Gate terminalWelcome
Copyright © 2013 Gate terminal
Overview of Gate terminal
Layout
36”12”24”
Recondensor
HP pumps
Open rack vaporizers
LNG Full containment tank
Cross section LNG storage tank
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LNG
Roof nozzles only
Pump columns
Foam-glassbottom insulation
Reinforced concrete base slab
Suspended ceiling withthermal insulation
Free-standing9% inner tank
Annular space withperlite Thermal
insulation
Reinforced concrete roof
Pre-stressedconcrete wall
Truck loading
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Trucks at loading dock LNG Truck
Gate terminal
Legenda
▪ Warm water Link E-ON
▪ Terminal Process Area
▪ LNG Tanks
▪ LNG Channel & Jetty construction.
Copyright © 2013 Gate terminal
Main elements of Gate terminal
Key components Gate terminal
Copyright © 2013 Gate terminal
LNG Jetty Unloading lines and vapour return ‘Full-containment’, LNG Storage tank Seawater ‘open-rack vaporisers’
LNG
A
B
D
A B D
C
C
Process Overview
Process
• Re-gassification capacity: 12 BCM of gas per year
• 2 jetties, max unloading rate: 15,000 m³ LNG/hr
• Vessel capacity up to Q-max: 265,000 m³ LNG
• 3 LNG tanks of each:180,000 m³ LNG net
• Send-out capacity:1.7 mln. m³(n)/hr of gas
• Warm water link with EON forre-gassification:60,000 m³ warm water/hr.
Copyright © 2013 Gate terminal
Technical process view of Gate terminal
BOG
Storage
Pump 50-250 mbarg
Kickback
K.O.
Flare/vent
K.O.
LP LNG
BOG CompressionVacuum breaker gas
Jetties
Metering
Grid
Seawater
ORV’s
HP LNG
HP Pumps
Pump kickback
Padding gas
Vent
80 barg NG
Maintenance
by-pass
0 send out
by-pass
K.O.
Recondensor
People at the heart of Gate terminal
Continueous cooling
2
Warm water
Uniper
Vent
Re-
condensor
Condensere
n Boil-off
gas
Cold water
drainage
Receipt and unloading LNG carriers LNG storrage Export under pressure and regasified
150 mBarg 4 – 6 Barg 200 mBarg 6 – 9 Barg 77 Barg < 77 Barg
- 160 °C - 160 °C - 160 °C - 158 °C - 150 °C > 0 °C
LNG Natural gas
Process wrapup