LNG Global Congress 2012
Transcript of LNG Global Congress 2012
FLNG Forum : FLNG Role Within The LNG Value Chain ?
• Where are the Opportunities ?
• What are the Gas Supply Challenges ?
• What are the Project and Commercial Benefits ?
• Who are the Key Players ?
• How Could Domestic and Export Needs be Addressed by an FLNG Project ?
LNG Global Congress 2012
London, 29 June 2012
Claudio H. Steuer
Principal
SyEnergy Limited
LNG Global Congress 2012
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A brief word about SyEnergy…
• Energy consultancy focused on strategy, business development and commercial issues
• 25+ years of experience with Shell, ENI, Snamprogetti, Centrica, and Gas Strategies Group
• Advised clients on energy projects located in West, East & North Africa, South America, USA,
Europe, Caspian, Indonesia and Australia.
• Upstream and midstream gas/LNG business development and commercialisation
• Gas supply planning, infrastructure development, domestic and export gas market studies
• Project contracts, sales & purchase agreements, price reviews, and dispute resolution
• Advice and implementation support focused on long term sustainable value creation
• Independent project assurance reviews and commercial due diligence
• Provision of bespoke energy training
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Where are the FLNG opportunities ?
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Deepwater fields where subsea pipelines are
expensive, technically and/or politically complex
?
?
FLNG Congratulations
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Pacific Rubiales Shell Prelude
FLNG Projects
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Source: Hoegh LNG, Shell, BG, LNG Business Review
FID achieved
FID achieved
FID achieved
USA Gulf - Excelerate – On-going FEED
FLNG is not resource constrained
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FLNG project complexity is not a function of size… most often it is
proportional to the lack of alignment between all stakeholders
Source: EIA / IEO 2011, WoodMac, ENI World Oil & Gas Review 2010-11
Brazil pre-salt, a new frontier…. new challenges
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Source: ANP, HRT, Petrobras
• Total area of 149,000 Km2 (~300-350km off the coast)
• Only 2% of Brazilian sedimentary area
• Only 28% of the area under concession
• ~50 Billion Boe potential… ~40 Tcf natural gas
• ~7,000m of saltwater, sand, salt layer & rock
• Well engineering (salt layer, ~granite hardness, 1,000
psi, High CO2, water/gas injection)
• Flow assurance (near freezing temperatures, paraffin deposition, hydrate and scaling control)
• Production (depth and pipeline thickness, shifting ocean currents, marinisation of remote production systems)
• Remote operations at depths that would crush a submarine require complex technological systems
• A dry hole can cost ~$150 – 200 million
FLNG project challenges
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Source: Wood Wood Mackenzie, ICIS Heren Global LNG Markets, LNG Business Review
Ichthys Project FID @ a reported $4,000/tonne ! Project Sponsors
Feasible Project
Return on Investment
Operating Environment
Resource Holder
Government Take
Domgas Development
Local Content
Financial Community
Legal & Fiscal Stability
Sustainable Development
Robust Cash-Flow
People
Process Projects
Quality front-end planning
anticipating key issues and
developing durable solutions
LNG Plant Liquefaction Cost Evolution - $/tonne
Global Gas Prices - $/Mmbtu
A new business model ?
• “Insanity = doing the same thing over and over again expecting different results”
• “Information is not knowledge. The only source of knowledge is experience”
• “You miss 100% of the goals you do not kick the ball”
• “A good hockey player plays where the puck is…. a great hockey player plays
where the puck is going to be”
• “Creativity is thinking up new things. Innovation is doing new things”
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Source: Luis Steuer/Albert Einstein, Wayne Gretzky, Theodore Levitt
Gas flaring… from waste to opportunity
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Source: World Bank GGFR, BP Statistical Review of World Energy 2010, GE Energy, NNPC
• ~145 Bcm/yr flared or ~2.3 mmbbl/d or ~3% of production
• ~33% of European consumption ~ $56 bn @ $10/mmbtu
• Nigeria - 22 Mtpa LNG in ~10 years
Energy policy, investment decisions and industry
governance need planning & consistent rules
Gas & LNG floating solutions
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Source: Hoegh LNG, EnerSea, Sea NG, Transocean
• LNG Tankers and FSRU are well established
• FLNG is in post Shell Prelude mode… “design
one, build many”… where is the next one ?
