Vaca Muerta Strategic Investment
Bajada del Palo Location and Potential Landing Zones
Multiple landing zones generate extensive drilling inventory
Dolomite Weight Fraction
HIDROCARBON
INTERGRANULAR WATER
Bajada del Palo Core Location Map
API° :
20
25
30
35
40
45
50
55
60
Bajada del Palo Overpressure Map
Overpressure (kg/cm2):
0
50
100
150
200
250
300
350
Prospective Area
Source: WDVG - Petroleum Engineering Laboratories.
(1) A section equals to 1.6 km (1.0 mile).
(2) Includes 413 wells in base plan.
West side
of the
block
between
40 and 32
API°
West side
of the block
2,800
2,850
above 250
kg/cm²
(4,600 psi)
2,900
(m)
9
In base plan
Potential
Resistivity-True Formation
0.2 ohm.m 2000
HSGR
Resistuity-Inducton Amay 90
413 Wells
HSGR
200 02 chmm 2000
Plagioclase Weight Fraction
+1,100 Wells(2)
Caliber
Resistuly-Induction Array 60 Thermal Neutron Porosity
Orthoclase Weight Fraction
IN
Gamma Ray
16 02 chm.m 2000 0.45 WV 0.15
Resistivity-Induction Array 30 Buk Density
02
CLAY BOUND WATER
Total Porosity
viv
Effective Water Saturation
0
CAPI
Bit Size
200 02 ohm.m 2000 1.95 g/cm3 2.95
Resistivity-Inducton Array 10 Photoelectric Factor
16 02 ohm.m 2000 0 be 10
Quartz Weight Fraction
Effective Porosity
vv
Hydrocarbon Filled Porosity
Jite Weight Fraction
Total Water Saturation
Effective Water Saturation
00 viv
Total Water Saturation
Tested
TOC Schncker
TOC Schmoker
Multiple Stack Pay Zones
VV
WV
10
ww
0.1
~5 wells per section (1)
Organic
La Cocina
Carbonate
Up to five different landing zones being tested in adjacent blocks
300 m
26
50 mView entire presentation