NUCOR STEEL, ETC. v. Herrington

322 N.W.2d 647, 212 Neb. 310, 1982 Neb. LEXIS 1208
CourtNebraska Supreme Court
DecidedJuly 30, 1982
Docket44240
StatusPublished
Cited by8 cases

This text of 322 N.W.2d 647 (NUCOR STEEL, ETC. v. Herrington) is published on Counsel Stack Legal Research, covering Nebraska Supreme Court primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
NUCOR STEEL, ETC. v. Herrington, 322 N.W.2d 647, 212 Neb. 310, 1982 Neb. LEXIS 1208 (Neb. 1982).

Opinion

McCown, J.

The plaintiff, Nucor Steel, filed a claim with the Tax Commissioner of the State of Nebraska for refund of state and local use taxes paid on its purchase and use of graphite electrodes in connection with the manufacture of steel. The Tax Commissioner denied the claim and Nucor appealed to the District Court for Lancaster County. On appeal the District Court reversed the order of the Tax Commissioner and granted the claim for refund. The Tax Commissioner has appealed.

Nucor Steel is a division of a Delaware corporation. Nucor is engaged in the business of making and selling steel and steel products, and its primary place of business is in Norfolk, Nebraska. The personal property upon which the taxes in this case were imposed consists of graphite electrodes used by Nucor in the steel-making process. The electrodes are cylindrical, approximately 16 inches in diameter and 72 inches long. Each electrode weighs approximately 875 pounds and is composed solely of graphite. The electrodes cost $726 each.

Nucor manufactures steel in electric arc furnaces. *312 Scrap metal is deposited in the arc furnaces in the meltdown phase of the process and three electrodes are lowered into the furnace and electricity is run through them to form an arc between the electrodes and scrap metal, creating tremendous heat which melts the scrap. When the scrap metal is completely melted, the electrodes are swung away and another load of scrap deposited into the furnace and melted. Four loads or “charges” are melted in one “heat,” totaling approximately 50 tons.

The second stage of the process is the refining stage. During this stage of the process the electrodes are immersed in the liquid slag, which forms a cap on the molten metal underneath, and the electric arc continues to discharge, raising the temperature of the molten metal and adding carbon. Sufficient carbon must be present to create a “carbon boil” which agitates the molten metal so that impurities rise to the surface and become part of the slag. During this phase critical components of the steel are added and the metal is tested several times to insure they are present in the proper proportions. Carbon is the most important of the critical ingredients in steel. The graphite electrodes are virtually pure carbon.

At this stage of the process if it is determined that the carbon content is low, carbon is added by one of three methods. If the deficiency is small, crushed electrode material from broken electrodes which has been previously salvaged is directly added. Carbon coke is used if crushed electrode material is not available. If the deficiency is substantial, the electrodes are lowered into the molten bath and allowed to dissolve. If carbon in excess of specifications is present at this point in the refining stage, oxygen is introduced into the furnace to remove the excess carbon by the formation of carbon dioxide.

At the end of the refining process the slag is poured off and the molten steel continuously cast *313 into water-cooled molds where it hardens in the form of steel billets. Approximately 80 percent of the steel Nucor produces is cast to customer’s specifications as to the content of carbon, manganese, phosphorus, and sulphur. The carbon content is the most important ingredient of the four and is the main strengthening agent in steel.

Nucor’s finished steel product contains from .08 percent to 1 percent carbon, depending upon the customer’s specifications. The average Nucor steel product contains approximately .25 percent carbon. Nucor’s Norfolk plant produces an average of 23,000 tons of steel per month. Based on the electrodes used and the amount of steel produced in the year of the hearing, Nucor’s electrodes are used at the rate of 10 pounds per ton of steel cast. The electrodes are used in a continuous-feed process. During the steel-making process carbon is added in several ways and an undetermined amount of carbon is present in the scrap metal, which may vary from .08 percent to 1 or 2 percent carbon. Carbon from the electrodes oxidizes during the meltdown stage, most of which escapes as gas. During the meltdown stage, pieces of the electrodes break off and fall into the furnace. Small pieces are allowed to remain in the molten bath and dissolve. Larger pieces are removed, crushed, and used as a carbon source in the refining stage. Through a chemical reaction during the refining stage carbon passes directly from the electrodes into the molten steel.

It is undisputed that the graphite electrodes are not a fuel and that part of the electrodes becomes a component of the finished steel product. The electrodes both conduct electricity and supply carbon to the product. One of the expert witnesses for Nucor testified that 54.5 percent of the carbon from the electrodes enters the steel during the manufacturing process. That percentage does not reflect the oxidation of the electrodes that occurs during the melt *314 down process and escapes as gas, which cannot be measured. The 54.5 percent figure reflects the total amount of carbon from the electrodes which enters the steel during the process, although the part remaining in the finished product may be less if carbon content has to be reduced at the end of the refining stage.

An expert for the Tax Commissioner doubted the accuracy of those figures and expressed the view that a larger amount of carbon is oxidized during the carbon boil and released as carbon dioxide. He conceded, however, that there was no way to determine the exact amount of gases which escape.

Graphite electrodes are the common type of electrode used in electric arc furnaces. Various metals are all better conductors than graphite, but graphite electrodes are used by Nucor because they are the most economical, contribute carbon to the steel, and are the most readily available. If metal electrodes were used or if the electrodes did not introduce carbon into the steel, it would be necessary to add carbon from another source.

On September 22, 1978, Nucor filed its claim for refund of state and local use taxes paid on its purchase and use of graphite electrodes in its manufacturing process. At the formal hearing before the Tax Commissioner the claim was amended to cover the period from September 1, 1975, through July 31, 1978, in the amount of $141,795.46. On December 21, 1978, the Tax Commissioner denied the claim. He found that under Neb. Rev. Stat. § 77-2702 (Reissue 1981), a taxable use had been made of the electrodes because of “the complete use of them in the steel-making process as conductors in the electric arc furnace.” He found that the question of whether the electrodes entered into or became an ingredient or component part of the steel was immaterial because it would not change the taxable nature of the use of them as part of the furnace in the production of steel. The *315 commissioner also found that some percentage of the carbon from the electrodes did enter into and remain a part of the finished steel product. This percentage, he found, was not shown with any accuracy but might vary from a de minimis amount to over 50 percent.

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Bluebook (online)
322 N.W.2d 647, 212 Neb. 310, 1982 Neb. LEXIS 1208, Counsel Stack Legal Research, https://law.counselstack.com/opinion/nucor-steel-etc-v-herrington-neb-1982.