Christian Moya, Director of Potential Evaluation, CNH

The Round One of México:
A Technical Approach
Canadian Global Exploration Forum
April 14th, 2015
www.cnh.gob.mx
1
Index
 Round One – General Map
 Southeast Marine Basins
•
Shallow Water
Exploration, 1st Bid
Extraction, 2nd Bid
 Deepwater
•
•
Perdido Area
Deepwater South
 Unconventionals
•
•
Tampico-Misantla Basin
Burro-Picachos Platform
 Bidding in the Round One
•
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Progress, 1st Bid & 2nd Bid
2
Round One – General Map
100°0'0"W
95°0'0"W
Coahuila
25°0'0"N
Nuevo Leon
Unconventionals
Zacatecas
Perdido Area
Tamaulipas
Deepwater South
San Luis Potosi
Identified
prospects
(number)
Prospective
Resources*
(MMboe)
11
17
14
8
62
112
3,463
9,068
4,222
900
7,401
25,054
18
38
42
98
1,591
3,222
704
142
8,927
14,586
Number of Fields
1P Reserves
2P Reserves
3P Reserves
°API (average)
Shallow Water
9
143
355
671
32
Extra-heavy oils
8
336
757
1,753
11
Onshore
17
34
54
64
40
34
513
1,166
2,488
27
Conventional
Jalisco
Extra Heavy
Oils
Queretaro
Mexico
Michoacan
20°0'0"N
Hidalgo
Chicontepec
Tlaxcala
Distrito Federal
Veracruz
Morelos
±
Total Surface
Area (km2)
Area
Perdido Area
Deepwater South
Shallow Water
Burro-Picachos
Unconventional
Tampico-Misantla
Total
Aguascalientes
Guanajuato
Blocks
(number)
Exploration
Puebla
Extraction
Campeche
Tabasco
Shallow
Water
Chiapas
Guerrero
0
50
100
km
200
100°0'0"W
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Oaxaca
95°0'0"W
Total
*The estimated volumes of prospective resources are risked and correspond to the P(mean) scenario (include
a geological risk factor or chance of success).
3
Southeast Marine Basins
Reservoirs are
associated with
structural, salt
tectonics, stratigraphic
and combined traps.
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4
Southeast Marine Basins
A’
A
0
seg
2
4
6
10 km
Time (seg)
8
0
A
A’
seg
2
4
6
10 km
Tiempo (seg)
Time (seg)
8
±
A'
A
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Recent-Pleistocene
Upper Pliocene
Middle Pliocene
Lower Pliocene
Upper Miocene
Middle Miocene
Lower Miocene
Upper Oligocene
Upper Eocene
Upper Cretaceous
Upper Jurassic
Callovian Salt
Basement
Main Structural Styles
•
Normal faulting with rotated blocks (Late
Miocene-Holocene)
•
Salt cored anticlines
•
Salt rollers and diapirs (Jurassic-Late
Cretaceous)
5
Southeast Marine Basins
Neogene
Stratigraphy
Depositional features
S
R
R
Holocene-Pleistocene
Pliocene
Miocene
Paleogene
Oligocene
Eocene
S
R
Paleocene
S
R
Cretaceous
Upper
Calcarenites
Basin floor fans
Calcareous breccia
Slope and basin
S
R
Middle
R
Lower
Upper
R
Low Mid
Oolitic banks
High energy inner ramp
S RS
R Eolian sands
Oxfordian
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•
7 Established Plays
Main, Breccia-Upper Cretaceous
•
1 Hypothetical Play
Pre-Oxfordian
•
Hydrocarbon types
Heavy & light oil and gas
Yaxche, Hokchi*
Ku, Zaap,
Cantarell
Abkatun, Pol, Chuc,
Caan, Batab, Homol,
Etkal, Kuil,Chuhuk,
Ichalkil*, Ayatsil, Tekel
Yaxche, Xanab, Nak*,
May, Tsimin, Xulum*,
Bolontiku, Sinan, Citam,
Sikil, Yum, Cantarell, Ku,
Maloob, Zaap
Fractured carbonates
Basin
S
Kimmeridgian
Callovian
Bathonian
Bajocian
Aalenian
Toarcian
Pliensbachian
Fractured carbonates
Basin
Tecoalli*, Amoca*,
Miztón*, Akpul, Uchak
SOUTHEAST MARINE BASINS
*Fields in Round
One, 2nd Bid
RS
Tithonian
Jurasic
Sands and sandstones
Ramp, platform and
slope (chanels and
fans)
Main fields
S A LT
?
