Trends in LNG Markets. Global Liquefaction Capacity Forecast.
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Transcript of World LNG Market Forecast 2016-2020 Leaflet + Contents
World LNG Market Forecast 2016-2020energy business insight
e: [email protected] t: +44 (0)203 4799 505
www.douglas-westwood.com
Aberdeen | Faversham | Houston | London | Singapore
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LNG is formed when natural gas is cooled
to around -161°C (-258° F) at atmospheric
pressure. This process reduces gas to
1/600th of its original volume, making it
commercially viable for sea transportation
to distant markets. Strong gas demand
coupled with large exploitable stranded gas
reserves have led to significant interest and
investment in gas liquefaction.LNG consists primarily of methane, with
some nitrogen, ethane, propane and butane.
LNG is a clean hydrocarbon fuel as its com-
bustion is environmentally friendlier than
other fossil fuels. As a liquid, LNG is lighter
than water, with a density of between 430
to 520 kg/m3.
Gas Production and Transportation to
Liquefaction Terminal – depending on the
pressure in the reservoir, gas may either
be in solution, or separate from the oil in a
geological formation known as a ‘gas cap’.
Associated gas occurs in conjunction with
crude oil. Feed-gas for LNG terminals is
sourced via pipelines from either onshore
or offshore production facilities.Liquefaction – natural gas will undergo
pre-treatment processes, removing any con-
taminants that can freeze and damage the
liquefaction equipment. A cycle using one
or more refrigerants circulating through a
heat exchanger, compressor and expansion
valve cools the gas into liquid form.
Storage and Loading – following liquefac-
tion, LNG is then moved into storage tanks,
ready to be loaded onto LNG carriers.Shipping – LNG cannot be shipped in
standard containment systems as the tem-
perature will shatter steel; therefore steel
alloys are employed containing 9% nickel,
complemented with numerous insulating
materials.
Unloading – carriers will be secured to the
dock or jetty of an LNG terminal where
they will connect to several unloading arms,
as well as a gas return arm. LNG is then
transported through insulated pipes to the
terminal’s storage tanks. Regasification – LNG will go through a
phase transition with the use of vaporisers.
LNG passes through a set of tubes and is
heated by either gas burners, seawater, or a
combination of these processes.
One of the main uses of LNG is for power
generation. Since gas produces at least a
third less carbon dioxide (the main green-
house gas) than coal or oil for every unit of
energy generated, there is a growing use of
gas for power generation and the substitu-
tion of gas for other fuels enables emission
targets to be met more easily.LNG is used as a way of sourcing gas for
heating purposes in both residential and
commercial properties.
Natural gas is also used to make ethane for
the petrochemicals industry and ammonia
(an agricultural fertiliser), amongst other
products.
LNG as a fuel for transportation is a major
growth area. Its presence is growing in
importance as an alternative for ferries and
support vessels; there is also much research
identifying the applications for larger vessels
such as container ships.
Figure 28: Process Diagram of the LNG chain
Production
LiquefactionTransportation
RegasificationConsumption
OnshoreReservesOnshoreProductionPlatform
OnshoreTerminal
OnshoreTerminal
OffshoreProductionPlatform
OffshoreReserves
LNG FPSO
Floating Storage & Regasification UnitRegasification Vessel
LNG Carrier
DistributionPipelines PowerGeneration
Industry
Commercial
Residential
Transportation
Gas
LNG
ONSHOREOFFSHORE
The LNG Chain
Chapter 3 : The LNG Industry
• Prospects• Technologies• Markets
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LNG PricingChapter 3 : The LNG Industry
Global LNG gas prices have been influ-
enced by fluctuations in weather and
demand, competition with substitute
fuels and unexpected events, such as
the ongoing gas disruption from Rus-
sia and the 2011 Fukushima reactor
meltdown.
The lack of a universal gas price has
led to two dominant pricing strategies.
However, regulated and subsidised
price mechanisms are employed in
regions such as the Middle East and
North Africa.
Increased shale production in the
US has led to the lowest average
global gas prices. Japan is trying to
move away from oil-linked contracts
towards Henry-Hub linked prices. In
addition, it plans to introduce LNG
Futures market in 2015.Asian demand
is falling, driving a decrease in price.
USA
$2.68 per mmBtu
*This is an average of Cove Point, Cana-
port and Lake Charles LNG prices.
LNG prices will remain the lowest
and are prone to fluctuation in the
coming years.
The USA is set to become a net ex-
porter of natural gas by 2017, driven
by LNG exports.
Argentinag
$7.62 per mmBtu
Argentina was forced to import
LNG at higher global prices with
increasing demand.
Imports of LNG hit a record high in
July 2015, ahead of peak winter de-
mand season due to rising demand
for energy in Argentina.
Spainp
$6.55 per mmBtu
Spain has Europe’s largest LNG
import capacity.
In recent times, the country has
increased its re-export cargoes due
to falling domestic demand and the
shift towards use of hydroelectric
power.
India
$7.20 per mmBtu
LNG competes with lower prices
of alternative energy sources as well
as India’s energy policy of focusing
on developing nuclear, solar and
wind energy.
