1. From Lobato to Tupi
70 years of results and challenges
for People and Technology
José Sergio Gabrielli de Azevedo
Petrobras President
2. End of 1950’s
National Production: 51.000 bopd
National Consumption: 220.000 bopd
1958
Oilfields end of 50´s (Reconcavo basin)
An exploratory “reality”:
no oil fields in the paleozoic basins!
Geologist and geophysicist need to search new exploratory areas
Lessons learned: Brazil and Petrobras needed Geologist and training program
3. Petrobras Training Process in the 50’s & 60’s
Petrobras and University of Bahia Convenia
Beginning of Geology graduation
courses in Brazilian Universities
Specialization courses in USA
Petrobras Geologist and Geophysicists (~300)
1957 First Graduation in Geology
Engineer-geologist
Foreign Brazilian
Petrobras Pioneer Petrobras Pioneer
Geophysicist Geophysical Observer
4. Petrobras First Brazilian Geologists Employees
CENAP Geologist and Geophysicist Students 1957
Petrobras in the beginning of
Training and Research Activities
5. 1960’s First Giant Result
Carmópolis Field
the first giant
1963
Carmópolis
6. Middle 60’s
E&P Target:
Exploration in onshore basins
Buracica (BA)
1965
National Production:
National Production: 93.988 bopd
93.988 bopd
National Consumption: 331.000 bopd
National Consumption: 331.000 bopd
7. End of 60´s
No perspectives for self-sufficiency
Search of a New Exploration
Scenario for Prospection
Geologist and Geophysicist must learn how
to discovery oil in Offshore Sedimentary Basin
Technology and Training Program
8. Technological Innovation
Digital Technology and First Brazilian Processing Center (1968)
Petrobras made a Geophysical Prospection in a Regional Scale at Brazilian
Continental Platform to map new exploratory prospects (Digital 2D Seismic)
To reveal the first Offshore Oil Prospects (Guaricema, Garoupa, Namorado,…)
Petroleum industry worldwide start to incorporated Digital
Technology to improve Seismic Resolution and Exploratory Results.
9. First oilfield discovered at Brazilian offshore
São Francisco
delta
1-SES-1 1968
Structural map
Base of Calumbi Fm.
1-SES-1
SES-
Base of
Calumbi Fm.
Guaricema Field (1-SES-1)
The first offshore discovery
Bisol, 1968
10. Moving to Campos basin - Garoupa
First oilfield The first discovery
Campos basin
1974 Albian Carbonates
2D Seismic technology/interpretation revealed the first oilfield at Campos basin.
11. First Giant Offshore Results
Campos Basin
1975 Namorado Field
The first giant in turbidite reservoirs
2D Seismic interpretation revealed the first giant oilfield at Campos basin.
The first result with Seismic Attribute Technology to identify reservoir with oil,
like a Direct Hydrocarbon Identification (DHI).
12. End of 70´s
Geologist and Geophysicist worldwide works to increase
Exploratory Success Rate using 3D Seismic Technology
Petrobras Geologist and Geophysicist after Guaricema,
Namorado e Marlim oilfields discovered start to use 3D
seismic technology to address Self-Sufficiency challenge
13. From Cherne (1978) to Tupi (2001)
3D Seismic Technology
Key technology for E&P
30 Campos basin oilfields discovered
with 2D Seismic Technology
58 Campos basin oilfields discovered
with 2D and 3D Seismic Technology
14. Early 1980’s
Petrobras Geologist and Geophysicists (~700)
1961 First Graduation in Geology
Engineer-geologist
Continuing internal training programs
Geologist and geophysicist worldwide and at Petrobras
incorporated Digital and 3D Seismic Technologies increasing
Exploratory Success Rate.
15. Self-Sufficiency Challenge require more
Agreements between Petrobras and Brazilian Universities
Master and Ph.D. programs on Geophysics,
Petrology, Sedimentology.
Intensive training abroad:
Geophysics Ph.D. programs
Advances on Stratigraphy and Seismic-Stratigraphy
Capacitation in turbidites - Field courses
Knowledge and people skill development in carbonates
Tectonics and basin modelling
16. Marlim, a giant in deep waters
1985
2,7 Billions barrels of reserves
• Geological Models for deep water
siliciclastic systems supported seismic
acquisition/processing in deep water
Petrobras seismic processing technology
(DEFANINST), shows that the original position of the
first well at Marlim was placed not in the best position.
After seismic re-processing the RJS-219 well was
placed in the discovery position.
