Place your chosen
image here. The four
corners must just
cover the arrow tips.
For covers, the three
pictures should be th...
2
River Thames
River Medway
Largest LNG Terminal in Europe
Country Terminal No. of
Tanks
Tank
capacity m3
1 South Korea Py...
3
3
Grain LNG’s Journey So Far
PHASE
 2
 
 
Poten,al
 
PHASE
 4
 
PHASE
 3
 
 
§  Originally
 built...
4
4
Operational Experience
¾ 
 
 World’s
 3rd
 largest
 LNG
 importer
 (2011)
 
¾ 
 
 ~100bcm/y
 g...
5
Grain LNG’s optimum location
6
6
Integrated energy hub
7
Energy vectors at Grain
LNG
 Ship
  Storage
 
Grain
 Power
 Sta,on
 
Heat
 
Regasifica,on
 
Gas
 transm...
8
How LAES fits – standard system
Compression
Cleaning
High Grade
Cold Store
Hot
Thermal
Store
Refrigerat...
9
Customised for LNG terminal
Compression
Cleaning
Cold from
LNG
Hot
Thermal
Store
Refrigeration
LAIR
S...
10
The Team
Ø  Site Host and Owner
Ø  Experienced in cryogenic
storage
Ø  Track record of delivering
large projects
Ø ...
11
§  Energy warehouse
§  Cryogenics experience
§  Excellent track record
§  Thermal synergies
§  Large, peaky electr...
12© Highview Enterprises Limited, 2013
Proposed Plant Configuration
13
Future opportunities
14
Conclusion
National Grid vision:
Connecting you to your energy today, trusted to help you meet
your energy needs tomorr...
of 14

National Grid Grain LNG - Largest LNG Terminal in Europe

Published on: Mar 3, 2016
Source: www.slideshare.net


Transcripts - National Grid Grain LNG - Largest LNG Terminal in Europe

  • 1. Place your chosen image here. The four corners must just cover the arrow tips. For covers, the three pictures should be the same size and in a straight line. National Grid Grain LNG Royal Academy of Engineering & Centre for Low Carbon Futures Liquid Air Conference 9th May 2013 Grain LNG is a wholly owned subsidiary of National Grid which is supportive of all projects funded that strive to innovate to address the future energy network and market challenges.
  • 2. 2 River Thames River Medway Largest LNG Terminal in Europe Country Terminal No. of Tanks Tank capacity m3 1 South Korea Pyeong-Taek 21 2,960,000 2 South Korea Incheon 20 2,880,000 3 Japan Sodegaura 35 2,660,000 4 South Korea Tong-Yeong 16 2,480,000 5 Japan Senboku II 18 1,585,000 Country Terminal No. of Tanks Tank capacity m3 6 Japan Negishi 14 1,180,000 7 Japan Futtsu 10 1,110,000 8 UK Isle of Grain 8 1,000,000 9 Spain Barcelona 8 840,000 10 USA Sabine Pass 5 800,000
  • 3. 3 3 Grain LNG’s Journey So Far PHASE  2     Poten,al   PHASE  4   PHASE  3     §  Originally  built  1985   §  Fast  to  market   §  Storage  200,000  m3   §  4.5km  unloading  line   §  JeEy  up  to  Q-­‐flex     §  55  berthing  slots   §  ~4%  of  UK  demand   Conversion  to   Importa,on  Terminal   2005   §  3  x  190,000m3    tanks     §  Addi,onal  110  berthing   slots     §  Tripling  capacity    to   ~12%  of  UK  demand   §  Total  1,000,000m3   §  2nd  jeEy  for  Q-­‐max     §  ~240  berthing  slots   §  Total  capacity  ~20%  of   UK  gas  demand   2008   2010   2017/18   On  ,me,  on  budget
  • 4. 4 4 Operational Experience ¾     World’s  3rd  largest  LNG  importer  (2011)   ¾     ~100bcm/y  gas  market   ¾     ~  55%  imported   ¾       Access  to  world  gas  supplies   UK  market     Easington Bacton St Fergus Grain LNG Milford Haven Easington Bacton St Fergus Grain LNG St Fergus Grain LNG Milford Haven Grain  LNG  Customers   Send Out (GWh) 0 100 200 300 400 500 600 700 01/04/12 15/04/12 29/04/12 13/05/12 27/05/12 10/06/12 24/06/12 08/07/12 22/07/12 05/08/12 19/08/12 02/09/12 16/09/12 30/09/12 14/10/12 28/10/12 11/11/12 25/11/12 09/12/12 23/12/12 06/01/13 20/01/13 03/02/13 17/02/13 03/03/13 17/03/13 31/03/13 GWh BPS CENTRICA GDF SONATRACH EON Iberdrola Max Send  out  (GWh)
  • 5. 5 Grain LNG’s optimum location
  • 6. 6 6 Integrated energy hub
  • 7. 7 Energy vectors at Grain LNG  Ship   Storage   Grain  Power  Sta,on   Heat   Regasifica,on   Gas  transmission   system   Heat  Pipe  Direct  fired   or   Waste cold
  • 8. 8 How LAES fits – standard system Compression Cleaning High Grade Cold Store Hot Thermal Store Refrigeration LAIR Storage Evaporation Expansion Power Out Power In Air  In   Air  Out   charging   storage   discharging
  • 9. 9 Customised for LNG terminal Compression Cleaning Cold from LNG Hot Thermal Store Refrigeration LAIR Storage Evaporation Expansion Power Out Air  In   Air  Out   charging   storage   discharging   Low grade heat from heat pipe Power In
  • 10. 10 The Team Ø  Site Host and Owner Ø  Experienced in cryogenic storage Ø  Track record of delivering large projects Ø  High level of synergy between project and site Ø  Delivery partner Ø  Very experienced EPC contractor Ø  Long track record of projects Ø  Expert in cryogenic and power systems Ø  Technology owner and developer Ø  Already delivered pilot scale project The Project Energy Storage Demonstration Competition Near Grid scale demonstration 30MWh storage with 6MW output Expandable © Highview Enterprises Limited, 2013
  • 11. 11 §  Energy warehouse §  Cryogenics experience §  Excellent track record §  Thermal synergies §  Large, peaky electrical demand §  Support for UK’s future energy strategy §  Export potential Grain LNG as an application Source: DNV
  • 12. 12© Highview Enterprises Limited, 2013 Proposed Plant Configuration
  • 13. 13 Future opportunities
  • 14. 14 Conclusion National Grid vision: Connecting you to your energy today, trusted to help you meet your energy needs tomorrow.

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