global lng market outlook and technology trends · dnv gl © 2016 ungraded 26 august 2016 some...
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DNV GL © 2016
Ungraded
26 August 2016 SAFER, SMARTER, GREENER DNV GL © 2016
Ungraded
26 August 2016 Johan P. Tutturen
MARITIME
Global LNG Market Outlook and Technology Trends
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LNG Opportunities for India – Norwegian Offerings
DNV GL © 2016
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26 August 2016
Content
Market
Fleet
Design
Executive summary
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3
Market
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Market Development and Trends
Supply: – US/Canada – New players
– Australia - increasing
– East Africa? (Underdeveloped, but large potential)
– Asia Pacific
– Russia
– Many projects on hold or will stop due to market conditions
4
Demand: – Asia down 2015
– Egypt, Jordan, Pakistan emerging areas
– Expected future growth, but slow
Surprises could come from:
– Shale gas in China
– Coal bed methane in Australia
– Large gas reserves in the Arctic
– Iran as LNG supplier
Many different opinions as to where and when
Source: IGU World LNG Report 2016
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Some Numbers… (1)
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1. Refers to anything not traded on long-term contracts. Up to mid-term contracts of 5 years. *IGU World LNG Report 2016
Trade
Global LNG trade of 244.8 MT in 2015, up 4.7 MT in 2014, highest ever.
Qatar remains largest exporter, and Middle East still largest region. Australia and rest of Asia-Pacific closing the gap.
Japan remained the world’s dominant importer (37% of global import)
72 MT of the LNG trade was traded on the short- and mid-term1 market in 2015 (29% of market)
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Some Numbers… (2)
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Regasification
Global nominal regasification capability reached 757 MTPA in 2015
Global floating regasification capacity reached 77 MTPA in 2015 up 20.4 MTPA from 2014
1. Refers to anything not traded on long-term contracts. Up to mid-term contracts of 5 years. *IGU World LNG Report 2016
Liquefaction
Global nominal liquefaction capacity grew to 302 MTPA in 2015
– 142 MTPA of liquefaction capacity under construction Jan 2016
890 MTPA are the proposed liquefaction capacity in the new LNG frontiers, Jan 2016
– Demand expectations lower, likely to see cancellations
DNV GL © 2016
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26 August 2016
Contracts
The short- and mid-term trade constitutes 29% of total gross trade in 2015
Development caused by: – Flexible contracts
– More complexity in the market
– Sudden change in demand (e.g. Japan)
– Different prices in different basins
– Increase of fleet without long-term charter
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Source: IGU World LNG Report 2016
Source: International Energy Agency presentation, June 2015
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Voyage Charter Party Designed for LNG Spot Market
BIMCO and the International Group of LNG Importers (GIIGNL) launched LNGVOY recently (2016)
The first voyage charter party designed for the LNG spot market
LNGVOY addresses four issues inherent in LNG shipping for voyage charters:
– Boil-off cap, compensation structure
– LN Heel terms
– Condition of cargo tanks on arrival
– Arrival at discharge port
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LNG Trades in 2015
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Source: LNG trade based on AIS, DNV GL 2016
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LNG Carriers – major trades
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?
?
? ?
?
