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OMV Exploration & Production
Move & More.
Economic EvaluationStart up Training for
Project Engineers
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2 |OMV Exploration & Production EC-E, December 30, 2011
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3 |OMV Exploration & Production EC-E, December 30, 2011
Purpose of the Training
Brief introduction into cash flow based project economics
Understanding major economic decision criteria applied by OMV E&P
Usage of the Easy Evaluation Tool
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4 |OMV Exploration & Production EC-E, December 30, 2011
Contents
Cash Flow Basics
Economic Decision Criteria
Sensitivities
Easy Evaluation Excel Tool
Project Example
2 E&P Exercises
A.
B.
C.
D.
E.
F.
ConclusionG.
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5 |OMV Exploration & Production EC-E, December 30, 2011
Cash Flow Basics
A.
Cash Flow Basics
Definitions & Cash-flow Profile
Revenue / Volume / Price
Petroleum E&P Expenditure
-
Capital Expenditure (CAPEX)
-
Operational Expenditure (OPEX)
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6 |OMV Exploration & Production EC-E, December 30, 2011
Cash Flow Profile of an E&P project
Revenue
CAPEX
OPEX
Cash-Flow of an E&P-Project (entire life cycle view)
A.
Cash Flow Basics
mnEURO
27.5
20.6
13.7
6.9
0.0
-27.5
-20.6
-13.7
-6.9
27.7%
19.8%12.0%
4.2%
-3.6%
-27.1%
-19.3%
-11.4%
2012 2014 2016 2018 2020 2022 2024 2026 20302028
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7 |OMV Exploration & Production EC-E, December 30, 2011
Revenue / Volume / Price
Differentiation:
Produced Volume
Sold Volume
The income portions of cash flows are known as Revenue
Gross revenue is the product of oil and/or gas volume multiplied by
the unit price received for each volume of that product
PricexVolumesoldRevenue=
A.
Cash Flow Basics
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8 |OMV Exploration & Production EC-E, December 30, 2011
Petroleum E&P Expenditure
Payment of cash or cash-equivalent for goods or services;
can be classified as:
Capital Expenditure (CAPEX) and
Operating Expenditure (OPEX)
Definition of typical E&P expenditures Finding Cost CAPEX
Development Cost CAPEX
Production Cost OPEX
A.
Cash Flow Basics
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9 |OMV Exploration & Production EC-E, December 30, 2011
Contents
Cash Flow Basics
Economic Decision Criteria
Sensitivities
Easy Evaluation Excel Tool
Project Example
2 E&P Exercises
A.
B.
C.
D.
E.
F.
ConclusionG.
Start up training for project engineers_07.ppt
B E i D i i C it i
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10 |OMV Exploration & Production EC-E, December 30, 2011
Economic Decision Criteria
Fundamental bases of economic decision
-
General introduction
-
Time value of Money
Economic Yardsticks
-
Net Present Value (NPV)
-
Expected Monetary Value (EMV)
-
Internal Rate of Return (IRR)-
Payback Period
-
Profitability Index
B. Economic Decision Criteria
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B Economic Decision Criteria
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Financial & Economic Analysis
Everything important to the decision should be included in the analysis
Concerning the decision making process also qualitative factors have to
be taken under consideration (e.g. effects to the society)
Financial analysis of investment alternatives requires that all
opportunities be appraised on the same basis, and the time value of
money be properly taken into account
There is not only one single measure of profitability
B. Economic Decision Criteria
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B Economic Decision Criteria
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12 |OMV Exploration & Production EC-E, December 30, 2011
Time Value of Money
Decision-making in investment analysis requires anticipated revenues &
cost of investment alternatives to be placed on equivalent bases
Counterpart of discounting: compounding
Relevant levers discount rate
time
value
Project Economics and Decision Analysis, Volume I, p. 23ff.
* PV
. Present value
** FV
. Future value
*** id
. discount
interest
rate1 2 30 5 64
@10%
10,000
10,000 / (1 + 0,1)
=
9,091
9,091 / (1 + 0,1)
=
8,264
8,264 / (1 + 0,1)
=
7,513
7,513 / (1 + 0,1)
=
6,830
6,830 / (1 + 0,1)
=
6,209
6,209 / (1 + 0,1)
= 5,645
*PV=**FV/(1+***id)
n = 10,000/(1+0.1)6
= 10,000/1.7716= 5,645
B. Economic Decision Criteria
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B Economic Decision Criteria
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13 |OMV Exploration & Production EC-E, December 30, 2011
Discount rate
Discount rates at E&P:
Standard rate (WACC)- Percentage rate at which future money is
discounted 10%(WACC):
Weighted-average cost of capital
the marginal cost of
funding the next project; this is calculated as an weighted-average
cost of a mixture of equity and debt.