17. Early 1990’s
Petrobras Geologist and Geophysicists (~1,000)
1987 Petrobras Geologists & Geophysicist beyond 1,000
1961 First Graduation in Geology
Engineer-geologist
With continuous internal training programs
New geologist and geophysicist learned with experience of his colleagues.
But, still had the challenge to search new exploratory opportunities, not
only in Campos basin.
New sedimentary basin - new geological challenges!
20. 4D Seismic Technology at Marlim oilfield
A key technology for Petrobras´s E&P Strategic Recovery Program
Marlim oilfield recovery factor increased
from 35 to 65% due to 4D and
in-fill drilling program.
4D Seismic technology
allows reservoir management
to identify oil not yet produced. Water injection
Gas
21. Santos Basin: existing challenges in the middle 1990’s
The key question for geologists: was there a rift like Campos beneath the salt?
2D seismic quality, resolution and imaging was poor!
NW How to identify Pre-Salt prospects? SE
3000
4000
5000
6000
? ? ?
2D seismic line (time) ? 4702m
?
22. Late 90´s: delineation of the rift
E&P first strategy: new acquisition and processing of 2D seismic data
2D seismic quality, resolution and imaging were improved!
NW SE
2000 Seismic Quality, Resolution and Imaging became a crucial element
to identify and to characterize Santos basin Pre-Salt reservoirs.
3000
Top K
4000
Evaporites
5000
Rift
6000
5 km
24. Tupi Seismic Image: the first Brazilian Super Giant
Seismic Interpretation helped Petrobras to reveal reserves of 5 to 8 BBO
W Loc.TUPI E
2000
w.d.=2.140m
w.d.=2.140m
3000 Top Salt
4000
5000 Base salt
6000
f.d.=6.000m
f.d.=6.000m
7000
2,0km
+ -
25. 3D Seismic Structural Map of Tupi
IRACEMA Iracema (NW) / Tupi (NE)
structural complex
N
RJS628A
Area: 1.974km2
RJS646
6,3km
Base of Salt
26. Geologists and Geophysicists in Petrobras (~1,500)
Training 2003/2008
Total investments (US$)
Brazil: 120 MM
Abroad: 24 MM
E0823
Foreign Brazilian
27. Petrobras Geophysical Main Current Projects
Data Acquisition (> 20,000 km2 of new data):
- 4D Ocean Bottom Cable Seismic (~1,100 km2)
- 4D High Resolution Data Seismic (~10,000 km2)
- 3D High Resolution Data Seismic (~9,000 km2) Tupi new seismic HR data.
- 3D Offshore Exploratory Data
- 3D Rio Urucu Project (Amazonas)
- 05 Onshore Seismic Crew (Potiguar, Reconcavo, Se-Al)
- 01 Eletromagnetic Acquisition Project
Data Processing (BR world center of seismic processing):
- In-house seismic processing 3D and 4D projects
- Two New dedicated 4D Seismic Processing Centers
- New In-house seismic algorithm and methodologies in development
- Breakthrough technology in computer infrastructure
Data Interpretation (high level of geological knowledge):
- More than 250 geophysicists interpreter working at E&P
- Development of new seismic attributes algorithm
- 3D and 4D seismic interpretation projects in the most important oilfields
29. Impressive record of accelerating development
People and technology are crucial for Petrobras projects!
54 years
16 years
22 years
27 years
45 years
12 years
Number of years
Production since founding Discovery of Garoupa in the Discovery of giant fields in Campos Basin Discovery of the Pre-salt,
Cam pos Basin (1974) inc. Albacora/Marlim including Parati (2006)
of Petrobras (1954)
30. Carefully crafted spending program to support our vision
Business Plan 2009-2013
PN 2009‐13 | Brazil/International
2% 2% 2%
3% US$ 174.4 billion 9%
7% 5.6 3.0 E&P
2.8
16.2 US$ 174.4 billion
11.8
RTC
3.2 Brazil
G&E
International
Petrochemicals
158.2
43.4 104.6 (*) Distribution
25% 59%
Biofuels
91%
Corporate
Business Plan 2008-12
2% 1% 2%
4% US$ 112.4 billion
6% 4.3 2.6
E&P
6.7 1.5
US$ 17.0 billion 2.5 RTC
G&E
allocated to Exploration 26% 29.6 65.1
Petrochemicals
Distribution
59%
Biofuels
Corporate
31. Pursuing new projects while maximizing production from existing assets
Petrobras Total Production (000 b/d)
5,729
223
409
7.5% p.y.