Beach and dunes
Maloob, Zaap, Tson ,Xanab,
Xux, Tsimin, Kab, Bolontiku,
Kix,Citam, Sinan, Ixtal,
Manik, Onel, Pokoch*,
Ichalkil*, Mison*, Och, Uech,
Kax
Hayabil,
Ek-Balam-Lum
R Reservoir
S Seal
Hypothetical play
RS Rock Source
Established play
6
Southeast Marine Basins
Exploration Blocks 1st. Bid, Information in Data Packages
2D Seismic
• 6 seismic surveys
• 5,825 km
• 53 seismic lines (including 3
regional transects)
3D Seismic
• 7,484 km2 of seismic coverage
cutted from 11 seismic surveys
• Multiple versions of the seismic
volumes, equivalent to 70 SEGY
seismic cubes
 26 PSTM
 44PSDM
 Velocity models in SEGY format
32 Exploratory Wells
743 well logs
626 original
56 juctions
62 evaluations
Studies Reports
3D seismic cut areas
Almeja Cisne
Bolol Norte de Bache Xulum CampoAyin
Geological Atlas
Cequi
Chuktah
Coatzacoalcos
2D seismic
Coatzacoalcos_Frontera2D
Marbella_Frontera2D
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Holok Alvarado
Le Acach
Macuspana
Marbella_Subsalt2D
Rabon Grande OBC
Santa Ana_2D
Tamil
Golfo_Profundo2D
Tucoo
Tares_2D
Exploratory wells
Transectos_2D
Exploratory areas
7
Southeast Marine Basins
Extraction Blocks 2nd. Bid, Information in Data Packages
3D Seismic
• 562 km2 of seismic coverage
cutted from 7 seismic
surveys
• Multiple versions of the
seismic volumes, equivalent
to 106 SEGY seismic cubes
 74 PSTM
 32 PSDM
 Velocity models in SEGY format
17 Wells, Studies and
Reports
•
•
•
•
•
•
•
•
•
•
Field studies
Production forecasts
Core analysis
Petrophysics
Well logs
Drilling reports
Production tests
PVT studies
Fluid studies
Well seismic
Facilities Information &
Geography
•
•
•
•
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Pipelines
Production assets
Wells
Platforms
8
Perdido Area
Contractional regime
Gravitational
and Salt yTectonics
Tectónica
gravitacional
salina
Extensional
regime
Dominio
de extensión
Dominio de contracción
N
Baha-1
Great White-1
Tiger-1
U.S.A
Toledo-1
Hammerhead-1
7
Trion-1DL
Maximino-1
Trio n-1
1
2
Sistema ext extensional
ensional Pal eógeno
Paleogene
system
Pep-1
2
Sistemaext
ensionalsystem
profundo
(Neógeno)
Deep
extensional
(Neogene)
-
3
Cinturón
plegado Kama
Kama Foldbelt
4
Diapiros,
minicuencasand
y pliegues
Diapirs, minibasins
folds
5
Capas
dealloctonous
sal alóctonasalt
somera
Shallow
layers
6
Cinturón
plegado
subsalino
Subsaline
Foldbelt
7
Cinturón
Perdido plegado
FoldbeltPerdido
3
4
Vespa-1
6
8
Pozo
Wells
9
Bloques
R1
R1 Blocks
11
Leyenda
1
Supremus-1
Exploratus-1
5
México
8
Cinturón
plegado
periférico
Periphereal
Foldbelt
9
Sistema
ensional Neógeno
Neogeneextextensional
system
10
Sistema
somero
Related ligado
shallow
system
11
Cordilleras
Mexicanas
Mexican Ridges
Falla
normal
Normal
Fault
Falla
inversa
Thrust
Fault
Falla
lateral
Lateral
Fault
0
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50 km
10
Pliegue
ant iclinal
Anticline
9
Perdido Area
Structural style: Folding with NE-SW
orientation limited by reverse faults.
Type of trap: Combined, with 4-way
closure
Structural style: Imbricated folds with
shallow detachment radially to the
allochthonous salt
Type of trap: Combined, with 3-way
closure and against fault
Stratigraphy
Structural style: Subsaline folding with NESW orientation limited by thrust faults.
Type of trap: Combined, with 4-3 way and
against fault
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Water column
Mobile clay
Pleistocene
Eocene
Pliocene
Paleocene
Upper Miocene
Cretaceous
Middle Miocene
Jurassic
Lower Miocene
Salt
Oligocene
Basement
10
Perdido Area
Stratigraphy
Perdido Area
Depositional features
S
S
R
R
Shale
Shale
Sandstone and siltstone
(Turbidites)
Sandstone and siltstone
(Turbidites)
S
R
R
S
R
S
• 3 Established Plays
Paleocene, Eocene &
Oligocene
• 4 Hypothetical Play
Miocene, Paleocene,Upper &
Lower Cretaceous
• Hydrocarbon types
Light oil and gas
Fractured carbonates
Argillaceous limestones
Shale
U.S. Analogs:
Baha-1, Tiber-1
RS
R
Argillaceous limestones
Shale
Fractured carbonates
Established play
Hypothetical play
RS
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R Reservoir
S Seal
RS Source Rock
Argillaceous limestones
11
Deepwater South
Reservoirs are structurally
related with two main
domains in deepwater
GOM; contractional
regime of Mexican Ridges
and deformation of Saline
Basin
Contractional System
of Mexican Ridges
Catemaco Fold Belt
Salt Tectonics
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12
Deepwater South
Mexican Ridges contractional system
km
0
Abyssal plain
A’
A
18
Saline Basin
Mexican Ridges
km
0
B’
B
4
8
12
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Mexican Ridges
Saline Basin
Structural Regime
•
Gravitational Tectonics
•
Related extentional-contractional
system
Structural regime
•
Contractional-extensional
•
Salt Tectonics
Structural Styles
•
Asymmetrical anticlines parallel to
shoreline
•
Eocene detachment folds
Structural Styles
•
Fault-bend folds and trhust folds
•
Salt intrusions and diapirs
•
Shallow allochtonous salt bodies.
