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IMPLEMENTATION ACTIONS OF THE LNG TERMINAL ... … · Floating Storage and Regasi˚ cation Unit...

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SCHEME OF GAS SUPPLY INTO THE MAIN PIPELINE THIS TECHNOLOGY WAS SELECTED DUE TO THESE ADVANTAGES Short term of the terminal construction 50% lower cost of floating terminal in comparison to onshore terminal cost Possibility to expand terminal capacity in the future MAIN PARAMETERS Size of FSRU is 130-170 000 m 3 LNG Length of FSRU – approximately 290 meters Width of FSRU – approximately 50 meters Gas send out capacity – up to 3 bcm per annum IMPLEMENTATION ACTIONS OF THE LNG TERMINAL Executed: 2011 - Agreement with the Lead Advisor International Company “Fluor” has been signed 2011 - Project Development plan with Strategic Environmental Impact Assessment report is prepared for public hearing 2011 - Marine terms and parameters studies for Liquefied Natural Gas (LNG). Terminal in Lithuania are finished 2011 - Preparatory territory planning works and analysis has been executed. Alternative locations for pipeline determined 2011 - FSRU purchase requirements package and procurement tender have been announced In progress: 2011 - FSRU tendering process has been started 2011 - Project Development plan with Strategic Environmental Impact Assessment report is in public hearing 2011 - Main Project Parameters (process, capacities, plant layout) to be selected 2011 - Project Business Model and LNG Supply Strategy to be prepared 2011 - Project Financing model to be selected 2011 - LNG business legal regulation to be established Planned: 2012 - To execute Territory planning works, seeking to gain rights for easements 2012 - To prepare LNG Supply scheme 2012 - To execute Risk and Safety Assessment 2012 - To prepare Environmental Impact Assessment 2012 - To start LNG terminal Construction works 2013 - To design LNG terminal connection to natural gas transportation pipeline 2013 - To execute Dredging and widening of the Port channel, LNG terminal preparation and arrangement for the Project 2013 - To construct FSRU berth 2014 - Construction of gas pipeline from LNG terminal to the transportation pipeline – pipeline and infrastructure construction works End of 2014 – LNG Terminal put in operation Hight pressure loading arm Jetty 4 THE TECHNOLOGY OF THE LNG TERMINAL Floating Storage and Regasification Unit (abbr. FSRU).
Transcript

SCHEME OF GAS SUPPLY INTO THE MAIN PIPELINE

THIS TECHNOLOGY WAS SELECTED DUE TO THESE ADVANTAGES

Short term of the terminal construction

50% lower cost of � oating terminal in comparison to onshore terminal cost

Possibility to expand terminal capacity in the future

MAIN PARAMETERS

Size of FSRU is130-170 000 m3 LNG

Length of FSRU – approximately 290 meters

Width of FSRU – approximately 50 meters

Gas send out capacity – up to 3 bcm per annum

IMPLEMENTATION ACTIONS OF THE LNG TERMINAL

Executed:2011 - Agreement with the Lead Advisor International Company “Fluor” has been signed2011 - Project Development plan with Strategic Environmental Impact Assessment report is prepared for public hearing2011 - Marine terms and parameters studies for Lique� ed Natural Gas (LNG). Terminal in Lithuania are � nished2011 - Preparatory territory planning works and analysis has been executed. Alternative locations for pipeline determined2011 - FSRU purchase requirements package and procurement tender have been announcedIn progress:2011 - FSRU tendering process has been started2011 - Project Development plan with Strategic Environmental Impact Assessment report is in public hearing2011 - Main Project Parameters (process, capacities, plant layout) to be selected2011 - Project Business Model and LNG Supply Strategy to be prepared2011 - Project Financing model to be selected2011 - LNG business legal regulation to be established Planned:2012 - To execute Territory planning works, seeking to gain rights for easements2012 - To prepare LNG Supply scheme2012 - To execute Risk and Safety Assessment2012 - To prepare Environmental Impact Assessment2012 - To start LNG terminal Construction works 2013 - To design LNG terminal connection to natural gas transportation pipeline2013 - To execute Dredging and widening of the Port channel, LNG terminal preparation and arrangement for the Project2013 - To construct FSRU berth2014 - Construction of gas pipeline from LNG terminal to the transportation pipeline – pipeline and infrastructure construction worksEnd of 2014 – LNG Terminal put in operation

Hight pressure loading arm

Jetty

4

THE TECHNOLOGY OF THE LNG TERMINALFloating Storage and Regasi� cation Unit (abbr. FSRU).

After the LNG terminal is constructed

Supply of natural gas will be diversi� ed and the country will not be dependent on a single gas supplier; • Lithuania will be able to independently cover emergency demand for gas; • Preconditions to form both national and regional gas markets in Lithuania will be created with the •

possibility in the future to supply gas to neighboring countries; The country will gain access to international gas markets. •

There is anecessaryinfrastructure at the Seaport for the LNG Terminal Constructionand its operation

Limited impact frommeteorological conditions for the LNG Terminal when in operation inthe Klaipėda Seaport

The nearest possible connectionto the gas pipeline

The shortest timefor the LNG terminal construction

The most suitable location for LNG Terminal in Lithuania is the Southern part of the Klaipėda Seaport near the “Kiaulės Nugara” island

ADVANTAGES of the “Kiaulės Nugara” location

LNG terminal

Transmission natural gas

pipeline Klaipėda - Jurbarkas

Interconnection gas pipeline

between Lithuania -

Poland

Natural gas storage

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