• When will ~1-2 Mtpa FLNGs start to occur ?
• Marine CNG should find good applications
in complementing offshore production
systems, gas gathering and floating
production systems, including FLNG
• Refrigeration & pressure have improved CNG
compression ratios from 250:1 to 450:1
• Utilization of composite materials increases
the possibilities to transport raw gas
• Delivery system commercial feasibility
estimated up to ~2,000 to 3,000 km
FLNG LNG Tankers
FSRU
CNG
Floating CNG producer & shuttle ship
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Source: CNG Gas FPSO and CNG Shuttle ship designs provided by SeaNG Corporation
Floating CNG producer & shuttle ship
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Source: CETech Producer and CNG Shuttle ship designs provided by Höegh LNG AS
Floating CNG producer & shuttle ship
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Source: Neptune Gas Technologies Ltd. ship designs provided by BMT TITRON (UK) Ltd.
Marine CNG applications
UPSTREAM
• Increase Existing Oil Production (remove gas handling constraints)
• Enable New Oil Production (provide associated gas solution / flare reduction)
• Connect Satellite or Marginal Fields (floating gas gathering system)
• Connect Remote Area / Deep-water Fields (substitute expensive submarine pipelines)
• Production from High Sulfur, H2S, CO2 Fields (transport raw gas to gas treatment plants)
• Compliment LNG Production (additional gas supply to LNG on-shore or FLNG)
• Early Production / Extended Well Testing Large/Giant Fields (temporary gas solution)
MIDSTREAM / DOWNSTREAM
• Transport Raw Gas (offshore platform or onshore gas treatment plant)
• Sale of Treated Gas (regional / niche markets / switching from liquid petroleum fuels)
STRATEGIC
• Stranded Gas Monetisation (accelerate reserve bookings and increase production)
• Leverage Unique Solution (entry into new fields)
• Gas Supply to LNG Plants with Unutilised Capacity (tolling gas to increase equity LNG)
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What role could marine CNG play in Brazil ?
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Note: SyEnergy estimate for Lula, Iracema, Guara, Iara, Jupiter, Parati, Caramba, Carioca, Bem-Te-Vi, Mexilhao, Franco, Sabia & Libra fields
• Campos & Santos fields* hold ~42 billion barrels
of gross recoverable oil reserves and ~40 Tcf of
gas reserves (~25 Tcf associated)
• Marine CNG could complement pipelines on the
~5-6 Bcf/d gas gathering system
• Marine CNG offers complimentary synergies for
connected or remote FLNG production systems
• Marine CNG could provide additional gas supply
to major cities and power plants along the coast
• Injection into existing coastal pipeline system
reducing need/costs of compression stations
• Short travel distances to areas with limited
infrastructure unlocking further CCGT growth
• Opportunity to supply regional gas demand
Marine CNG increases gas supply to FLNG
• Scalability (adaptable to production profile ramp up and down)
• Flexibility (variable production rate and storage needs on-shore / on-boat)
• Re-deployability (relocation/repositioning within field, basin or another geography)
• Shorter Development and Deployment Schedule (improved time-to-market & economics)
• Lower Overall Capex $/mmbtu than Alternatives (competitive cost / market price)
• Lower Overall Opex $/mmbtu than Alternatives (attractive market price / supplier margin)
• Wider Portfolio Application (“design few models and build many” – standardization of solution)
• Enable Monetisation of Previously Stranded Hydrocarbons (increase reserve bookings)
• Simpler, Faster and Less Capital Intensive Development of Receiving Terminals / Buoys
(able to reach larger number of smaller markets and improved value creation for both parties)
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Thank You !
LNG Global Congress 2012
London, 29 June 2012
Claudio H. Steuer
Principal, SyEnergy Limited