Coal and crude oil form the majority
of primary energy consumption.
JapanJ p
$7.25 per mmBtu
Japan prices LNG against the JCC
pricing on an oil parity basis.
Falling LNG prices are a conse-
quence of Japan’s efforts in reducing
high energy import costs by using
coal in place of expensive oil and
LNG.
World LNG Pricingg
Different Universal Gas Price-Pricing Mechanisms
Formula-based pricing – this method involves a negotiation of a formula between the buyer and the seller, to link
the price of natural gas to competing fuels such as crude oil or oil products. This is employed in markets/countries
where there is little or no gas trading to enable a transparent gas price to develop, e.g. in Asia and Southern Europe.
Market-based pricing – is a method used in markets/countries where sufficient volumes of gas are traded and a clear
and transparent market price for gas is established, e.g. Henry Hub in North America and NBP in UK.
UK
$6.41 per mmBtu
In 2015, LNG terminals are feeding
62 million cubic metres of gas a day
into the UK energy network, double
the 12-month average.
UK’s increasing demand for LNG
could result in it being exposed to
Asian LNG prices and longer-term
contracts.
China
$7.10 per mmBtu
The China-Russia gas deal has
helped give China some supply
security.
Slower economic growth and poor
domestic pricing dynamics have un-
dermined the profitability of Chinese
LNG imports in 2015.
South Korea
$7.25 per mmBtu
South Korea price LNG on an oil
parity basis.
Weak economic growth, reduced
manufacturing output and healthy
LNG stock levels have lead to a
decrease in LNG demand. Further-
more, an increase in nuclear capacity
has contributed to the drop in gas
consumption for power generation
in South Korea.
Figure 32: World LNG Estimated Prices
Source: FERC, Waterborne Energy (September 2015)
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LNG Vessel Owners & Analysis
Chapter 6 : LNG Transportation
LNG carrier capacities The majority of LNG carriers are small
conventional carriers (53% of operational
fleet) with capacity in the range of 90,000-
149,999m3. Large conventional carriers in
the range of 150,000-179,999m3 represent
the next largest group. The case for smaller
LNG carriers is in addressing smaller gas
importers without access to a pipeline grid,
helping with the redistribution of LNG and
it could be related to meeting design re-
quirements for partial filling. In many cases,
it also makes economic sense.
In recent years, however, vessel sizes seem
to have trended towards the large conven-
tional carriers (150,000-179,999m3), which
make up 93% of the current orderbook.
In contrast, small conventionals represent
only 7% (Figure 56). The trend towards
larger LNG carriers can be explained by
the increasing demand for larger quanti-
ties of LNG. In addition, the widening of
the Panama canal, which is expected to be
operational by 2016 will provide further
incentive for ship-owners to utilise larger
carriers. Many of these vessels on order are
owned by Bonny Gas Transport, China LNG
Ship Management and Mitsui OSK Lines.
There are approximately 95 ship-owners in
the market currently. Of these ship-owners,
79% own fewer than five vessels, while only
8% have over ten vessels. The largest fleet of LNG carriers are cur-
rently owned by QGTC, M.I.S.C, Golar
LNG, Teekay LNG, Bonny Gas Transport,
BW Gas, BG International (pending the
acquisition by Shell), J4 Consortium, Maran
Gas Maritime and K Line. Of these major
ship-owners, QGTC has one of the highest
fleet capacities and one of the youngest
fleets.
The current orderbook has 169 units. Of
these orders, Maran Gas Maritime, Mitsui
OSK Line (MOL), Teekay LNG, Bonny Gas
Transport, BP Shipping and China Energy
Ship Management have the highest number;
about 40% of total orders. These orders
could change the buyers into major ship-
owners. Maran Gas currently has nine op-
erational vessels – with its 20 new orders, it
would have 29 vessels by the end of 2020.
Until these are delivered, only QGTC and
MISC have a fleet size above 20.Qatar Gas Transport Company (QGTC),
known as ‘Nakilat’ operates the largest LNG
carrier fleet in the world. QGTC’s fleet
experienced significant growth between
2008-2010, with 21 vessels delivered. These
carriers were ordered for shipping Qatari
LNG.
Malaysia International Shipping Corpora-
tion Berhad (M.I.S.C) is a subsidiary of
Malaysia’s Petronas, and currently has 24
operational LNG carriers. The company
is involved in owning and operating tank
terminals, maritime education and in the
offshore construction, conversion and
marine repair services sectors.
Figure 56: LNG Carrier Fleet by Class
Figure 57: Vessel Owners & Fleet Specifications
Large Conventional30%
Q-Flex8%
Q-Max3%
Small6%
Small Conventional53%
Large Conventional93%
Small7%
Class
Capacity (m3)
Small
10,000 - 89,999
Small Conventional
90,000 - 149,999
Large Conventional
150,000 - 179,999
Q-Flex
180,000 - 219,999
Q-Max
220,000 - 259,999
2524
20
16
14 14
12 12
9 9 98 8 8 8
7 7 76
5 5
3
14
6
3
20
5
26
6
2 2
16
0
10
20
30
QG
TC
M.I.S.