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Liquefaction capacity – major projects under construction
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62 MTPA
53.3 MTPA
16.5 MTPA
6.3 MTPA
WORLD LIQUEFACTION CAPACITY 301.5 MTPA by Jan 2016
LIQUEFACTION CAPACITY UNDER CONSTRUCTION – 141.5 MTPA
2.4 MTPA
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Liquefaction Plants – April 2016
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On-stream
Under construction
Planned + Proposed/Understudy
Number in superscript indicate suspended or stalled projects
Source: “World’s LNG Liquefaction Plants and Regasification Terminals” – www.globallnginfo.com
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Estimated regasification capacity – major growth markets
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65 MTPA
WORLD REGASIFICATION CAPACITY 757 MTPA by Jan 2016
EST. ADDITIONAL REGASIFICATION CAPACITY BY 2021 – 240 MTPA
80 MTPA
Average estimated expansion - 5 MTPA
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10
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Regasification Terminals – April 2016
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On-stream
Under construction
Planned + Proposed/Understudy
Number in superscript indicate suspended or stalled projects
Source: “World’s LNG Liquefaction Plants and Regasification Terminals” – www.globallnginfo.com
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Expected Development of Trades (1)
Present
Middle East-Pacific trade down and Inter Pacific trades up in 2015
– Start up of Australian and PNG projects displaced Qatari supply
US started exporting from US Gulf, but still not major changes
– Main US capacity increase ready in 2017
– To start it will most likely serve Europe as Pacific region will have supply increase
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Future
Australia supply growing
USA and Canada supply growing
ME remains a big supplier
East Africa eventually
Expensive projects unlikely before mid-2020s
Any game changers?
DNV GL © 2016
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26 August 2016
Expected Development of Trades (2)
2016-2018 increase in supply in Pacific region
– Will supply most of demand increase in the region
From mid-2017 a ramp-up of US capacity available
– Probably serving Europe mostly due to expensive transport in Pacific trade
Short term market increasing with relatively short distances
China may absorb less than expected of the increase
Brazil slow down may mute demands
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DNV GL © 2016
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Fleet
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Fleet Status
LNG fleet at as of April 2016
– 65.3 M m3
– 447 ships
Some older ships in the fleet, bringing the average age to approx. 10 years
13 ships demolished from 2012
108 ships 5 years or younger (2011-present)
55% of the fleet younger than 10 years
Steady increase of max size last years flattening out (Except Qflex & Qmax)
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Source: Clarkson World Fleet Register (April 2016)
120000
140000
160000
180000
200000
220000
240000
260000
280000
2000 2005 2010 2015 2020
Max
. Cap
acit
y b
uilt
[cu
m]
Year Built
Max capacity excl.Qmax/Qflex
Qflex
Qmax
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Shipbuilding Outlook
Drivers
– Shale gas revolution in the US
– Developments in Australia
Current forecast
– High levels until 2019
– Steady decline from 2017
– Current order book: 146 ships, 23.1 M m3
– 104 ships in 170-180k m3
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Source: Clarkson World Fleet Register (April 2016)
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Vessel Design
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Timeline towards 2030
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2016
NOx tier III for new builds in North
America
2015 2018 2030
EEDI phase 4?
2025 2020
Additional ECAs established
Operational requirements to CO2 emissions
HK Recycling convention ratified?
Adopted
In the pipeline, or possible…
Global CO2 monitoring, reporting
and verification
0.1% ECA sulphur limit
EU CO2 monitoring, reporting and verification
Ballast Water Convention - entry
into force
BC, noise, bio-fouling and VOC
regulation
EEDI phase 1 EEDI phase 2
EEDI phase 3
0.5% global sulphur cap
EU Recycling Regulation
EU 0.5% sulphur cap
US BW requirements
0.5% global sulphur cap
Carbon pricing?
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Environmental/Regulatory Aspects
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Turkish Straits in 2017?
Hong Kong / Guangdong?
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Limits for LNG Carriers
Physical limitations
– Post Panamax;
– Capacity 155-177k cu m*
– L, B, D Max: 366 m, 49 m, 15.2
– Air draft: 57,91 m
– Increasingly important due to US exports
– Suez: Maximum Air Draft : 68 m
– Japanmax: The landside infrastructure and commercial aspects are the limiting factors.
Except for the Panama-canal there is no real physical limitations for LNGCs.
