DocketNumber: Docket Nos. 7289-74, 2338-75, 2339-75
Judges: Wiles
Filed Date: 4/26/1978
Status: Precedential
Modified Date: 10/19/2024
*134 Mining process of the mineral "Seneca Standard" tripoli determined.
*59 Respondent determined the following deficiencies in petitioner's Federal income taxes:
Year | Deficiency |
1963 | $ 39,250.00 |
1964 | 43,986.00 |
1965 | 42,753.00 |
1966 | 57,861.10 |
1967 | 57,350.31 |
1968 | 54,991.38 |
Various issues have been settled and one issue has been severed for independent briefing and opinion. The only issue currently presented for our decision is what steps in processing the mineral "Seneca Standard" tripoli are mining processes for purposes of calculating petitioner's allowable depletion deduction under
*60 FINDINGS OF FACT
Some of the facts have been*137 stipulated and are found accordingly.
Petitioner, the Carborundum Co., is a Delaware corporation with its principal offices in Niagara Falls, N. Y. Petitioner timely filed consolidated Federal income tax returns for the years in question with the District Director of Internal Revenue, Buffalo, N. Y.
Carborundum is engaged directly and through subsidiaries in the manufacture and sale of a diversified line of products that includes abrasive materials. One such mineral, "Seneca Standard" tripoli, is extracted from deposits near Seneca, Mo. "Seneca Standard" tripoli is a form of silica that varies from 90 to 98 percent silicon dioxide (SiO[2]), and contains fractional percentages of iron, alumina, and quartz. One outstanding characteristic of "Seneca Standard" that distinguishes it from other forms of tripoli such as rotten-stone and amorphous silica, is the physical structure of the individual particle. It is soft, porous, has a fiber structure with no sharp edges, and an average size of less than 0.01 millimeters. Even the most minute particle never has a sharp or jagged edge. "Seneca Standard" also has a high absorption rate. The crude stone can absorb up to 35 percent water*138 and the powdered material can absorb up to 52 percent water. The absorption of oil varies from 40 to 52 percent, depending on the fineness of the material.
The major use of "Seneca Standard" tripoli is in buffing compounds. Because of its physical properties, "Seneca Standard" may be bound firmly by stearic acid, tallow, paraffin, petrolatum, and oils, with which it is mixed in various formulas. When used in a buffing compound, the particles break down at the proper rate as pressure is applied and give maximum buffing results with a minimum of resistance.
Deposits of "Seneca Standard" are discovered through core drilling. After a deposit is discovered, the overburden, ranging from 8 to 15 feet in depth, is stripped from the mineral deposit. The surface of the exposed mineral is then cleaned to prevent contamination by earth or clay. Next, holes are drilled into the mineral, they are chambered with dynamite, and shot with black powder. The broken material, containing 20 to 35 percent moisture, is loaded onto trucks and taken to open-air drying sheds for curing. These drying sheds are "pole barn" structures, *61 having roofs, but no siding. These structures allow the prevailing*139 winds to draw moisture from the exposed mineral. During the outdoor drying process, which might last from 6 to 12 months, the moisture content of "Seneca Standard" tripoli is reduced from approximately 35 percent to as low as 10 percent.
After the "Seneca Standard" is cured through air drying, the mineral is trucked to petitioner's processing mill for further treatment. The first step in processing occurs when the crude mineral is dumped through a grate into a jaw crusher for primary crushing. The material leaving the jaw crusher has a particle size no larger than one and a half inches. The crushed material is then fed by bucket elevator into one of four holding tanks. Next, the crude "Seneca Standard" is fed from the holding tanks into an 80-foot indirect fired rotary dryer. This dryer, with a temperature of approximately 2,800 to 3,000 degrees Fahrenheit, reduces the moisture content of "Seneca Standard" tripoli to approximately 1 percent. There is no change in chemical composition or physical properties other than the extraction of moisture as a result of drying. From the dryer, the ore drops into a secondary crushing unit, referred to as the hammer mill. In the hammer*140 mill "Seneca Standard" tripoli is reduced in particle size to no larger than one-quarter inch. Following crushing in the hammer mill, the material is taken by bucket elevator to a tube mill. The tube mill, a fine grinding unit, is lined with large adamant silica stone and contains smaller tumbling adamant silica stones that act as grinding media. The parties have stipulated that the process "Seneca Standard" tripoli is subjected to in the tube mill is "fine pulverization" as that term is defined in
From the tube mill, the fine pulverized "Seneca Standard" tripoli is separated into three different grades of powdered material. The three different grades are referred to as once ground, double ground, and air floated. Separation occurs by passing the two finer grades -- the air floated and double ground -- through Raymond air separators. Once ground, the coarsest grade produced is classified by using a Tyler Hummer screen. After separating the particles of "Seneca Standard" tripoli according to size by passing the material through classification screens, the "Seneca Standard" is then fed into*141 a packing machine where it is packed into large four- or five-ply *62 paper bags which, when filled, weigh 101 pounds. These bags are then sealed, stenciled with identification symbols, stacked on wooden or cardboard pallets, and then loaded into railroad cars for shipment.