C.
Gol
ar L
NG
Tee
kay
LNG
Bonn
y G
as T
rans
port
BW G
asBG
Inte
rnat
iona
lJ4
Con
sort
ium
Mar
an G
as M
ariti
me
Gas
Log
K Li
neJ5
Con
sort
ium
Mal
t LN
G T
rans
port
MO
L/LN
G Ja
pan
Nat
iona
l Gas
Shi
ppin
gBP
Shi
ppin
gA
ustr
alia
LN
GJ3
Con
sort
ium
Chi
na L
NG
Shi
pM
gmt.
Dyn
agas
Sten
a Bu
lkM
itsui
OSK
Lin
e
OperationalOn Order
Operational Fleet
Orderbook
Ship-owners with;79%13%
8%
<5 vessels5-10 vessels>10 vessels
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Shipbuilding ReviewChapter 6 : LNG Transportation
The LNG carrier market is highly
cyclical and is affected by macro-
economic events.
The LNG shipbuilding business is
top-heavy – the top six shipbuilders
have built or are building 89% of all
LNG carriers. The remaining market is
highly fragmented.
LNG export capacity is anticipated
to increase in the forecast years and
Asian shipyards may not have suf-
ficient capacity to handle this surge in
demand.
Oil price downturn is expected to
keep the average cost of small and
large conventional vessels around
$200m.Figure 65: LNG Carrier Orders by Shipyard and Country of Build 2001-2015
0
20
40
60
80
100
20012003
20052007
20092011
20132015
Ord
ers
by S
hipy
ard
DSME
Hudong
Hyundai HI
Kawasaki
Mitsubishi
Samsung H.I
Other
Figure 66: Average Vessel Cost for 135,000 – 165,000m3 Capacity Carriers
140
150
160
170
180
190
200
210
220
230
20012003
20052007
20092011
20132015
$ m
illio
n
Average Price of Carriers
Entrance of Korean shipyards
Increased demand for carriers
& Higher material costs
Effects of
recession
Oil price
downturn
The LNG carrier market is highly cycli-
cal and is affected by macro-economic
events. The effects of the global economic
downturn in 2008-2009 were evident in
the LNG carrier shipbuilding industry with a
visible decline in orders for the period. The
oversupply of LNG carriers due to orders
in 2004-2005 further exacerbated the situ-
ation. The result was a suppressed market
in 2008, 2009 and 2010. It appears that
the shipbuilding industry has since gained
momentum due to newly found gas supply
and increasing gas demand. The improved
market sentiment has placed upward pres-
sure on demand, accumulating a total of
202 orders within 2011-2014. However,
the decline in spot rates due to oversupply
and the reduction in demand from Japan
could lead to another slowdown, as shown
by the steep drop in YTD orders in 2015.
The LNG shipbuilding business is top-
heavy – the top six shipbuilders have built
or are building 89% of all LNG carriers, and
are Chinese, Korean and Japanese yards.
Recently there has been further interest in
entering the LNG carrier market from new
Chinese players, such as Dalian Shipbuilding
and Jiangsu Rongsheng Heavy Industries.
The remaining market share of the LNG
shipbuilding sector is highly fragmented with
shipbuilders that have won fewer than ten
shipbuilding contracts.
The attractive pricing of work by its
shipyards has led to a preference for Asian
shipbuilders; all but a handful of the orders
for LNG carriers since 2006 have been
awarded to Asia. Between 2001-2015, 74%
of contracts were awarded to South Korean
shipyards, 17% to Japanese shipyards, 7% to
Chinese and the rest to European yards.
LNG export capacity is anticipated to
increase in the forecast years and Asian
shipyards may not have sufficient capacity
to handle this surge in demand. There is
a possibility of yards outside of Asia, such
as European yards, taking on some of this
excess demand, as well as the possibility
of new entrants to the market, particularly
Chinese shipyards. Local content require-
ments in certain areas can also influence
where some of these vessels are built. In
2011, Sovcomflot Group awarded contracts
for four LNG carriers to Asian shipyards
that included local content requirements,
with the intention of technology transfer
and training of the local workforce.
There has been a significant drop in spot
rates in 2015, to half the level seen in 2014
due to the expansion of supply and decline
in demand from Asia; this will filter through
to construction orders.
“Currently, only some shipyards can
build LNG carriers. The shipyards
in China are aggressively entering
this market. The government is very
supportive financially to these plans.
We can expect supply capacity to
increase and the cost of these LNG
carriers to fall accordingly.”
Major LNG Shipyard
South
Korea
74%
Japan
17%
China7%
Spain1%
France
1%
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World LNG Market Forecast 2016-2020
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Over the hindcast of 2011-2015, Asia had the
highest expenditure on import facilities, their
total spend of $ bn being % of the total.
This was driven by South Korea and Japan in
particular, with gas imports increasing in the
wake of the nuclear shutdown. Over the period,
Asia installed mmtpa of import capacity. Asia will continue to be the biggest investor
in import facilities, forecast to install
mmtpa ( % of the share) for an investment
of $ bn – % of global import Capex over
2016-2020.
