In: Accounting
The Lake Charles Chemicals LLC is considering investing in a new gas to liquids technology. R&D scientists and engineers are investigating a new liquid-based catalyst system that will enable to operate the reactor at lower temperature and pressure to achieve higher conversion efficiencies. The company expects a three-year R&D period before they start producing the product as a commercial commodity. The following financial information is presented for management review.
• R&D Cost: $6.5 million over a three-year period: $1 million at the beginning of year; $2.5 million at the beginning of year 2; and $3 million at the beginning of year 3. For tax purposes, these R&D expenditures will be expensed rather than amortized.
• Capital investment: $5 million at the beginning of year 4. This investment consists of $2 million in a building and $3 million in plant equipment. The company already owns a piece of land as the building site.
• Financing: The company also borrowed $2 million from a national bank at 25% interest at the beginning of year 4.
• Depreciation method: The building is depreciated based on straight line depreciation method and the plant equipment is depreciated based on double-declining balance method. • Project life: 10 years after a three-year R&D period. • Salvage value: 10% of the initial capital investment for the equipment and 50% for the building (at the end of the project life) • Total Sales: $50 million (at the end of year 4), with an annual sales growth rate of 10% per year (compound growth) during the next five years (year 5 through year 9) and - 10% (negative compound growth) per year for the remaining project life.
• Out-of-pocket expenditures: 80% of annual sales.
• Working Capital: $5 million is considered as an investment at the beginning of year 4 and fully recovered at the end of project life. • Marginal tax rate: 40%
a) Determine the net after-tax cash flows over the project life
b) Determine the IRR for this investment
c) Determine the equivalent annual worth for the investment at MARR = 20%
ANSWER
Year | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | 13 | ||
A | Depreciation of Building($2million-$1million)/10 | $100,000 | $100,000 | $100,000 | $100,000 | $100,000 | $100,000 | $100,000 | $100,000 | $100,000 | $100,000 | |
Depreciation of Equipment : | ||||||||||||
B | Book Value at beginning of Year | $3,000,000 | $2,400,000 | $1,920,000 | $1,536,000 | $1,228,800 | $983,040 | $786,432 | $629,146 | $503,316 | $402,653 | |
C | Depreciation Rate =(1/10)*200% | 20% | 20% | 20% | 20% | 20% | 20% | 20% | 20% | 20% | 20% | |
D=B*C | Annual Depreciation | $600,000 | $480,000 | $384,000 | $307,200 | $245,760 | $196,608 | $157,286 | $125,829 | $100,663 | $80,531 | |
E=B-D | Book Value at End of Year | $2,400,000 | $1,920,000 | $1,536,000 | $1,228,800 | $983,040 | $786,432 | $629,146 | $503,316 | $402,653 | $322,123 | |
F=A+D | Total Annual Depreciation Expenses(Building+equipment) | $700,000 | $580,000 | $484,000 | $407,200 | $345,760 | $296,608 | $257,286 | $225,829 | $200,663 | $180,531 | |
Salvage Cash Flows: | ||||||||||||
G | After Tax Salvage Value of Building | $1,000,000 | ||||||||||
H | Before tax Salvage Value of Equipment=10%*$3million) | $300,000 | ||||||||||
I | Book Value at end of year13 | $322,123 | ||||||||||
J=I-H | Loss on Salvage | $22,123 | ||||||||||
K=J*40% | Tax Saving on Loss(40%*22123) | $8,849 | ||||||||||
L=H+K | After Tax Salvage Cash Flow from Equipment | $308,849 | ||||||||||
M=G+L | Total Salvage Cash Flow at end of year 13 | $1,308,849 | ||||||||||
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