Hurdle rate the minimum acceptable rate of return on investment 15% for incremental projects / 11% for acquisitions
Economics
of worldwide
PPC, R.D. Seba; page
185
B. Economic Decision Criteria
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14 |OMV Exploration & Production EC-E, December 30, 2011
Net Present Value (NPV) (1/4)
For analyses of project cash flows the most common method is Net
Present Value (NPV)
NPV = Total PV of future CFs + Initial Investment (negative)
General:
NPV uses cash flows
NPV uses the cash flow pattern of the entire project NPV discounts the periodically (yearly) cash flows properly (
discounted cash flows)
Base case model computes nominal NPV
B. Economic Decision Criteria
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B Economic Decision Criteria
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The formula for NPV calculation is*
where
CF0
= Todays cash flow
CFn
= Projects cash flow of period n
i = discount rate
n = Number of years elapsed
If NPV > 0, the project is accepted(NPV represents present value cash worth in excess of realizing a rate of returnequal to i);
If NPV = 0, the project is marginal, i.e. neither adds or destroyed value.
(the project yields a rate of return equal to i);
If NPV
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Would you rather receive:
Option A: 10,000 as follows: 6,000 after 1 year and 4,000 after 2 years
or
Option B: 12,000 as follows: 2,000 after 1 year followed by another 2,000
annually during over the next 5 years?
In this example, it is preferable to receive 10,000 in 2 years as this has a present value of 8,760 as opposed to the
present value of de 8,711 based on in six payments of 2,000 each.
Cash Flow
Option A Option A Option B Option B
Year Discount rateUndiscounted Discounted Undiscounted Discounted
@ 10%0 1.000 0 0 0 0
1 0.909 6,000 5,455 2,000 1,818
2 0.826 4,000 3,306 2,000 1,653
3 0.751 0 0 2,000 1,503
4 0.683 0 0 2,000 1,366
5 0.621 0 0 2,000 1,242
6 0.564 0 0 2,000 1,129
Total 10,000 8,760 12,000 8,711
Net Present Value (NPV) (3/4)
Example
B. Economic Decision Criteria
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B. Economic Decision Criteria
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17 |OMV Exploration & Production EC-E, December 30, 2011
Normally, when the discount rate (i) increases the NPV decreases.
8,711
6,651
5,285
4,336
3,6493,135
0
1,000
2,000
3,000
4,000
5,000
6,000
7,000
8,000
9,000
10,000
10% 20% 30% 40% 50% 60%
discount rate (i)
NPV
EUR
Option B
Net Present Value (NPV) (4/4)
Example
B. Economic Decision Criteria
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Expected Monetary Value can be calculated by risk adjusting the NPV
expressed mathematically as the sum of the product of an events
probability of occurrence and the gain and loss that will result
undiscounted discounted @10%
0 -2.50 -2.50
1 2.00 1.82
2 3.50 2.89
3 4.00 3.014 4.50 3.07
5 5.00 3.10
6 4.00 2.26
7 3.00 1.54
8 2.00 0.93
9 1.00 0.42
10 0.30 0.12
Total 26.80 16.66
dry hole costs 2,5
Year
Cash Flow Exploration Well (mn EUR)
chance of success 15%
success
propability gain (NPV)
15% 16.66 2.50
EMV = 0.37 mn EUR
dry hole
propability
85% -2.50 -2.13
loss (drilling costs)
x
x
+
Expected Monetary Value (EMV)
co o c ec s o C te a
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B. Economic Decision Criteria
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19 |OMV Exploration & Production EC-E, December 30, 2011
Internal Rate of Return (IRR) is the discount rate for which the Net Present
Value equals 0
Excel formulae:
IRR () English version
IKV() German version
Effective rate of interest of the respectively bounded capital
If
IRR
the hurdle rate, the investment proposal shall be accepted.
If
IRR < the hurdle rate, the investment proposal shall be rejected.