Western Europe had the next highest amount
of import capacity coming onstream, at
mmtpa, for a spend of $ bn over the
hindcast. The majority of this new capacity
was in new facilities, such as the Vopak facility
in the Netherlands.
Wariness towards Russia means Western
Europe will continue to build import facilities,
with a further mmtpa coming onstream
for $ bn Capex over 2016-2020, mainly
concentrated in France, Belgium and Spain,
with a few key projects in the Baltic, which is
currently particularly threatened by Russia.North America was historically the third
highest in terms of Capex, spending $ bn, and
capacity, with mmtpa. All of this came
onstream in 2011 alone, with no other pro-
jects taking place. This is due to the advent of
cheap unconventional gas; North America has
no need to import, meaning most projects
were cancelled, or converted to export. For
the same reasons, North America will not
be constructing any new projects over the
forecast period.
Latin America will add another mmtpa
of import capacity over the forecast period,
compared to the mmtpa it added in the
hindcast. Investment, which in the hindcast
was $ bn, is expected to increase over the
forecast to $ bn.The Middle East did not add any new capac-
ity over the hindcast, but is expected to
spend $ bn over the 2016-2020 period,
adding mmtpa.
Eastern Europe & FSU will construct mmtpa
of import capacity compared to mmpta over
the hindcast. The corresponding investment is
$ bn compared to the hindcast $ bn.Australasia, with its own unconventional
boom, did not build any capacity in the hind-
cast and will not in the forecast either.Africa did not add any import capacity in the
hindcast, however, it is projected to spend
$ bn on projects that will come onstream
after the forecast period (2021+).
LNG Import Terminals
Chapter 8 : Market Forecast
A total of $ bn was spent between
2011-2015 on LNG import terminals.
The forecast years of 2016-2020 are
expected to incur a total Capex of
$ bn.
Asia was the largest contributor ( %)
of Capex for import terminals over
the hindcast with total expenditure of
$ bn. Over the forecast period, the
region is expected to continue to be
the largest contributor, accounting for
% of forecast Capex at an expected
amount of $ bn. Western Europe is the second largest
investor in import facilities, building
mmtpa in the hindcast and mmtpa
in the forecast, with $ bn and
$ bn Capex respectively.North America, Australasia and Africa
are not projected to build any import
facilities in the forecast period.
Figure 76: Capex on LNG Import Terminals by Region 2011-2020
2011 2012 2013 2014 2015 2016 2017 2018 2019 2020
Expe
nditu
re (
$bn)
AfricaAsia
AustralasiaEastern Europe & FSULatin AmericaMiddle EastNorth AmericaWestern Europe Table 12: Capex on LNG Import Terminals by Region 2015-2020
Table 13: LNG Import Capacity Coming Onstream 2015-2020
$ million
20152016
20172018
20192020
Africa
672
AsiaAustralasia
0
EE & FSULatin AmericaMiddle EastNorth America
0
Western Europe
Total
mmtpa
20152016
20172018
20192020
Africa
0
AsiaAustralasia
0
EE & FSULatin America
0
Middle EastNorth America
0
Western Europe
Total
© 2015 Douglas-Westwood 74World LNG Market Forecast 2016-2020By purchasing this document, your organisation agrees that it will not copy or allow to be copied in part or whole or otherwise circulated in any form any of the contents without the written permission of Douglas-Westwood
Eastern Europe and the Former Soviet Un-
ion will represent % of global Capex over
the forecast period. Spending will mainly be
focused on liquefaction in Russia, however,
towards the end of the period import
facilities will be built in the Baltic, as nations
seek to diversify energy supply away from
Russian pipeline gas and towards domestic
LNG regasification facilities.
The vast majority, $ bn, of total Capex
in the region will be spent on liquefaction
facilities. As there were few liquefaction
projects in the hindcast, this is a huge
increase. A particularly noteworthy example
is the first three Yamal LNG trains, the first
of which is expected onstream in 2018.
These three trains alone will contribute
mmtpa to export capacity. Other key pro-
jects include the third train of the Sakhalin
2, and the Pechora LNG projects, however,
these are both being affected by Western
sanctions in the wake of the Ukrainian issue.
Expenditure on import facilities will be com-
paratively small at $ bn over the forecast
period (up from $ bn) – all of which will
be focused in the Baltic regions, which are
trying to gain energy independence from a
more active Russia which is using gas sup-
plies as a bargaining chip. Key projects here
include the Polski LNG, the Estonian Paldiski
project and proposals in many other Baltic
countries. In total, the forecast period should
see mmtpa of import capacity added.
In many Eastern European/FSU countries,
such as Lithuania and Estonia, Gazprom has
a monopoly on the energy supply. Russian
foreign policy is increasingly viewed with
unease, especially the use of gas supply as a
bargaining chip in negotiations with Ukraine.
Consequently, a large driver of the import
market is the drive for energy security
through diversification of supply, reducing
dependence on Russian gas. An EU report
in August 2015 explicitly stated LNG as the
way in which this would be achieved.
