Process Optimisation and Redesign: Case Study of FSRU.
Transport means 2019.
Publications • Paulauskas V. Suskystintųjų gamtinių dujų transportavimas ir saugojimas. 2017, Klaipeda: KU leidykla; 304 p. ISBN 978-9955-18-897-1 (LNG transportation and storage. Monograph)
• J. Madjidian, D. Dalaklis, V. Paulauskas, L. Henesey, A.I. Ölçer, F. Ballini, M. Kitada. Developing a Strategy for Liquefied Natural Gas Powered Transport Corridors in the Baltic Sea Region. Trends and Challenges in Maritime
Energy Management, Springer International Publishing AG, part of Springer Nature 2018, doi.org/10.1007/978-3-319-74576-3_27, pp. 292 – 399
• T. Paulauskienė. Oil & Gas Field Development (Chapter). / Petroleum Extraction Engineering, Recent Insights in Petroleum Science and Engineering. Book edited by Mansoor Zoveidavianpoor, ISBN 978-953-51-
3810-5, Print ISBN 978-953-51-3809-9. InTech, DOI: 10.5772/intechopen.70360.
• P. Rapalis, S. Lebedevas, R. Mickevičienė. Mathematic modeling of diesel engine operational performance parameters in transient modes. Pomorstvo (2018)
• S. Lebedevas, P. Rapalis, R. Mickevičienė. Research on the energy efficiency indicators of transport diesel engines under transient operation conditions. Pomorstvo (2018)
• V. Semaskaitė, T. Paulauskiene, L. Saltyte-Vasiauske, V. Jakubauskaite. Management of Liquefied Natural Gas Ageing, Journal of Energy Resources Technology (2019)
• Z. Wang, S. Lebedevas, R. Mickeviciene, V. Djackov, P. Rapalis, J. Zaglinskis, X. Liu. The Research of LNG Cold Potential Use in Ship Power Plant Cogeneration Cycle. Applied Thermal Engineering (2019)
• S. Lebedevas, N. Lazareva, P. Zhou, P. Rapalis. Selection of bunker marine fuel properties by evaluation of ship propulsion plant efficiency parameters. Ocean engineering (2019)
• S. Lebedevas, S. Pukalskas, V. Daukšys, L. Jonika. Research on fuel efficiency and emissions of converted diesel engine with conventional fuel injection system for operation on natural gas (2019)
• S. Lebedevas, S. Pukalskas, V. Daukšys. Mathematical modelling of Indicative process parameters of dual-fuel engines with conventional fuel injection system (2019)
Projects
• MarTech-LNG (2011 - 2014)
• Klaipeda LNG Terminal Navigation Study (2010), (2016)
• BSR GO LNG (2016 - 2019)
• Shanghai 2017 Science and Technology Innovation Action Project
LNG Powered Ship and Cascade Use of Cold Energy (2017-2020)
• ERASMUS 107 with Azerbaijan State Oil and Industry university
Submitted proposals:
• ERASMUS+ SP Development of international education in the field of sustainable cryogenic fuels, green mobility
and social value creation
• ERASMUS+ European University for Smart Urban Coastal Sustainability (CONEXUS)
• 107 ERASMUS with Shanghai Maritime University
Social Impact: Graduates and current Students employed by KN
1. Kristina Lukjanovaitė (Chemist)
2. Vigailė Semaškaitė (Internal Auditor)
3. Martynas Ambrozaitis (Senior Process Engineer at LNG Operations Unit)
5. Giedrius Braziulis – I year Master student (Head of Oil Product Handling unit )
5. Natalija Ogarkova – I year Master student (Oil Product Handling Unit)
7. Tadas Plikusas – I year master student (Deputy Loading Master)
8. Vilius Bružas (Head of Maintenance and Development Bureau)
9. Vilmantas Valančius (Automation Engineer)
10. Donatas Andriuškevičius (Project Engineer)
11. Aidas Šmaižys (IT Manager)
12. Gediminas Jotauta (Head of Technologies)
13. Eimutis Gandramavičius (Senior Process Engineer)
14. Tomas Dambrauskas (Senior Automation Engineer)
Social Impact: Topics of Final Works (1)
Prize Competition Klaipeda city relevant and adaptable Final Work Vigailė Semaškaitė „Energetic analysis of regasification process: case study of cold
energy utilization at FSRU“, supervisor assoc. prof. dr. Tatjana Paulauskienė (2018)
Title of the Final Work 2015-2016 Student Study programme Supervisor
Research on Automated LNG Bunkering Technologies Panneerselvam Jacob Seaport Management Prof. habil. dr. Vytautas Paulauskas
Research on Developement of Rational LNG Bunkering Infrastructure at Klaipėda State Port Skurdenis Tomas Fleet Technical Operation Management Prof. habil. dr. Sergejus Lebedevas
Evaluation of LNG Ageing Vigailė Semaškaitė Chemistry Engineering Lect. Viktorija Jakubauskaitė
Analysis of the LNG terminals in the Eastern part of the Baltic Sea Golubcov Daniil Seaport Management Assoc. prof. dr. Birutė Plačienė
Feasibility study: LNG terminal in Chennai port Chandrasekar Ramakrishna Seaport Management Prof. habil. dr. Vytautas Paulauskas
Social Impact: Topics of Final Works (2)
Title of the final work 2016-2017 Student Study programme Supervisor
Research on conversion of the Baltic Seaport tugboats into LNG – powered Justina Petrauskienė Fleet Technical Operation Prof. habil. dr. Sergejus Lebedevas
Research on development of LNG terminals in the Baltic Sea region Ineta Preikšaitytė Fleet Technical Operation Prof. habil. dr. Sergejus Lebedevas
Research on LNG use for heavy duty diesel engines in Lithuania Žilvinas Spudys Fleet Technical Operation Prof. habil. dr. Sergejus Lebedevas
Research on development of LNG flaoting terminal shore based facilities Stepušaitis Paulius Fleet Technical Operation Doc. dr. Justas Žaglinskis
Fishing trawler "DARIUS" (170 t. deadweight) propulsion plant sketch project. Diesel Engine Conversion into LNG -
powered. Gediminas Petkus Marine Transport Engineering Lekt. Vytautas Urbonas
Exergetic Analysis of Regasification Process: Case Study of Cold Energy Utilization at FSRU. Vigailė Semaškaitė Petroleum Technological Processes Doc. dr. Tatjana Paulauskienė
Analysis of LNG supply chain for Lithuania Aurelija Norutienė Seaport Engineering Prof. habil. dr. Vytautas Paulauskas
The Sketch Design of Propulsion Plant for General cargo ship „FRI DOLPHIN“ (3027 t Deadweight). Convertion of
Propulsion Diesel Engine into LNG Martynas Drazdauskas Marine Transport Engineering Lekt. Vytautas Urbonas
The Sketch Design of Propulsion Plant for Marine Tugboat vessel „TAK 10“. Transferring of the Main Engine to LNG Paulius Kvekšas Marine Transport Engineering Doc. dr. Justas Žaglinskis