Internal Rate of Return (IRR) (1/2)
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B. Economic Decision Criteria
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20 |OMV Exploration & Production EC-E, December 30, 2011
3.80
2.45
1.42
0.63
-0.51
-0.93
-1.28-1.58
0.00
-2.00
-1.00
0.00
1.00
2.00
3.00
4.00
5.00
18% 28% 38% 48% 58% 68% 78% 88% 98%
discount rate
NPV
mnEUR
IRR = 58% --> NPV = 0
Internal Rate of Return (IRR) (2/2)
Example
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B. Economic Decision Criteria
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21 |OMV Exploration & Production EC-E, December 30, 2011
Payback Period (1/3)
The focuses on recovering the initial investment
time needed to recover the investment (payback or amortization period)
Break-even point
Signifies time period of exposure to risk
the shorter the payback the better
Problems with payback
ignores benefits occurring after the payback period
does not measure total income
The payback period is based on the discounted accumulated project cash
flow (main OMV discount rate of 10% has to be used)
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B. Economic Decision Criteria
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22 |OMV Exploration & Production EC-E, December 30, 2011
New Oil Company is considering to drill an additional development well on its
field. The well will cost
mn EUR 2.5 to drill and will generate
mn EUR 0.33
additional income for 20 years. The company requires that investments are
paid back within 10 years. Should the investment go ahead?
Solution: The payback period is 14,6 years, the investment is rejected
OMV
discounted 10% -
notice
Year
Discount
Factor
Annual Cash
Flow
Accumulative
Cash Flow
Accumulative
discounted Cash
Flow
@ 10% [mn EUR] [mn EUR] [mn EUR]
0 -2.50 -2.50 -2.50
1 0.909 0.33 -2.17 -2.202 0.826 0.33 -1.84 -1.93
..
7 0.513 0.33 -0.19 -0.89
8 0.467 0.33 0.14 -0.74
..
13 0.29 0.33 1.79 -0.16
14 0.263 0.33 2.12 -0.07
15 0.239 0.33 2.45 0.01
..
20 0.149 0.33 4.10 0.31
Payback Period (2/3)
Example Calculation
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B. Economic Decision Criteria
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23 |OMV Exploration & Production EC-E, December 30, 2011
Payback Period (3/3)
Example Chart
-2.4
0.3 0.3 0.2 0.2 0.2 0.2 0.2 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.0
-2.5
-2.2
-1.8
-1.5
-1.2
-0.9
-0.5
-0.2
0.1
0.5
0.8
1.1
1.5
1.8
2.1
2.52.8
3.1
3.4
3.8
4.1
-2.4
-2.1
-1.8
-1.6
-1.4-1.2
-1.0-0.9
-0.7-0.6
-0.5-0.3
-0.2-0.1
-0.1 0.00.1 0.1
0.2 0.20.3
-3
-2
-1
0
1
2
3
4
5
2011 2013 2015 2017 2019 2021 2023 2025 2027 2029 2031
mn
EURO
Project CF (non-disc.)
Project Cash Flow, non-disc.,acc.
Project Cash Flow, disc., acc.
Payback after 14.6 years
(disc.)
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24 |OMV Exploration & Production EC-E, December 30, 2011
Profitability Index (1/2)
Also known as Discounted Return of Investment (DROI) PI shows how many EURO cents is earned per 1 EURO of cash out (e.g.
CAPEX)
Typically used within OMV E&P
Also possible (normally not used within OMV E&P)
NPV
PV Cash out
=
Profitability Index
PV Cash in PV Cash out-PV Cash out
((
PI =NPV
=PV of CF
Present Value of CAPEX PV of CAPEX
PI =NPV
=PV of CF
Present Value of (CAPEX + OPEX) PV of (CAPEX + OPEX)
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25 |OMV Exploration & Production EC-E, December 30, 2011
Profitability Index (2/2)
Example
Example:
Project CAPEX = 100 MM EUR spent over 1 year. Operational CF = 20 MM EUR per year over 10 years.
Discount rate = 10%, CF basis at the end of the year.
NPV = 20,81 MM EUR, Present Value (PV) of CAPEX = 90,9 MM EUR
PI = 0,23 which means this project will generate 23 EURO cents per each 1
EURO invested, both being in terms of Present Value.