The majority of Russia’s gas is currently
transported by pipelines. As Russia looks
to export further, and finds its traditional
markets turning away, it is likely that there
will be increasing expenditure on LNG-
related facilities. The diversification of supply
sources will drive Russia to seek other trad-
ing options outside of European countries
evidenced by its planned pipeline to China.
The region has vast reserves, including
those in Russia and Poland. However, many
of these developments require complex
and expensive construction which is prone
to delays, such as that witnessed in the
Shtokman project. Russia, the region’s key
LNG exporter, has also faced numerous
sanctions as a result of its ongoing politi-
cal tension with Ukraine. Until significant
progress is made, DW does not expect the
region to be a prominent player in the LNG
market over 2016-2020.
Eastern Europe & FSU
Chapter 8 : Market Forecast
% of global expenditure
$ bn forecast expenditure
mmtpa liquefaction capacity
mmtpa import capacity
The region had little liquefaction
capacity installed over 2011-2015, but
it is expected to spend bn in this
area over the forecast period.
Expenditure on import facilities is
expected to grow $ bn, from the
hindcast of $ bn to a total of $ bn
over the forecast period.
It can be expected that Eastern Euro-
pean countries will seek to diversify
their energy sources away from Russia
by developing import facilities in the
coming years.
Russia will continue to invest in
liquefaction to expand its export
capabilities.
Figure 82: Capex on LNG Facilities in Eastern Europe & FSU by type 2011-2020
2011 2012 2013 2014 2015 2016 2017 2018 2019 2020
Expe
nditu
re (
$bn)
Import
Liquefaction
Table 20: Capex on LNG Facilities in Eastern Europe & FSU by type 2015-2020
$ million 2015 2016 2017 2018 2019 2020
Import
Liquefaction
LNG Carriers 0
Total
BG Group
A Shift in Focus for the Global LNG Business
Capital expenditure (Capex) on Liquefied Natural Gas (LNG) facilities has risen substantially in recent years, due mainly to the growth in the global economy which has been driving demand for natural gas. This trend is expected to continue with total spending on global LNG facilities expected to reach $241bn be-tween 2016 and 2020. This represents a 34% increase compared to the preceding five-year period.
Global LNG Capex has been dominated by Aus-tralasia and Asia in recent years, however, over the forecast period all regions are expected to experi-ence positive growth, except for Australasia where the LNG construction boom looks to be coming to an end, as the country prepares to enter a new production phase. The US now has vast potential as an LNG exporter. However, the approval process for onshore projects remains slow and will limit the growth rate of LNG expenditure in the region over 2016-2020. In the US there are 20 LNG export terminals proposed for the future. Of this 20 pro-posed, 11 export terminals were originally planned for start-up between 2016 and 2020. However, DW has taken a conservative view and anticipates only six will be built over this period. DW expects North America to become a significant market player by the end of the forecast period.
The global LNG Capex outlook to 2020 is character-ised by this regional change in focus, in addition to a weaker projected year for expenditure in 2016. This
is a result of a pause in commitments to new LNG projects as demand growth in Asia has weakened and gas prices have slumped.
By far the largest proportion of the total spend will be attributed to liquefaction projects, where the gas is cooled and condensed to a much smaller size. Worldwide spending in this segment is forecast to total $160bn over the next five years, an increase of 33% over the hindcast period total.
The World LNG Market Forecast 2016-2020 examines trends in the LNG market by region and facility type, supported by analysis, insight and industry consulta-tion. Areas of focus include:• Drivers & indicators – a review of the factors
influencing the LNG market, including growing global energy demand; environmental concerns and sustainable energy; oil & gas prices; majors’ production profiles; E&P costs, local content and geopolitics; drilling & production; diversification of supply and unconventionals.
• Overview of the LNG industry – the LNG chain, major players, contracting practices, spot cargoes and current pricing.
• Supply & demand – outlook, trade flows, future pricing, applications, regional gas & LNG markets and unconventional gas: threat or a feedstock for LNG?
• Supply chain & contractors – EPC contractor market share analysis, construction, liquefaction technology market and regasification.
World LNG Market Forecast 2016-2020energy business insight
e: [email protected] t: +44 (0)203 4799 505
www.douglas-westwood.com
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• Transportation – LNG carrier fleet and ves-sel owners, designs for containment systems & propulsion; plus a review of shipyards and shipbuilding.
• Offshore LNG – liquefaction and regasification terminals.
• Regional analysis – comprehensive examination, analysis and ten-year view of the market, with historic data covering the period 2011-2015 and forecast data for 2016-2020. Capital expenditure by facility type (carrier, import and liquefaction) and region. Liquefaction market in terms of Capex and/or capacity (new and cumulative) by region, new developments and expansion projects, com-ponents and work scopes. LNG carrier market in terms of expenditure and newbuild units by region. Import market in terms of Capex and/or capacity by region, new developments and expan-sion projects, components and work scopes.
Why purchase the World LNG Market Forecast?
DW’s market forecasting is trusted by sector players worldwide, with clients including the world’s top-10 oil & gas companies, top-10 oilfield services compa-nies and top-10 private equity firms.
