You are considering two different systems for pollution control. System 1 costs $960,000 has an eight year life, and has a pre-tax operating cost of $7,150 per year. System Two costs $580,000, has a five year life and has a pre-tax operating cost of $35,000 per year. Fort both systems use straight line depreciation and assume neither system has any salvage value. If your tax rate is 39% and your discount rate is 13%, which do you prefer?
System 1
Time line | 0 | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | |
Cost of new machine | -960000 | |||||||||
=Initial Investment outlay | -960000 | |||||||||
Sales | 0 | 0 | 0 | 0 | 0 | 0 | 0 | 0 | ||
Profits | Sales-variable cost | 0 | 0 | 0 | 0 | 0 | 0 | 0 | 0 | |
Operating cost | -7150 | -7150 | -7150 | -7150 | -7150 | -7150 | -7150 | -7150 | ||
-Depreciation | Cost of equipment/no. of years | -120000 | -120000 | -120000 | -120000 | -120000 | -120000 | -120000 | -120000 | |
=Pretax cash flows | -127150 | -127150 | -127150 | -127150 | -127150 | -127150 | -127150 | -127150 | ||
-taxes | =(Pretax cash flows)*(1-tax) | -77561.5 | -77561.5 | -77561.5 | -77561.5 | -77561.5 | -77561.5 | -77561.5 | -77561.5 | |
+Depreciation | 120000 | 120000 | 120000 | 120000 | 120000 | 120000 | 120000 | 120000 | ||
=after tax operating cash flow | 42438.50 | 42438.5 | 42438.5 | 42438.5 | 42438.5 | 42438.5 | 42438.5 | 42438.5 | ||
+Tax shield on salvage book value | =Salvage value * tax rate | 0 | ||||||||
=Terminal year after tax cash flows | 0 | |||||||||
Total Cash flow for the period | -960000 | 42438.5 | 42438.5 | 42438.5 | 42438.5 | 42438.5 | 42438.5 | 42438.5 | 42438.5 | |
Discount factor= | (1+discount rate)^corresponding period | 1 | 1.13 | 1.2769 | 1.442897 | 1.6304736 | 1.8424352 | 2.0819518 | 2.352605 | 2.6584442 |
Discounted CF= | Cashflow/discount factor | -960000 | 37556.19469 | 33235.57 | 29412.009 | 26028.327 | 23033.918 | 20383.998 | 18038.94 | 15963.66 |
NPV= | Sum of discounted CF= | -756347.39 |
System 2
Time line | 0 | 1 | 2 | 3 | 4 | 5 | |
Cost of new machine | -580000 | ||||||
=Initial Investment outlay | -580000 | ||||||
Sales | 0 | 0 | 0 | 0 | 0 | ||
Profits | Sales-variable cost | 0 | 0 | 0 | 0 | 0 | |
Operating cost | -35000 | -35000 | -35000 | -35000 | -35000 | ||
-Depreciation | Cost of equipment/no. of years | -116000 | -116000 | -116000 | -116000 | -116000 | |
=Pretax cash flows | -151000 | -151000 | -151000 | -151000 | -151000 | ||
-taxes | =(Pretax cash flows)*(1-tax) | -92110 | -92110 | -92110 | -92110 | -92110 | |
+Depreciation | 116000 | 116000 | 116000 | 116000 | 116000 | ||
=after tax operating cash flow | 23890.00 | 23890 | 23890 | 23890 | 23890 | ||
+Tax shield on salvage book value | =Salvage value * tax rate | 0 | |||||
=Terminal year after tax cash flows | 0 | ||||||
Total Cash flow for the period | -580000 | 23890 | 23890 | 23890 | 23890 | 23890 | |
Discount factor= | (1+discount rate)^corresponding period | 1 | 1.13 | 1.2769 | 1.442897 | 1.6304736 | 1.8424352 |
Discounted CF= | Cashflow/discount factor | -580000 | 21141.59292 | 18709.37 | 16556.968 | 14652.184 | 12966.535 |
NPV= | Sum of discounted CF= | -495973.35 |
Choose system 2 as it has higher NPV
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