1,177
3,655
5.6% p.y.
131
2,757 210
2,400 8.8% p.y. 634
2,223 2,305 2,308 103
2,042 2,027 100 142
1,812 96 101 109
1,637 124 463
23 85 94
163 142 126 321
24 35 161 168 277 273 3,920
44 274
252 251 265
232
2,680
1,792 1,855 2,050
1,540 1,684 1,778
1,335 1,500 1,493
2001 2002 2003 2004 2005 2006 2007 2008 2009 2013 2020
Oil production ‐ Brazi l Ga s producti on ‐ Bra zil Oil Product ‐ Internationa l Ga s Product ‐ Inte rna tiona l
33. Production increase followed by increase in domestic oil products market
RNE
230 M UPB Premium I
150 M (600 M bpd) e
bpd Premium II (300 M Others
REPLAN 2011 bpd bpd)
Revamp Dec/2012
33 M bpd 1st Phase: 2013
REPAR 2nd Phase: 2015
2010 Fuel Oil
Revamp 5,729
25 M bpd
Clara 2011
Camarão Diesel
Refinery
2010
7,5% p.a.
Jet Fuel
3,920
m bpd
3,655
Naphtha
2,680 2,876
400
2,301 2,400
2,257 150
Gasoline
1,906 274
1,945 112
182 202 1,855
119 1,792 107 1224
901 LPG
738 783
179
84 118
89 255 246
250 218
326 332 367 419 Oil Production in Brazil
208 214 230 257
2007 2008E 2013E 2020E Oil and Gas Production in
Brazil and Abroad
34. Petrobras research center: technological innovation for the next decades
GAS & ENERGY, TERMINALS AND BIOFUELS PROJECTS
GAS Y ENERGY 1st investme nt cycle 2nd investme nt cycle
(until 2010) (2011 on)
+ 2,332 km of gas pipelines until 2010 + 307 km of gas pipelines
+ 19 new power plants + new com pression stations;
+ 1,236 MW until 2010 + 2 LNG terminals (Terminal Regás-Flex)
+ GNL Term inal + natural gas power plants
TERMINALS
- 26 offshore terminals, operated by means of monobuoys or buoys arrays
- 20 land terminals.
- 20 onshore terminals.
- Total Investments in logistics : US$ 3.7 billion between 2009-2013
(pipelines and terminals);
PN 2009-13
BIOFUELS Strategy: US$ 2.8 BILLION
16%
To establish a global presence in
the biofuels segment, with a
particular focus on biodiesel and 84%
ethanol
. Etanol Biodiesel
35. Petrobras research center: technological innovation for the next decades
Partnership with over 120 universities and research
centers in Brazil, and 70 Institutions abroad.
Investments in Technology Technological programs
2009-2013
US$ 4.0 billion
25%
1.0 Basin
Deep and
H eavy
Frontier Ultra-deep Enhanced
M odeling O il Pr e-salt Refining
47% Areas Water s O il
1.9 Recovery
5% 0.2
0.9
23% O ptimization
Renewable
Fuel Energy C limate
E&P Downstream & Transpor tatio Natur al Gas Envir onment
Innovation and C hanges
Reliability n
Bio Fuels
G&E Corp. (Cenpes)
36. Challenges for geologist and geophysicist
To find supergiant and giant oilfield is NOT impossible!
To discovery small and middle size oilfield with production
facilities established could be very good business.
Companies with more than 300 oilfields need always to
optimize fields Recovery Factor with new update technology.
For search new exploratory frontiers and for optimize the
recovery factor we need geologist and geophysicist with
knowledge, motivation and open mind for new technologies.
Keep the integration between Geologist and Geophysicist
skills is a key value of Petrobras E&P expertise.
37. Conclusion
The successful history of petroleum exploration and production of Petrobras
was marked by paradigms breaks: hard work, determination, and competence
are the key elements.
Breaking paradigms is facing risks. Definitively Petrobras is not a risk-aversion
company.
The human mind, birthplace of creativity and knowledge and its continuous
development are the most valuable assets of Petrobras exploratory and
production process
38. Conclusion
The geologic and geophysical knowledge is the technical foundation for
Petrobras exploratory and production investments. It is based on the continuous
evaluation of Brazilian sedimentary basins as a whole, not only blocks. It is
supported by efficient training and technological development.
The commitment to Brazil and the Brazilian people is on the basis of Petrobras
employee enthusiasm.
Geophysical Technology and Geophysicist Community commitment are
fundamental elements for Petrobras E&P Activity.