The report is essential for design engineering houses, engineering, procurement and construction contrac-tors, technology providers, shipping companies, LNG
vessel owners, shipbuilders, oil & gas operators, gas utilities, financial institutions and government agencies & departments wanting to make more informed investment decisions.
Our proven approach includes: • Unique and proprietary data – updated year-
round from published sources and insight gained from industry consultation.
• Detailed methodology – the report uses research from DW’s proprietary ‘World LNG Projects Database’, an in-house information system exclusive to DW. Our global analyst team is involved in the gathering and analysis of the LNG market data through primary research and professional networks. A project-by-project review of development prospects drives a data-rich market model and forecast; with the timing of expenditure phased to reflect the commercial structures of likely projects.
• Market forecasts – comprehensive examination and analysis of LNG expenditure.
• Concise report layout – consistent with DW’s commitment to delivering value for our clients, all of our market forecasts have a concise layout consisting of industry background and supporting materials condensed to enable quick review with ‘speed-read’ summaries of key points throughout.
ISBN 978-1-910045-23-7
2016
World LNG Market Forecast
Prospects, Technologies, World Markets
2016-2020
© 2015 Douglas-Westwood 2World LNG Market Forecast 2016-2020By purchasing this document, your organisation agrees that it will not copy or allow to be copied in part or whole or otherwise circulated in any form any of the contents without the written permission of Douglas-Westwood
Contents
Table of Contents
1 Summary and Conclusions ......................................7Summary ......................................................................................................................................... 8
Conclusions .................................................................................................................................... 9
2 Macro Drivers & Economic Overview .............. 10Population & GDP Growth Drive Energy Demand ............................................................. 11
From Black to Green ................................................................................................................. 12
Sustainable Energy ...................................................................................................................... 13
Natural Gas .................................................................................................................................. 14
Oil & Gas Majors – Emerging Company Trends ................................................................... 15
Oil & Gas Challenges ................................................................................................................. 16
Oil Price Volatility ....................................................................................................................... 17
Drilling and Production Outlook ............................................................................................. 18
Offshore Oil & Gas..................................................................................................................... 19
Diversification of Supply ............................................................................................................ 20
Unconventional Oil & Gas ........................................................................................................ 21
3 The LNG Industry .................................................. 22The LNG Chain ........................................................................................................................... 23
LNG Contracting Practices ....................................................................................................... 25
Short-term Trade ........................................................................................................................ 26
4 LNG Supply and Demand ..................................... 28Gas Demand & Supply ............................................................................................................... 29
Regional Gas and LNG Markets ............................................................................................... 30
Gas Supply: Australian Projects in Progress .......................................................................... 31
Gas Supply: Huge Conventional Resources Remain Untapped ......................................... 32
LNG Supply Outlook ................................................................................................................. 33
Unconventional Gas: Threat to LNG ..................................................................................... 34
Unconventional Gas: A Feedstock for LNG .......................................................................... 35
LNG Demand Outlook .............................................................................................................. 36
Applications for LNG: Drivers ................................................................................................. 37
Applications for LNG: Transportation Fuel ........................................................................... 38
Future Outlook for LNG Prices .............................................................................................. 39
5 Supply Chain and Contractors ............................ 40The LNG Supply Chain .............................................................................................................. 41
EPC Contractor: Market Share Analysis ................................................................................ 42
LNG Construction ..................................................................................................................... 43
LNG Liquefaction ........................................................................................................................ 44
Liquefaction Technology Market .............................................................................................. 45
LNG Regasification ..................................................................................................................... 46
6 LNG Transportation .............................................. 47LNG Carriers .............................................................................................................................. 48
LNG Vessel Owners & Analysis ............................................................................................... 49
LNG Carrier Designs: Containment System ......................................................................... 50
LNG Carrier Designs: Containment & Propulsion .............................................................. 51
Shipyard Analysis ......................................................................................................................... 52
7 Offshore LNG ......................................................... 54Offshore Receiving & Liquefaction .......................................................................................... 55
Offshore Receiving & Liquefaction Terminals ........................................................................ 56
8 Market Forecast ...................................................... 57Methodology ................................................................................................................................ 58
The Global LNG Capex by Facility Type ................................................................................ 60
The Global LNG Market by Region ........................................................................................ 61
Liquefaction Terminals ............................................................................................................... 62
Liquefaction Terminals – New Developments v Expansion Projects ................................ 63
Liquefaction Terminals Cost Segmentation ............................................................................ 64
Total Liquefaction Capacity ...................................................................................................... 65
LNG Carriers .............................................................................................................................. 66
LNG Import Terminals ............................................................................................................... 67
Import Terminals – New Developments vs. Expansion Projects ...................................... 68
Import Terminals Cost Segmentation ..................................................................................... 69
Africa ............................................................................................................................................. 70
Asia ................................................................................................................................................ 71
Australasia .................................................................................................................................... 72
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Contents
Table of Contents
Eastern Europe & FSU .............................................................................................................. 73
Latin America ............................................................................................................................... 74
Middle East ................................................................................................................................... 75