13
Deepwater South
Stratigraphy
Depositional features
Main Discoveries
PLEISTOCENE
UPP.
PLIOCENE MID.
TERTIARY
LOW.
S
Seal Rock
MID.
R
LOW.
S
R
Established
Play
S
Seal Rock
MIOCENE
OLIGOCENE
EOCENE
?
R
?
Hypothetical
Play
S
Seal Rock
UPPER
R
Established Play
R
Established Play
MIDDLE
LOWER
?
TITHONIAN
KIMMERIDGIAN
OXFORDIAN
CALLOVIAN
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?
S
RS
R
RS
R
Basin and slope sandstone
(Turbidites)
Tabscoob
Neogene Play
Basin and slope sandstone
(Turbidites)
PALEOCENE
UPPER
JURASSIC CRETACEOUS
Established
Play
?
UPP.
MID
R
Lalail
Labay, Lakach, Leek, Noxal
Tabscoob, Piklis, Kunah
Paleogene Play
Basin and slope sandstone
(Turbidites)
Mesozoic Play
Breccias
Fractured carbonates
Nab
Tamil
Seal Rock
Source Rock
?
Hypothetical
Play
Source Rock
Hypothetical
? Play
High energy
Carbonated banks
R Reservoir
S Seal
Hypothetical play
RS Rock Source
Established play
Eolian sands
14
Unconventionals
Unconv. Petroleum Systems of Mexico
1
Upper Jurassic Pimienta-La Casita (!)
2
Upper Cretaceous Eagle Ford – Agua Nueva (.)
II
 Tampico-Misantla Basin
 Brurro-Picachos Platform
II
Burro-Picachos
Burgos
IV
Tampico-Misantla
Cretácico Superior
Terciario
Sabinas
III
Plataforma
Burro
Picachos
II
I
Sabinas
Burgos
Turoniano
Cenomaniano
Eagle
Ford
Eagle
Ford
Agua
Nueva
Cretácico
Inferior
III
Agua
Nueva
IV
Zonas
prospectivas
Tampico-Misantla
Sistemas
Petroleros
No Convencionales
Unconventional
Petroleum
Systems
Jurásico
Superior
La Casita
Jurásico Superior Pimienta – La Casita (!)
Tithoniano
Kimmeridgiano
Oxfordian
Calloviano
Pre-Mesozóico
Pimienta
Upper Jurassic Pimienta - La Casita (!)
Cretácico
Superior Eagle
Ford
– Agua Nueva
(!)(.)
Upper Cretaceous
Eagle
Ford-Agua
Nueva
Productos
Products
Gas
Gas
Gasy&aceite
Oil
Gas
Oil
Aceite
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15
Unconventionals, Tampico-Misantla
Basin
Tectonic
element
Structural elements
TampicoMisantla
Basin
Compressive - wide
anticlines
Deformation Thickness
age
(km)
Paleogene
>6
C’
C
0
1000
2000
3000
Tampico-Misantla Basin
Tuxpan platform
Extensional zone of Gulf of Mexico
C
km
1
5
C’
Paleogene
Upper Cretaceous
Upper Jurasic
Middle-Lower Cretaceous
Neogene
Middle Jurasic
Basement
10
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16
Tampico-Misantla
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17
Unconventionals, Burro-Picachos Platform
Basin
Tectonic
Element
Structural Elements
BurroPlataform/ Compressive – Wide
Picachos
Ramp
anticlinals, homoclinal
Deformation Thickness
Age
(km)
Paleogene
>5
A
Km
A
A’
Sabinas
Burro-Picachos
A’
0
K.Eagle Ford
2
4
Basement
J. La Casita
6
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18
Burro-Picachos Platform
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19
First Bidding Process Progress
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20
Second Bidding Process Progress
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21
For more information
please visit:
www.ronda1.gob.mx
Christian Moya
Potential Evaluation Director, CNH
[email protected]
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22
Bidding Process
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