In: Finance
The NCO Corporation has won a tender to drill an oil field in the Oman Sea. In order to transport the workers to the site, NCO has the following two options with related cost:
Option1:To buy a ship for O.R 20,000,000. Annual fixed operating costs will be O.R 500,000 the variable cost per journey is O.R 1,000. At the end of the four-year project, the ship can be disposed of for O.R 12,000,000.
Option2:To buy a helicopter for O.R 12,000,000. The average operating costs will be O.R 500 per trip. Maintenance costs are expected to be O.R 200,000 annually. At the end of the four-year project, the helicopter can be sold for O.R 4,000,000.
The expected cash inflow from either option is O.R 9,000,000 each year for the four year period. The expected annual demand for transporting employees offshore and back again over the next four years is forecasted as follows:
Year |
1 |
2 |
3 |
4 |
transporting employees/ Ship |
1,000 Journeys |
1,000 Journeys |
1,000 Journeys |
1,000 Journeys |
transporting employees/ helicopter |
4,000 Journeys |
4,000 Journeys |
4,000 Journeys |
4,000 Journeys |
NCO’s cost of capital is 7%
Instructions:
Find the Equivalent Annual Cost (EAC) for each option.
Calculate the NPV and the IRR for both projects.
Critically appraise which option, if either, the company should undertake.
Op.1 | Op.2 | ||||||
Ship | Helicopter | ||||||
Initial investment | 20000000 | 12000000 | |||||
Life | (Years) | 4 | 4 | ||||
Salvage value | 12000000 | 4000000 | |||||
Cash inflow | 9000000 | 9000000 | |||||
No. of journeys each year | 1000 | 4000 | |||||
Operating cost - | |||||||
Fixed cost | 500000 | 200000 | |||||
Variable Cost | (per journey) | 1000 | 500 | ||||
Cost of capital | 7% | 7% | |||||
EAC - | |||||||
Cash inflow | 9000000 | 9000000 | |||||
Operating cost : | |||||||
Variable Cost | (Cost per journey x No. of journey each year) | 1000000 | 2000000 | ||||
Fixed cost | 500000 | 200000 | |||||
Annual Cashflow | (EAC) | 7500000 | 6800000 | ||||
PVAF(7%,4 years) | 3.3872 | 3.3872 | |||||
PV of cash flows | 25404084 | 23033036.5 | |||||
Add: | Salvage value | (Salvage value x PVIF(7%,4)) | 9154742.5 | 3051580.85 | |||
Less: | Initial investment | 20000000 | 12000000 | ||||
NPV = | 14558827 | 14084617.4 | |||||
PVAF(7%,4 years) | 3.3872 | 3.3872 | |||||
EAC = NPV / PVAF | 4298175.1 | 4158175.07 | |||||
IRR = | Rate at which NPV = 0 i.e. Outflow = Inflow | ||||||
Option 1 = | Cost of ship = | Annual cashflow + Salvage value | |||||
20000000 = | 7500000 x PVAF(r, 4) + 12000000 x PVIF(r,4) | ||||||
At r = | NPV | ||||||
58% | 10839.99402 | ||||||
r | 0 | ||||||
59% | -122328.801 | ||||||
Using linear interpolation - | |||||||
r - 58/ 59-58 = | 0- 10839.99/(-122328.80 - 10839.99) | ||||||
r-58 = | 0.0814 | ||||||
r = | 58 + 0.0814 | ||||||
r = | 58.0814 | ||||||
Option 2 = | Cost of helicopter = | Annual cashflow + Salvage value | |||||
12000000 = | 6800000 x PVAF(r, 4) + 4000000 x PVIF(r,4) | ||||||
At r = | NPV | ||||||
65% | 101687.8958 | ||||||
r | 0 | ||||||
66% | -2241.30452 | ||||||
Using linear interpolation - | |||||||
r - 65/ 66-65 = | 0-101687.89/(-2241.30 - 101687.89) | ||||||
r - 65 = | 0.978434 | ||||||
r = | 65 + 0.9784 | ||||||
r = | 65.9784 | ||||||
Op.1 | op.2 | ||||||
EAC | 4298175.1 | 4158175.07 | |||||
NPV | 14558827 | 14084617.4 | |||||
IRR | 58.0814 | 65.9784 | |||||
Please provide feedback…. Thanks in advance…. :-) | |||||||