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Modularization
H = 17 peopleH = 1.5 people
© 2016 General Electric Company - All rights reserved
LNG Plant DesignGas Processing and Liquefaction
Compression (if required)
Gas Sweetening:
• CO2 removal < 50 ppm
• H2O removal < 1 ppm
• H2S removal < 5 ppm
• Hg, BTEX, Mercaptan, Benzene Removal
Gas processingLiquefaction
Multiple LNG refrigeration processes
• C1 EXP – comp/exp boil off gas refrigeration
• N2 – comp/exp nitrogen refrigeration
• PCMR – pre-cooled mixed refrigeration
• SCMR – single cycle mixed refrigeration
© 2016 General Electric Company - All rights reserved
November 17, 2016 3
What is a Module?
© 2016 General Electric Company - All rights reserved
Mega module solutions
November 17, 2016 4
© 2016 General Electric Company - All rights reserved
“Plug-n-Play” solutions
November 17, 2016Presentation Title 5
© 2016 General Electric Company - All rights reserved
Plant Installed
November 17, 2016 6
Fabrication Facilities
© 2016 General Electric Company - All rights reserved
Fabrication in-house and with GE qualified 3rd parties
GE Schertz, TX GE Avenza, Italy
GE Massa, ItalyMultiple other locations
- U.S.
- China
Modular Design & Fabrication
© 2016 General Electric Company - All rights reserved
Manufacturing Process
• Modules are setup, leveled, pumps aligned & vessels set
• Modules are then fitted, welded and assembled
• All welds and assembled lines go through a thorough inspection
10
© 2016 General Electric Company - All rights reserved
Piping and Assembly
11
Piping is spooled, tested, and cleaned – ready for module assembly. Valves and instrumentation are fit and installed to specification.
© 2016 General Electric Company - All rights reserved
Insulation, Paint & Instrumentation
12
© 2016 General Electric Company - All rights reserved
Module CompletionLNG Plant Refrigerant Compressor - Assembled and Ready for Testing
13
© 2016 General Electric Company - All rights reserved
Module Completion
Modular Installation
© 2016 General Electric Company - All rights reserved
Module Foundations
© 2016 General Electric Company - All rights reserved
Module Leveling
© 2016 General Electric Company - All rights reserved
Module to Pipe Rack Connection
© 2016 General Electric Company - All rights reserved
Plug-n-Play set-up
Pipe rack and equipment
modules installed and electrically
connected
© 2016 General Electric Company - All rights reserved
Plug-n-Play LNG Train Assembly
20
© 2016 General Electric Company - All rights reserved
Site InstallationRigging and Setting of Modules
Markets
© 2016 General Electric Company - All rights reserved
Introduction to LCO2 Market
What is Carbon Dioxide ?
• Carbon dioxide is a colorless and odorless gas vital to life on Earth. This naturally occurring chemical compound is composed of a carbon atom
covalently double bonded to two oxygen atoms. Carbon dioxide exists in Earth's atmosphere as a trace gas at a concentration of about 0.04
percent (400 ppm) by volume. Natural sources include volcanoes, hot springs and geysers and it is freed from carbonate rocks by dissolution in
water and acids.
“Raw” carbon dioxide is a
stream of carbon dioxide-rich
gas that is supplied by a
producer company to a third
party liquefaction plant
without significant pre-
treatment. The suppliers of
such “raw” carbon dioxide
charge owner of the liquid for
its “perceived” value.
“Crude” carbon dioxide is astream of carbon dioxide-richgas which has had additionaltreatment or conditioning orhas had additional productioncosts such as compressionbefore or during its supply tothe pressure required by aLCO2 plant.
FEEDSTOCK OF LCOFEEDSTOCK OF LCOFEEDSTOCK OF LCOFEEDSTOCK OF LCO2
Industrial Quality – The cheapest
Carbon dioxide with a qualitylower than the specificationfor food grade carbon dioxide.It is generally used inindustrial applications such aswelding, and metallurgicalatmospheres.
