Tuesday 19 July 2016

Crude Oil Limited purchases an oil tanker depot on July 2, 2011

Crude Oil Limited purchases an oil tanker depot on July 2, 2011, at a cost of $600,000 and expects to operate the depot for 10 years. After the 10 years, the company is legally required to dismantle the depot and remove the underground storage tanks. It is estimated that it will cost $75,000 to do this at the end of the depot's useful life. Crude Oil follows private enterprise GAAP.

Instructions
(a) Prepare the journal entries to record the acquisition of the depot and the asset retirement obligation for the depot on July 2, 2011. Based on an effective interest rate of 6%, the present value of the asset retirement obligation (i.e., its fair value) on the date of acquisition is $41,879.
(b) Prepare any journal entries required for the depot and the asset retirement obligation at December 31, 2011. Crude Oil uses straight-line depreciation. The estimated residual value of the depot is zero.
(c) On June 30, 2021, Crude Oil pays a demolition firm to dismantle the depot and remove the tanks at a cost of $80,000.
Prepare the journal entry for the settlement of the asset retirement obligation.
(d) Prepare the schedule to calculate the balance in the asset retirement obligation account for all years from 2011 to 2021, assuming there is no change in the estimated cost of dismantling the depot.
(e) Show how all relevant amounts will be reported on Crude Oil Limited's financial statements at December 31, 2011.
(f) How would the accretion expense be reported on the statement of cash flows?
(g) Discuss how Crude Oil would account for the asset retirement costs and obligations if the company reports under IFRS. Be specific.



(a)                                                        July 2, 2011
Oil Tanker Depot
600,000

            Cash

600,000

Oil Tanker Depot

41,879

            Asset Retirement Obligation

41,879



(b)                                                 December 31, 2011
Depreciation Expense
32,094

            Accumulated Depreciation –
                 Oil Tanker Depot


32,094
                 ($600,000 + $41,879) ÷ 10 X 6/12

Accretion Expense
1,256

            Asset Retirement Obligation

1,256
            ($41,879 X 6% X 6/12)

(c)                                                      June 30, 2021
Asset Retirement Obligation
75,000

Loss on Settlement of Asset Retirement
       Obligation

5,000

            Cash

80,000

 (d)
Beg. Carrying Amount
Accretion Expense (6%)
Ending Carrying Amount
2012
   41,879.00
   2,512.74
 44,391.74
2013
   44,391.74
   2,663.50
 47,055.24
2014
   47,055.24
   2,823.31
 49,878.55
2015
   49,878.55
   2,992.71
 52,871.26
2016
   52,871.26
   3,172.28
 56,043.55
2017
   56,043.54
   3,362.61
 59,406.15
2018
   59,406.15
   3,564.37
 62,970.52
2019
   62,970.52
   3,778.23
 66,748.75
2020
   66,748.75
   4,004.93
 70,753.68
2021
   70,753.68
   4,245.22
 74,998.90

(e)       Balance Sheet:
            Property, Plant, and Equipment:
            Oil Tanker Depot                                                  $641,879
            Less: Accumulated Depreciation                          32,094       609,785

            Long-term Liabilities:
            Asset Retirement Obligation                                                        43,135
                   ($41,879 + $1,256)

            Income Statement:
            Operating Expenses 
                 Depreciation Expense                                                             32,094
                 Accretion Expense                                                                      1,256

(f)        The accretion expense is a non-cash expense. It would be omitted from cash from operations in the statement of cash flows prepared using the direct method. It would be added back to net income in the statement prepared using the indirect method.

In this particular situation, there would be no difference between an “ASPE solution” and an “IFRS solution” except that IFRS might include a broader range of future costs. However, to illustrate the difference between IFRS and ASPE, the solution below sets out an assumption that illustrates a significant difference between how the two GAAPs are applied.

(g)       The IFRS considers that only half of the ultimate costs are caused by the acquisition of the property, and if no production were carried out, only $37,500 would need to be spent to remediate the site at the end of the 10-year period. However, as production proceeds, further damage is done and the costs of clean-up associated with the additional damage caused by production have to be recognized in the liability account. The associated costs are recognized as production costs, similar to other production costs.

            Because production does not even begin until July 1, 2011, there is no liability associated with the production activities until December 31, 2011, the company’s year end. Therefore, there is no accretion recorded for the July 1 to December 31, 2011 period.  However, on December 31, the costs of remediation caused by the July to December production are recognized as production costs and the first of the entries to the ARO for the production activities is made. 

            Under IFRS assuming the ARO related 50% to acquisition and 50% to the subsequent production:
·         The July 1/11 entry to acquire the oil tanker depot would be the same as under PE GAAP.
·         Instead of capitalizing the full $41,879 in the oil tank depot account, only ½ X $41,879 or $20,940 would be capitalized at July 1/11.
·         The depreciation expense for the six months ended December 31/11 would be ($600,000 + $20,940) ÷ 10 X 6/12 = $31,047
·         Accretion expense for the 6 months ended December 31/11 would be lower than under the private enterprise standard. It would be $20,940 X 6% X 6/12 = $628.
·         In addition, an entry would have to be made to recognize the increased ARO due to the production activities for the 6 months with the costs charged to Inventory. This is measured at the present value of the incremental costs caused by this production. If $37,500 of the remediation obligation (ARO) was caused by the acquisition of the asset, then the other $37,500 of the ARO, or $1,875 every six months, is caused by production. At the end of December 2011, $1,078 is the present value of the incremental cost caused by production (PV $1,875 using i=6% and n=9.5 periods which gives a PV factor of .57490). On June 30, 2012, an additional $1,110 costs will be recognized as production costs and an increase in the ARO (PV $1,875 using i=6% and n=9 periods which gives a PV factor of .59190). At June 30, 2012, accretion will have to be recognized as well because $1,078 has been included in the liability since December 31, 2011. However, only $1,078 is charged to Inventory and credited to the Asset Retirement Obligation at December 31, 2011.  
·         At June 30, 2021, the asset retirement obligation will have accumulated to $75,000, the same as under the private enterprise approach. Therefore the same entry is made to recognize the $80,000 expenditure for remediation and the $5,000 loss.

Note to instructors: This may be more detail than you’d like to get into with your students, but is provided here as one way to calculate reasonable numbers for the entries. The following table sets out a “proof” that the asset retirement obligation related to production activity and accretion for the first year’s production will accumulate to 1/10 of the estimated retirement costs at the end of 10 years or $3,750.

For each period, the ARO relating to the current production is recorded at its present value at the end of the period of production, added to the same liability account for the ARO recognized for the asset acquisition, and then accreted until the obligation is eventually retired.

There is no amount in the ARO account related to inventory production until December 31/11, so no accretion is needed in that first period.


Present value of additional costs resulting from production in first year
Accretion at 6% per year
Balance of ARO related to production activity for first year
Jul.1/11
0
0
0
Dec.31/11
1,078
0
1,078
Jul.1/12
1,110
32
2,220
Jul.1/13
0
133
2,353
Jul.1/14
0
141
2,494
Jul.1/15
0
150
2,644
Jul.1/16
0
159
2,803
Jul.1/17
0
168
2,971
Jul.1/18
0
178
3,149
Jul.1/19
0
189
3,338
Jul.1/20
0
200
3,538
Jul.1/21
0
212
3,750