Processing "Seneca Standard" tripoli is a closed-circuit operation from the time the mineral is fed into the jaw crusher until it is packed into paper bags. Throughout this process nothing is added to the material and there is no change in composition or physical properties, other than the removal of all but approximately 1 percent of the moisture content.
Petitioner controls 98 percent of the domestic and foreign market of "Seneca Standard" tripoli. Consequently, there are no representative field prices for the mineral in any condition other than the finished product shipped in paper bags. Although large blocks of "Seneca Standard" were used in water filtration during the late 1800's and early 1900's, since 1920 there has been no market for "Seneca Standard" in block form.
Respondent, in his notice of deficiency, allowed certain processes to qualify as mining processes for the purpose of determining petitioner's*142 depletion allowance. Those processes considered by respondent as mining processes are: stripping the overburden, blasting, loading the rough material onto trucks, hauling to open-air drying sheds and drying, crushing in the jaw crusher, drying in the gas-fired rotary furnace, grinding in the hammer mill, and loading the sacks into boxcars. Those processes respondent considered manufacturing processes, not mining processes, are fine pulverization in the tube mill, separating and classifying into grades of fineness, and sacking (including labor costs in mechanically filling the bags). Respondent also determined that the cost of miscellaneous supplies (including the cost of pallets and the cost of paper for lining railroad cars), and the cost of the paper bags were attributable to nonmining processes.
OPINION
For purposes of calculating petitioner's allowable depletion, we must determine which processes in extracting and treating "Seneca Standard" tripoli are mining processes.
Petitioner contends all steps in extracting and processing "Seneca Standard" tripoli -- from removing the overburden to loading the sacks of processed tripoli onto boxcars -- are mining processes. Respondent*143 contends that the mining process starts *63 with removing the overburden and effectively ends when the "Seneca Standard" tripoli leaves the hammer mill after grinding. Respondent has conceded, however, that loading boxcars for shipment also constitutes a mining process. To resolve the parties' differences we must decide whether any of the processes following grinding in the hammer mill, and preceding loading the boxcars, constitute mining processes.
Generally,
With this basic statutory framework in mind, the parties' arguments may be placed in focus. Petitioner contends "Seneca Standard" is not customarily sold in*145 the form of a crude mineral, and fine pulverization in the tube mill, separation and classification, bagging, and sacking are substantially equivalent to those *64 processes listed in
Respondent, expectedly, contends all the disallowed processes are nonmining processes. He further contends that in determining petitioner's allowance for depletion under the proprotionate profits method, the costs of sacking, bagging, and supplies are nonmining costs.
As the initial point in our analysis we note that
In an attempt to show that its pulverization process is a mining process under
*148 In light of the general rule provided by
Petitioner first argues that "Seneca Standard" tripoli is a mineral not customarily sold in the form of the crude mineral. Should we accept this argument, petitioner contends that pulverization, screening, and bagging are processes, or a combination of processes, substantially equivalent to those named in
"Seneca Standard" tripoli is a mineral generically different from those listed in
We find support for our conclusion in
An ore or mineral is "customarily sold in the form of a crude mineral product", within the meaning of
*67 Since there is no alteration of the inherent mineral content of "Seneca Standard" tripoli prior to its sale by petitioner to customers, we conclude that "Seneca Standard" tripoli is sold in the form of a crude mineral product. Consequently, petitioner is only allowed to treat as mining "sorting, concentrating, sintering, and substantially equivalent processes to bring to shipping grade and form, and loading for shipment."
