Impact of upstream technological advances on future oil supply · Reservoir management monitoring +...
Transcript of Impact of upstream technological advances on future oil supply · Reservoir management monitoring +...
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Controlled CO2 | Diversified fuels | Fuel-efficient vehicles | Clean refining | Extended reserves
Pushing the limits – IEF dec 08
Pushing the limits
Impact of upstream technological advances on future oil supply
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Pushing the limits – IEF dec 082
Reserves evolution
Gaz
0%
10%
20%
30%
40%
50%
60%
70%
80%
90%
100%
Africa FSU Far East South America Middle East Europe
Volumes discovered in new fields
Produced volumes non-renewed by new discoveries
Oil
0%
50%
100%
150%
200%
250%
300%
Far East South
America
Middle
East
Africa FSU Europe North
America
Produced volumes renewed
by new discoveries
Produced volumes non
renewed
by new discoveries
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Pushing the limits – IEF dec 083
Initial Content
Reserves produced & under development
Increasing drilling success (New reserves)
70 %
Ressources DiscoveriesProduced
Reserves evolution
25 % >> 25 %
Source: IFP 2007
33 %
Reserves
(Additional
reserves)
Exploration
Pro
du
cti
on
Maximum Recovery
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Pushing the limits – IEF dec 084
Exploration
R&D challenges
improve seismic imaging
improve the knowledge of
geological processes
complex tectonics
sedimentary deposit
improve compositional
modeling
include diagenesis
Issues
reduce the risk in
exploration
assess fluid composition
and distribution
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Pushing the limits – IEF dec 085
Basin modelling towards full integration
RestorationStratigraphic
modeling
HC generation
migration & trapping
paleoclimate
LGR
Reservoir
modeling
OpenFlow platform
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Pushing the limits – IEF dec 086
Renewing the reserves
Use of EOR processes
Thermal & chemical processes,
Gas, CO2, N2, air injection
Increase recovery factor
Reservoir management
monitoring + interactive
reservoir modeling
Redevelopment plans
Better locate the accumulations
Characterize the flow potential
Static & dynamic reservoir characterization
Reduction of uncertainties on OIP & reserves
Optimize the production
scheme to access OIP
Advanced well technology
Additional reserves
Optimize well productivity
Formation damage control
Completion strategy
Well profitability & Opex
Increase
oil
recovery
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Pushing the limits – IEF dec 087
Reservoir management
Issues
complex reservoirs
structure
heterogeneity
diagenesis
R&D Challenges
characterize the geology
and the flow path
at different scale
taking into account the
heterogeneity
(geostatistics)
quantifying its impact
(sensitivity analysis)
quantifying uncertainties
include diagenesis
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Pushing the limits – IEF dec 088
Characterization
Sub-seismic faults
10+3 m
Reservoir Panel scale
Fracture swarms
Seismic faults1 m
Block-scale
recovery
10-3 m
Pore-network-
scale recovery
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Pushing the limits – IEF dec 089
Reservoir management
Issues
improve the recovery factor
deal with complex fluids,
complex recovery
processes, heterogeneous
reservoirs
assess and reduce the risk
and uncertainties
get the best from
specialized simulators
open structure
interoperability
R&D Challenges
improve the physical
modeling
thermodynamics, flow
processes in porous
media, pore network
modeling, upscaling
improve the reservoir
modeling workflow
taking advantage of
interoperability to use the
best technologies
updating the geological
modelling using dynamic
data
couple basin to reservoir,
surface to subsurface
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Pushing the limits – IEF dec 0810
Reservoir management
Issues
Increase production
through EOR
produce reservoirs in a
sustainable way
R&D Challenges
carbonates
heavy oils
develop strategies that
comply with environmental
constraints
CO2 EOR/EGR
PWRI even with EOR
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Pushing the limits – IEF dec 0811
Optimize the production
Production in deep offshore
and/or remote reserves
Transport
from subsea to beach
Gas Treatment
Separation
water re-injection
CO2 transport
& re-injection EOR
ClipTM riserhybrid pipe
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Pushing the limits – IEF dec 0812
Production
Issues
extreme environment
deep water
deeply burried reservoirs
(DBR)
arctic
sour gas
R&D challenges
improve facilities
material
thermal insulation
weight (hybrid pipes,
special metals, composites)
improve flow assurance
hydrate transport
multiphase pumping
modelling opened platforms
handle sour gas
energy efficient solvents
improved contactors
cryogenic process
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Pushing the limits – IEF dec 0813
Conclusions : technological advances contribution
Reduce the risk in exploration
seismic imaging (fractures, subsalt, foothills, ...)
basin modelling chain
from seismic data to fluid migration & trapping up to the reservoir
model based on good physics, using advanced computer sciences
Recover 70% of OIP
use advanced quantitative reservoir characterization
including diagenesis
develop efficient & sustainable EOR processes
optimize reservoir production
"real time monitoring" including production data & 4D seismic
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Pushing the limits – IEF dec 0814
Conclusions : technological advances contribution
Produce under extreme conditions
subsea & deep water
reduce the weight of offshore facilities
optimize subsea separation
manage flow assurance (hydrates transportability)
real time monitoring/operation : couple reservoir & process
modelling
sour gas
reduce the energy consumption
heavy oils
optimize through better reservoir characterization & monitoring
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Pushing the limits – IEF dec 0816
WorkFlow based on an Opened platform
Geostatics
Fractured
reservoirs
Upscaling
Dynamic simulation
geological
model
CondorFlow Loop
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Pushing the limits – IEF dec 0817
Polymer flood : Field Results
Successful pilot calls for more than 100 wells a year to be drilled between 2007 and 2010 with total expenditures > $800 million.
PRODUCTION WELL
0.1
1
10
100
1000
2002 2003 2004 2005 2006 2007 2008
Year
Oil (Bbl/cal day)
Water (Bbl/cal day)
On Prod (hr)
WC (%)
Polymer Injection(March 2005)
Oil
Water cut
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Pushing the limits – IEF dec 0818
Acid gas reserves with CO2>2% and/or H2S>100ppm(except North America)
40 Tcf
EUROPE
CO2
H2S
CO2 + H2S
59 Tcf
SOUTH AMERICA35 Tcf
AFRICA
641 Tcf
CIS
1552 Tcf
MIDDLE-EAST
249 Tcf
ASIA-OCEANIA
Source: Total - Iris 21 database from IHS Energy June 2004
Total
2576 Tcf40% of remaining gas reserves are sour
Reserves with >10% H2S : + 350 Tcf
Reserves with >10% CO2 : + 650 Tcf