North America ............................................................................................................................ 76
Western Europe .......................................................................................................................... 77
9 Appendix .................................................................. 78Prospects, Statuses & Conversion Tables .............................................................................. 79
Import Prospects ........................................................................................................................ 80
Liquefaction Prospects ............................................................................................................... 82
Carrier Prospects ....................................................................................................................... 83
Data and Text Conventions ...................................................................................................... 87
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Contents
Figures
Figures
Figure 1: Global Capex on LNG Facilities by Region 2011-2020 ..........................................................9Figure 2: Global Capex on LNG Facilities by Type 2011-2020 ...............................................................9Figure 3: Global Population Growth & Energy Demand 1965-2035 ................................................ 12Figure 4: OECD and Non-OECD Energy Intensity, 1980-2015 .......................................................... 12Figure 5: The Changing Energy Mix 1980-2015 ........................................................................................... 13Figure 6: Energy Demand Forecast by Fuel Type, 1990-2040 .............................................................. 13Figure 7: Renewable Energy Capacity, 2000-2014 ..................................................................................... 14Figure 8: Offshore Wind Capacity Additions Forecast, 2015-2024 .................................................. 14Figure 9: Primary Energy Consumption, 2014 .............................................................................................. 14Figure 10: Levelised Cost of Energy ($/MWh) in 2020 ........................................................................... 15Figure 11: Natural Gas Prices ($/mmBtu), 2000-2020 ............................................................................. 15Figure 13: Majors’ Gas Production Index ........................................................................................................ 16Figure 14: Majors’ Oil Production Index .......................................................................................................... 16Figure 12: Control of Oil & Gas Reserves, 2013 ....................................................................................... 16Figure 15: Oil & Gas Production versus E&P Spend, 2000-2015 ....................................................... 17Figure 16: Skilled Workers by Age Category, 2014 ................................................................................... 17Figure 17: Historical Brent and WTI Oil Prices, January 2010-July 2015 ........................................ 18Figure 18: Brent Annual Average Short-term Spot Price Forecasts, 2010 - 2017 ..................... 18Figure 19: Global Oil and Gas Production Forecast by Region, 2005-2021 ................................. 19Figure 20: Global Oil and Gas Wells Drilled Forecast by Region, 2005-2021 ............................. 19Figure 21: Onshore/Offshore Production Split ............................................................................................ 19Figure 22: Onshore vs Offshore Oil & Gas Production, 2005-2021 ................................................ 20Figure 23: Global Deepwater Capex by Region, 2010-2019 ................................................................ 20Figure 24: Sources of European Gas Supply .................................................................................................. 21Figure 25: Sources of Chinese Gas Supply ..................................................................................................... 21Figure 26: Global Unconventional Oil & Gas Resources ....................................................................... 22Figure 27: US Oil Petroleum and other liquid fuels supply by source .............................................. 22Figure 28: Process Diagram of the LNG chain ............................................................................................. 24Figure 29: Typical LNG Business Models ......................................................................................................... 25Figure 30: Tolling Agreement Model .................................................................................................................. 26Figure 31: Spot & Short-Term LNG Trade ...................................................................................................... 27Figure 32: World LNG Estimated Prices .......................................................................................................... 28Figure 33: Global Gas Production ....................................................................................................................... 30
Figure 34: Natural Gas Major Trade Movements 2014 ............................................................................ 31Figure 35: Australian Projects in Progress ....................................................................................................... 32Figure 36: LNG Export Capacity by Country and by Region ............................................................... 34Figure 37: US Unconventional Gas Production & LNG Imports ........................................................ 35Figure 38: China Unconventional Natural Gas Production .................................................................. 35Figure 39: Australian CBM Production ............................................................................................................. 36Figure 40: US Shale and Tight Gas Production ............................................................................................ 36Figure 41: LNG Demand Outlook ...................................................................................................................... 37Figure 42: Permissible Sulphur Content Emission Caps ........................................................................... 38Figure 43: Emission Controlled Areas ............................................................................................................... 38Figure 44: LNG Supply and Demand 2000-2019 ....................................................................................... 40Figure 45: Historic Gas Prices 2000-2013....................................................................................................... 40Figure 46: LNG Supply Chain ................................................................................................................................ 42Figure 47: Contractor Market Share (by project mmtpa) of Installed Liquefaction Facilities 43Figure 49: LNG Construction Process Flow .................................................................................................. 44Figure 48: EPC Cost for Liquefaction Terminals 2000-2020 ................................................................. 44Figure 50: Propane Pre-Cooled Dual Mixed Refrigerant Process ...................................................... 45Figure 51: Market Share of Liquefaction Technology installed in respective periods ................ 46Figure 52: LNG Import Terminal Schematic................................................................................................... 47Figure 53: Submerged Combustion Vapouriser (Closed Loop) .......................................................... 47Figure 54: Development of the LNG Carrier Fleet ................................................................................... 49Figure 55: Annual Average LNGC Spot Rates 2000-2015 .................................................................... 49Figure 56: LNG Carrier Fleet by Class .............................................................................................................. 50Figure 57: Vessel Owners & Fleet Specifications ......................................................................................... 50Figure 58: Current Fleet by Containment System ...................................................................................... 51Figure 59: Membrane System Tank ..................................................................................................................... 51Figure 60: Typical Moss Layout ............................................................................................................................. 51Figure 61: SPB System ............................................................................................................................................... 51Figure 62: Operational Fleet Propulsion System ......................................................................................... 52Figure 63: Orderbook (2015-2017) Propulsion System .......................................................................... 52Figure 64: Shipyard Analysis ................................................................................................................................... 53Figure 65: LNG Carrier Orders by Shipyard and Country of Build 2001-2015 .......................... 54Figure 66: Average Vessel Cost for 135,000 – 165,000m3 Capacity Carriers .............................. 54
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Contents
Tables
Figures continued...