– Terminals with limitations have enough smaller vessels to serve it
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Vessel Trends - LOA
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Values includes: 120 000 <Capacity [m3]<190 000 Clarkson April 2016
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Vessel Trends - Draft
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Values includes: 120 000 <Capacity [m3]<190 000 Clarkson April 2016
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Vessel Trends - Beam
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Values includes: 120 000 <Capacity [m3]<190 000 Clarkson April 2016
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Vessel Trends – Type of Main Engine
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0
5
10
15
20
25
30
35
40
45
50
1976
1977
1978
1979
1980
1981
1983
1984
1989
1990
1991
1992
1993
1994
1995
1996
1997
1998
1999
2000
2001
2002
2003
2004
2005
2006
2007
2008
2009
2010
2011
2012
2013
2014
2015
2016
2017
2018
2019
2020
2022
No.
Sh
ips
Year Built
Steam Turbine Motor Ship 2-Stroke
Diesel Electric Combined
Values includes: 120 000 <Capacity [m3]<190 000
0
20
40
60
80
100
120
140
160
No
. S
hip
s
Capacity [cu m]
Steam Turbine Motor Ship 2-Stroke
Diesel Electric Combined
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Design Speed
Majority of ships are designed for 19-20 knots
Possible Influences:
– Boil-off rates
– Efficiency
– Contracts
– Tradition
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0,00%
10,00%
20,00%
30,00%
40,00%
50,00%
60,00%
70,00%
80,00%
15 - 15.9knots
18 - 18.9knots
19 - 19.9knots
20 - 20.9knots
21 - 21.9knots
% N
o.
of
vess
els
Design speed
180000 - 189999 cu m
170000 - 179999 cu m
160000 - 169999 cu m
150000 - 159999 cu m
About 50% did not have reported design speed
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The story behind design speed 19,5 kn and sea margin
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HILLI built in Stavanger (1974-1976) set in many areas the standard for future generations of LNG carriers.
HILLI and her two sister ships were designed for transportation of LNG from Abu Dhabi to Tokyo on a 20 years contract.
The main background for the chosen design speed of 19,5 kn + sea margin was:
– high boil-off rate of 0,25% per day
– long sailing distance between Abu Dhabi and Tokyo
– the ships and the land tanks provided the storage capacity in the transportation chain.
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26 August 2016
Operating Speed – World Fleet
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Including GT > 100 000 tonnes Time spent between 8 and 22 knots = 100%
38% of sailing time at 16-19 knots
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DNVGL COSSMOS computer platform
In-house capability to analyse quantitatively and optimise machinery at the integrated system level:
Energy efficiency, Environmental performance, Safety, Costs
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Component models library
Graphical environment to synthesise ship machinery systems
Model-based studies
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Roundtrip comparison of alternative configurations and energy saving technologies
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Techno-economic Comparison [All 2SDF cases include Main Engine Economisers (MEECO)]
1. Baseline DFDE
2. 2SDF, MEECO
3. 2SDF, Aux. Engine Economisers (AEECO)
4. 2SDF, PTO (Power Take Off)
5. 2SDF, PTO + AEECO
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LNGreen comparison
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BASECASE LNGREEN
Cargo tank capacity (m^3) 174400 182500
Length overall (m) 299.5 299.5
Length between perpendiculars (m) 286.3 293.5
Breadth (Moulded) (m) 46.0 46.0
Depth to main deck (m) 26.5 26.5
Depth to trunk deck (m) 35.1 35.1
Design draft (m) 11.97 11.97
DNV GL © 2016
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26 August 2016
Executive Summary
Trade
Global LNG trade of 245 MT in 2015, up 4.7 MT in 2014, highest ever
The spot and short-term trade constitutes 29% of total gross trade in 2015
Expected continued transition to more flexible market
Fleet
LNG fleet at as of April 2016, 447 ships of 65.3 M m3
Current order book: 146 ships, 23.1 M m3 – 104 ships in 170-180k m3
Design
Post Panamax LNGC to be expected?
Capacity 175 000+ m3, LOA≈300 m, B=49 m ?, D ≈13 m
Spot challenge – “rock’n roll” heating/cooling with many cycles
Flexible on speed, typically 15-18 knots
Containment important
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Any Questions?
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