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26 |OMV Exploration & Production EC-E, December 30, 2011
Which yardsticks to use
Decision
KPI What is it What it means Stumbling blocks
NPV
Major assessment criterion for
project economics
Absolute value in monetary
terms of discounted payment
surpluses indicating projectattractiveness
Useful for project rankings
Positive NPV project is profitable
Negative NPV project is not profitable
For rankings: a project is preferred if the
NPV is higher than that of an alternativeinvestment
Uncertainty of cash flows
Reinvestment premise (at discounting rate)
For project comparisons: prerequisite of
identical life time of all alternatives
EMV
Risk-adjusted (probability-
adjusted) NPV (cf. above)
Positive EMV project is profitable (given
its probabilities)
Negative EMV project is not profitable(given its probabilities)
Accuracy of probabilities
Reinvestment premise (at discounting rate)
For project comparisons: prerequisite of
identical life time of all alternatives
IRR
Internal rate of return (in %) of acash flow profile
Indicates the discounting rate at
which the cash flow profile hasan NPV of 0
Is compared to a specific hurdle
rate (%)
Higher than hurdle rate project isprofitable (with some restrictions)
Lower than hurdle rate project is not
profitable
For rankings: a project is preferred if the IRR
is higher than that of an alternative
investment
Reinvestment premise (at IRR)
Cannot always be calculated (certain cases
of inconclusive IRR or no IRR at all)
Not additive
Does not consider (total) investment volume
For project comparisons: prerequisite of
identical life time of all alternatives
PayBack
Period
Number of periods (years)
needed to recover the investedcapital
Useful for single investment ofchoice decisions
The shorter the pay back period the better
A shorter payback period indicates a lower
risk exposure
Reinvestment premise (at discounting rate)
Ignores occurrences after breakeven point
in time
Does not provide information about total
profit of the investment project
PI
Ratio indicating how many
monetary units is earned per 1monetary unit of cash out (e.g.CAPEX)
Useful for project rankings
The higher the PI the more attractive a
project appears
Reinvestment premise (cf. NPV)
There is different ways of calculation(depending on denominator)
Not additive
Does not consider (total) investment volume
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27 |OMV Exploration & Production EC-E, December 30, 2011
Contents
Cash Flow Basics
Economic Decision Criteria
Sensitivities
Easy Evaluation Excel Tool
Project Example
2 E&P Exercises
A.
B.
C.
D.
E.
F.
ConclusionG.
Start up training for project engineers_07.ppt
C. Sensitivities
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28 |OMV Exploration & Production EC-E, December 30, 2011
Spider
Sensitivity graph (1/2)
Differentiation between input variables/parameters and output results
Ceteris paribus assumption (all other things held constant)
Spider chart illustrates the differences between
the minimum and maximum values of the output result by drawing a
curve through all variations of the input variable tested (E&P standard
50%, 75%, 125%, 150%)
Curves with steep slopes, positive or negative, indicate that those
variables have a large effect, while curves that are almost horizontal
show little or no effect on the forecast
The slopes of the lines also indicate whether a positive change in the
variable has a positive or negative effect on the output result
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C. Sensitivities
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Spider
Sensitivity graph (2/2)
38 1
33 6
2 91
2 45
200
15 4
1 09
63
18
-28
33 8
30 1
2 65
2 28
191
15 41 17
81
44
7
-339
-240
-142
-43
56
15 4
2 53
3 52
450
54 9
-339
-240
-142
-43
56
15 4
2 53
352
450
54 9
-400
-200
0
200
400
600
800
5 0.0% 60.0 % 70 .0% 80 .0% 9 0.0% 1 00.0 % 110.0% 120 .0% 13 0.0% 14 0.0%
% of B ase C ase
mnEURO
C A P E X
O P E X
Price
Quant i ty
B A S E C A S E
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30 |OMV Exploration & Production EC-E, December 30, 2011
Contents
Cash Flow Basics
Economic Decision Criteria
Sensitivities
Easy Evaluation Excel Tool
Project Example
2 E&P Exercises
A.
B.
C.
D.
E.
F.
ConclusionG.
Start up training for project engineers_07.ppt
D. Easy Evaluation Excel Tool
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General-
Pre tax calculation (no royalties and taxes are considered)-
All volumes have to be inputted in mn
boe
-
All cash values have to be inputted in mn
Purpose of the tool
-
Quick project evaluation-
Creation and comparison of project scenarios
-
Optimization of the cash flow concerning the best economicaloutput
-
Not a tool to create final economic calculations-
Final economics have to be calculated in Palantir
Cash
Easy Evaluation Excel Tool
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32 |OMV Exploration & Production EC-E, December 30, 2011
Contents
Cash Flow Basics
Economic Decision Criteria
Sensitivities
Easy Evaluation Excel Tool
Project Example
2 E&P Exercises
A.
B.
C.
D.
E.
F.
ConclusionG.
Start up training for project engineers_07.ppt
F. 2 E&P Exercises
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2 E&P exercises
Project input
Making the right decisions
-
Output of calculations and graphics
Change Input variables (scenarios)
-
New output of calculations and graphics
Close loop Learning by doing
Short presentation of findings
Presentation of the results and interpretations
Team Exercises
Start up training for project engineers_07.ppt