Figure 67: Onshore vs. Offshore Liquefaction Indicative Terminal Total Costs ........................... 56Figure 68: Floating LNG Projects ......................................................................................................................... 57Figure 69: Global Capex on LNG Facilities by Type 2011-2020 ......................................................... 61Figure 70: Global Capex on LNG Facilities by Region 2011-2020 ................................................... 62Figure 71: Global Capex on LNG Facilities by Region ............................................................................. 62Figure 72: Capex on LNG Liquefaction Terminals by Region 2011-2020 ...................................... 63Figure 73: Liquefaction Capex – New Developments and Expansion Projects .......................... 64Figure 74: Liquefaction Terminals Cost Segmentation .............................................................................. 65Figure 75: Expenditure on LNG Carriers in Asia 2011-2020 ............................................................... 67Figure 76: Capex on LNG Import Terminals by Region 2011-2020 ................................................ 68Figure 77: Import Capex – New Developments and Expansion Projects ..................................... 69Figure 78: Import Terminals Cost Segmentation ......................................................................................... 70Figure 79: Capex on LNG Facilities in Africa by type 2011-2020 ...................................................... 71Figure 80: Capex on LNG Facilities in Asia by type 2011-2020 ......................................................... 72Figure 81: Capex on LNG Facilities in Australasia by type 2011-2020............................................ 73Figure 82: Capex on LNG Facilities in Eastern Europe & FSU by type 2011-2020 .................. 74Figure 83: Capex on LNG Facilities in Latin America by type 2011-2020 ..................................... 75Figure 84: Capex on LNG Facilities in Middle East by type 2011-2020 .......................................... 76Figure 85: Capex on LNG Facilities in North America by type 2011-2020.................................. 77Figure 86: Capex on LNG Facilities in Western Europe by type 2011-2020 ............................... 78
Tables
Table 1: Carrier Propulsion Systems................................................................................................................... 52Table 2: Global Capex on LNG Facilities by Type 2016-2020 ............................................................. 61Table 3: Global Capex on LNG Facilities by Region 2015-2020 ......................................................... 62Table 4: Capex on LNG Liquefaction Terminals by Region 2015-2020 .......................................... 63Table 5: LNG Liquefaction Capacity Coming Onstream 2015-2020 ................................................ 63Table 6: Liquefaction Capex – New Developments and Expansion Projects .............................. 64Table 7: Liquefaction Capacity – New Developments and Expansion Projects .......................... 64Table 8: Liquefaction Terminals Cost Segmentation .................................................................................. 65Table 9: Cumulative Liquefaction Capacity Forecast 2015-2020 ........................................................ 66Table 10: Expenditure on LNG Carriers by Shipbuilder Region 2015-2020................................. 67Table 11: No. of Newbuilds by Shipbuilder Region 2015-2020 .......................................................... 67Table 12: Capex on LNG Import Terminals by Region 2015-2020 ................................................... 68Table 13: LNG Import Capacity Coming Onstream 2015-2020 ........................................................ 68Table 14: Import Capex – New Developments and Expansion Projects ....................................... 69Table 15: Import Capacity – New Developments and Expansion Projects ................................... 69Table 16: Import Terminals Cost Segmentation ........................................................................................... 70Table 17: Capex on LNG Facilities in Africa by type 2015-2020 ........................................................ 71Table 18: Capex on LNG Facilities in Asia by type 2015-2020 ........................................................... 72Table 19: Capex on LNG Facilities in Australasia by type 2015-2020 ............................................. 73Table 20: Capex on LNG Facilities in Eastern Europe & FSU by type 2015-2020 .................... 74Table 21: Capex on LNG Facilities in Latin America by type 2015-2020 ...................................... 75Table 22: Capex on LNG Facilities in Middle East by type 2015-2020 ........................................... 76Table 23: Capex on LNG Facilities in North America by type 2015-2020 ................................... 77Table 24: Capex on LNG Facilities in Western Europe by type 2015-2020................................. 78Table 25: Conversion Tables ................................................................................................................................... 80Table 26: Import Prospects ..................................................................................................................................... 81Table 27: Liquefaction Prospects .......................................................................................................................... 83Table 28: Carrier Prospects .................................................................................................................................... 84
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DW report number 573-16
ISBN 978-1-910045-23-7
Production Team
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Report Author
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A supporting databook to accompany the charts and tables presented in this report is available in Excel format upon request.
Date of publication: 21st October 2015
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