Liquefied Natural Gas and regasificationLNG •Reduce volume via cooling the gas to a liquid...

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Liquefied Natural Gas and Regasification Harvard Energy Journal Club April, 2015

Transcript of Liquefied Natural Gas and regasificationLNG •Reduce volume via cooling the gas to a liquid...

Page 1: Liquefied Natural Gas and regasificationLNG •Reduce volume via cooling the gas to a liquid •Boiling Point: -163oC •Volume reduction > 600 fold •Auto-refrigeration sustains

Liquefied Natural Gas and RegasificationHarvard Energy Journal Club

April, 2015

Page 2: Liquefied Natural Gas and regasificationLNG •Reduce volume via cooling the gas to a liquid •Boiling Point: -163oC •Volume reduction > 600 fold •Auto-refrigeration sustains

Talk outline

• Natural Gas Market Overview

• What is LNG?

• Market Outlook

Page 3: Liquefied Natural Gas and regasificationLNG •Reduce volume via cooling the gas to a liquid •Boiling Point: -163oC •Volume reduction > 600 fold •Auto-refrigeration sustains

Global Natural Gas Demand3,427 BCM

Europe15%

Americas26%

Asia Oceania

7%

Africa3%

Asia8%

China4%

FSU/non-OECD

Europe20%

Latin America

5%

Middle East12%

Page 4: Liquefied Natural Gas and regasificationLNG •Reduce volume via cooling the gas to a liquid •Boiling Point: -163oC •Volume reduction > 600 fold •Auto-refrigeration sustains

Natural Gas Sector Use

Residential and

Commercial30%

Industry22%

Power Generation

38%

Energy Industry Use

8%

Other2%

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Natural Gas Timeline

1800

1900

2000

Gas Street Lamps

First Metal Pipeline

Pipeline Technology

Improvements

Petroleum Transported by Tankers

Material Advances that

Withstand Cold Temperatures

LNG Peakshaving

Plant

LNG Maritime Shipment

Tusiani, MD and Shearer, G (2007)

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Natural Gas Pricing

IEA (2013)

Page 7: Liquefied Natural Gas and regasificationLNG •Reduce volume via cooling the gas to a liquid •Boiling Point: -163oC •Volume reduction > 600 fold •Auto-refrigeration sustains

LNG

• Reduce volume via cooling the gas to a liquid

• Boiling Point: -163oC

• Volume reduction > 600 fold

• Auto-refrigeration sustains liquid form

• Either use as LNG, or reheat to return to gas state

DOE (2005)

Page 8: Liquefied Natural Gas and regasificationLNG •Reduce volume via cooling the gas to a liquid •Boiling Point: -163oC •Volume reduction > 600 fold •Auto-refrigeration sustains

LNG Value Chain

Page 9: Liquefied Natural Gas and regasificationLNG •Reduce volume via cooling the gas to a liquid •Boiling Point: -163oC •Volume reduction > 600 fold •Auto-refrigeration sustains

LNG Value Chain –Gas Production

• Expands viability of various gas production sites

• 15-20% of capital cost

Page 10: Liquefied Natural Gas and regasificationLNG •Reduce volume via cooling the gas to a liquid •Boiling Point: -163oC •Volume reduction > 600 fold •Auto-refrigeration sustains

LNG Value Chain – Liquefaction

• Essentially just a giant refrigerator

• (Plus some pretreatment for impurities)

• 30-45% of capital cost

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Liquefaction Process

Tusiani, MD and Shearer, G (2007)

Page 12: Liquefied Natural Gas and regasificationLNG •Reduce volume via cooling the gas to a liquid •Boiling Point: -163oC •Volume reduction > 600 fold •Auto-refrigeration sustains

Simple Refrigeration Schematic

Page 13: Liquefied Natural Gas and regasificationLNG •Reduce volume via cooling the gas to a liquid •Boiling Point: -163oC •Volume reduction > 600 fold •Auto-refrigeration sustains

Storage Tanks

DOE (2005)

Page 14: Liquefied Natural Gas and regasificationLNG •Reduce volume via cooling the gas to a liquid •Boiling Point: -163oC •Volume reduction > 600 fold •Auto-refrigeration sustains

LNG Value Chain – Shipping

• 10-30% of capital cost• Substantial component of

operational costs• Tanker must be cooled before

loading

Page 15: Liquefied Natural Gas and regasificationLNG •Reduce volume via cooling the gas to a liquid •Boiling Point: -163oC •Volume reduction > 600 fold •Auto-refrigeration sustains

LNG Shipping

DOE (2005)

Page 16: Liquefied Natural Gas and regasificationLNG •Reduce volume via cooling the gas to a liquid •Boiling Point: -163oC •Volume reduction > 600 fold •Auto-refrigeration sustains

LNG Value Chain –Regasification

• 15-25% of capital cost• Unloading arms, storage tanks,

and vaporization equipment

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LNG Value Chain – End Use

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Project Timeline

Tusiani, MD and Shearer, G (2007)

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Current State of LNG

IGU (2014)

Page 20: Liquefied Natural Gas and regasificationLNG •Reduce volume via cooling the gas to a liquid •Boiling Point: -163oC •Volume reduction > 600 fold •Auto-refrigeration sustains

Current State of LNG

Exports

Imports IGU (2014)

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Current State of LNG

IGU (2014)

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LNG Flows

IEA (2013)

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LNG –A Tight Market

Import Capacity

Liquefaction Capacity

IGU (2014)

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Future Trends in Europe

IEA (2013)

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Natural Gas Interregional Trade

IEA (2013)

Page 26: Liquefied Natural Gas and regasificationLNG •Reduce volume via cooling the gas to a liquid •Boiling Point: -163oC •Volume reduction > 600 fold •Auto-refrigeration sustains

LNG Exports

IEA (2013)

Page 27: Liquefied Natural Gas and regasificationLNG •Reduce volume via cooling the gas to a liquid •Boiling Point: -163oC •Volume reduction > 600 fold •Auto-refrigeration sustains

LNG Imports

IEA (2013)

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LNG plants under construction

IGU (2014)

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Natural Gas for Transportation

IEA (2013)