The phrase "to bring to shipping grade and form" is defined by
In
Even though we conclude that fine pulverization is not incidental to a mining process, petitioner contends that fine pulverization must be a mining process, since "Seneca Standard" tripoli is not*156 in a shipping grade or form when it leaves the hammer mill. As proof that "Seneca Standard" tripoli is not in a shipping grade or form when it leaves the hammer mill, petitioner notes that there is presently no market for "Seneca Standard" tripoli in any form other than once ground, twice ground, and air floated. Simply stated, petitioner contends there is only a market for "Seneca Standard" tripoli when it emerges from petitioner's plant in sealed paper bags. Therefore, any process prior to the final product produced by petitioner must be considered a mining process. We disagree with petitioner's reasoning on this point.
In making its argument petitioner relies on the previously rejected "first commercially marketable mineral product" standard applied in the depletion area prior to the Gore Amendment in 1960. As earlier noted, this standard has been rejected in favor of a more reliable test in which Congress attempted to distinguish between mining and manufacturing processes by listing the processes it thought to be part of normal *69 mining operations. See
In sum, we must reject petitioner's contentions that fine pulverization is a mining*158 process. In 1960, with the introduction of the Gore Amendment, Congress attempted to simplify this area by naming certain processes that were mining processes and those that were nonmining processes. One of those processes specifically named as a nonmining process was fine pulverization. Although Congress did allow room for exceptions to its general rule, petitioner has not persuasively or adequately shown that it should fall within one of these exceptions.
Since we conclude that fine pulverization is a nonmining process, we also conclude that screening and sorting "Seneca Standard" tripoli into three different grades of fineness is a nonmining process.
Finally, we must decide whether sacking and bagging are mining processes, and*159 if not, whether sacking, bagging, and related costs should be allocated in part to both mining and nonmining costs in applying the proportionate profits method for determining the gross income from mining.
Petitioner contends sacking and bagging are necessary to *70 bring "Seneca Standard" tripoli to shipping grade or form, or alternatively, sacking and bagging are necessary and incidental to recognized mining processes. Respondent, in contrast, alleges that sacking and bagging and related costs are neither direct nor indirect mining costs and are attributable only to the manufacturing aspects of petitioner's operation. 10
*160 Generally, sacking and bagging, and related miscellaneous costs are considered manufacturing or nonmining processes. See
To reflect the foregoing,
1. By order of this Court dated Feb. 2, 1976, the three docketed cases involving the same petitioner were consolidated for trial, briefing, and opinion.↩
2. All statutory references are to the Internal Revenue Code of 1954, as amended and in effect during the years in question.↩
3. Should petitioner prevail in showing that its fine pulverization process is a mining process, it may take advantage of
4. Prior to its amendment in 1960,
"Rather than be concerned about
5.
6. The Court of Appeals decision by the Second Circuit reversed
7. Compare
8. Apparently only through circular reasoning could we conclude that fine pulverization and separation are mining processes: petitioner contends that fine pulverization is a mining process since it is incidental to, i.e., less expensive than, the preceding drying process. Since size classification follows a process deemed by petitioner to be a mining process, it, too, is considered a mining process under
9. See also Conf. Rept. 2005, 86th Cong., 2d Sess. (1960),
10. Since we have determined that petitioner uses "Seneca Standard" tripoli in nonmining processes before it is sold and since there is no representative field or market price for the mineral before it is used by petitioner in nonmining processes, it is necessary to employ the proportionate profits method to determine petitioner's gross income from mining "Seneca Standard" tripoli. This method employs the following formula:
Mining costs / Total costs x Gross sales = Gross income from mining
It is therefore to petitioner's benefit, in determining its percentage depletion, to increase the numerator in the above formula. Petitioner contends that the sacking, bagging, and related miscellaneous costs are mining costs (thereby increasing the numerator in the above formula), or if we conclude otherwise, then those costs should be allocated proportionately to petitioner's mining processes and to its manufacturing processes. See generally
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