Food Grade- the Norm
Used in the food and beverageindustry. Although nationalspecifications vary, mostcompanies which supplycarbon dioxide adhere to theISTB standard for food andbeverage applications
Ultra High Purity – the Most expensive
Used in the nuclear industryand in the electronicsindustry. Impurities wouldcause significant problemssuch as long half-life by-products in the nuclearindustry and functionalproblems in the electronicsindustry.
GRADES OF LCOGRADES OF LCOGRADES OF LCOGRADES OF LCO2
© 2016 General Electric Company - All rights reserved
Merchant LCO2 Supply Chain
Source/
FeedstockProduction
FacilityDistribution Customers
LCO2 Plants
Ammonia
Ethanol
Linde
Air Liquide
Wholesale
Retail
End-user
industries
© 2016 General Electric Company - All rights reserved
Sources: IHS, BP, Cheniere, Credit Suisse, GE elaboration
85% AVG plant load factor take into account, 5 years time to market for LNG plants
How will LNG demand evolve?EXPORT LNG DEMAND
by plant start-up date
© 2016 General Electric Company - All rights reserved
Demand• +12.1 MTPA contracted in ‘16... 75% far east
• 7 new markets opening by ’17 ...
+180 MTPA regas capacity by ’20
• 33 MTPA expected to be decommissioned by ’30
Balance by 2020-2021...
130-190 MTPA to be FIDed in 10 yrs
BP
Cheniere
IHS
Credit
SuisseAVG. HIGHAVG. LOW
ON STREAM
U/C PROJECTS
© 2016 General Electric Company - All rights reserved
Sources: IHS,, EIC NEWS, GE elaboration
85% AVG plant load factor take into account
How will LNG supply evolve?
© 2016 General Electric Company - All rights reserved
Supply
1 project took FID in the past 18 months...
60 MTPA on hold or cancelled
LNG installed capacity average load factor 85%
390 MTPA of projects under development...
2/3 in North America...
35% project expansion
4-5.5 mtpa train size hot spot (50%)
Only 1 out of 3 proposed projects will take
FID by ‘25
TRAIN SIZE DISTRIBUTION
MTPA
GEOGRAPHICAL DISTRIBUTION
MTPA
© 2016 General Electric Company - All rights reserved
EXPORT PROJECTS’ CAPACITY BY PLANT COST AND
COMPETITIVENESS ON PACIFIC BASIN MARKET
BUBBLE SIZE: PLANT CAPACITY MTPA
Who Is Who
Sources: IHS, GE elaboration
90-180 Mtpa
2
4
6
8
10
12
14
16
18
0 200 400 600 800 1000 1200 1400 1600 1800
LNG
FO
B P
rice
$/M
Btu
Plant Cost $/tpa
Atlantic Pacific
LNG business model needs to adapt to the new scenario
End-users (Utilities)
• Need lower landed price to be competitive vs.
Coal and Pipe
• Seeking changes in contract mix ... Long-term for
core demand but more short-term/spot for
variability
LNG operators (Oil companies, LNG specialists)
• Cannot afford more Gorgon-style cost/time
overruns ... need cheaper, faster projects
• Prioritizing payback over theoretical NPV/IRR
Drivers of cost re-set
• 50-70% North America
• 30+% trains <2 Mtpa
• 2/3 sponsored by midstreamers and financial
entities
© 2016 General Electric Company - All rights reserved
Emergence of “mid-scale LNG”
Train
Capacity
(mmtpa)0.01 7.02.00.5 6.51.51.0 2.5
Gorgon LNG, 3 x 5.0 mmtpa trains0.01 mmtpa LNG plant
with GE modular liquefaction system
Mid-Scale LNG Traditional baseload LNG
Evolving solutions
• More modular fabrication
• Less site specific customization
• Repeatable designs
• Faster, leaner execution
Small scale LNG
Key Drivers
• Demand for more flexible, smaller offtakes
• Growth of LNG trading hubs
• Project-financed, developer-led export plants
• Primacy of lowest CAPEX
• Normalizing operations w/smaller offtakes
© 2016 General Electric Company - All rights reserved
Questions?
November 17, 2016 29
Contact details:
Bob Sammon
281 921 5735