Westinghouse Electric Corp. v. Rio Algom Ltd.

473 F. Supp. 393, 204 U.S.P.Q. (BNA) 449, 1979 U.S. Dist. LEXIS 12706
District Court, N.D. Illinois·Decided April 30, 1979·No. MDL 342; No. 76 C 3830·Published·Cited by 1 cases

Opinion

MEMORANDUM DECISION

MARSHALL, District Judge.

Plaintiff Westinghouse Electric Corporation has moved to dismiss various counterclaims filed by seven defendants — Atlas Corporation, Anaconda Company, Kerr-McGee Corporation, Homestake Mining Company, Western Nuclear, Inc., Getty Oil Company, and Utah International, Inc. Westinghouse’s motions fall into three categories. First, it challenges the standing of five counterclaimants — Atlas, Anaconda, Kerr-McGee, Getty and Homestake — to allege that Westinghouse has violated Section 2 of the Sherman Act by unlawfully monopolizing, attempting to monopolize or conspiring to monopolize markets for nuclear steam supply systems (“NSSS” or “reactors”) and nuclear fuel assemblies (“fabricated fuel”) for those systems. Second, it attacks the standing of all seven counter-claimants to allege that Westinghouse has violated Section 1 of the Sherman Act and Section 3 of the Clayton Act by unlawfully offering predatorily low-priced uranium as a tying product to induce electric utilities to purchase Westinghouse’s fabricated fuel and reactors — the tied products. Both of these motions are based on the theory that the counterclaimants have suffered no le[397]*397gaily cognizable injury since they neither buy fabricated fuel or reactors, nor compete with Westinghouse in those markets. Third, Westinghouse has moved to dismiss Utah’s counterclaim under Section 43(a) of the Lanham Trademark Act, 15 U.S.C. § 1125(a), which alleges that Westinghouse deceived its utility customers by falsely representing “that it had the capability to carry through its commitments to make future deliveries of uranium to the utilities.” Westinghouse contends that this claim is beyond the scope of § 43(a), which only prohibits trademark misuse or similar misconduct. This argument raises a question of statutory construction, and can be evaluated independently of the other motions. To analyze the standing arguments surrounding the tying and monopolization claims, we must make a detailed inquiry into the alleged market position of each of the parties, and then apply the tests of antitrust standing to the peculiar factual matrix which is presented.

All the antitrust counterclaimants complain that Westinghouse utilized various anticompetitive practices, including predatory pricing, short-selling, fraudulent representations, tying arrangements and forced combination sales, to restrain trade and monopolize or attempt to monopolize commerce in markets for uranium, fabricated fuel and reactors.1 Each of these products is sold at a different level of the nuclear power industry. Counterclaimants generally operate only on the uranium level, by producing and then selling uranium to electric utility customers and others. Westinghouse operates on all three levels, selling uranium, fabricated fuel and reactors to the same consumers. Westinghouse’s motions essentially seek to confine counterclaim-ants’ antitrust challenges to the uranium market. Because its motions are premised on a perceived economic separation between those markets, we must describe the relationships between uranium, fabricated fuel and reactors in the nuclear power industry.2

Nuclear power plants are used by electric utility companies to generate electricity. The energy source for these plants is uranium. Uranium must be processed in several ways before it is suitable for use as nuclear fuel. It begins as mined uranium ore, which is .milled to extract uranium concentrates (UgOg), which are known in the industry as “yellowcake.” Yellowcake is then converted to uranium hexafluoride (UF6). Uranium hexafluoride is then enriched through a gaseous diffusion process to increase the concentration of the fissionable U-235 isotope. The enriched UF6 is then chemically converted into uranium dioxide powder (U02). After the powder is compressed and shaped into pellets, it is ready for use in a nuclear reactor.

In this country, different entities perform these steps in the fuel process. All counter-claimants have active mining and milling operations, and sell yellowcake to electric utilities (Atlas ¶ 25, Anaconda ¶ 121, Getty ¶ 130, Homestake ¶ 7, Kerr-McGee ¶ 4, Utah ¶ 2, Western Nuclear ¶ 127). Conversion of yellowcake to uranium hexafluoride is performed by Allied Chemical Company, a non-party, and by Kerr-McGee. (Kerr-McGee ¶ 10(b)). All three domestic enrichment plants are owned by the federal government, which provides enrichment services to private parties on a contractual basis. None of the counterclaimants allege that they presently convert enriched UF6 into U02 powder or pellets. But Kerr-McGee did offer these services between 1965 and 1975. (Kerr-McGee ¶ 4).

After it has reached the pellet form, the uranium is ready to enter the fuel fabrication process. The pellets are placed inside zirconium alloy or stainless steel tubes. Many thousands of these fuel rods are then arranged in clusters to form a fuel assembly. The number and arrangement of fuel [398]*398rods are individually engineered for each reactor design. From 1966 through 1975, in addition to reactor manufacturers, several non-reactor companies produced fuel assemblies, including Kerr-McGee, Nuclear Fuel Service Corporation, United Nuclear Corporation, Exxon Nuclear Company, Inc., and Nuclear Materials and Equipment Corporation. At the present time, however, Exxon (a non-party) is the only remaining independent fabricator which competes with Westinghouse and the other reactor manufacturers for fuel fabrication business (Kerr-McGee ¶ 13, Utah ¶ 7). Besides Kerr-McGee, none of the other counterclaimants claim any past or present stake in the fuel fabrication market.

After fabrication into fuel assemblies, the uranium is ready to be housed in the power-generating equipment of the nuclear power plant, which is known as the Nuclear Steam Supply System (NSSS). The NSSS consists principally of a reactor enclosed within a steel pressure vessel, as well as other standard electrical generating equipment. The fuel assembly is placed into the reactor and surrounded by water. The heat created by the nuclear fission reaction creates steam, which causes turbines to rotate, which in turn generate electricity. The United States market for nuclear reactors is supplied by five manufacturers. Westinghouse is the largest manufacturer with about 39% of the market; General Electric is next with about 31%; Combustion Engineering Inc. and Babcock & Wilcox Co. have about 15% and 12%, respectively, and General Atomic, Inc. has an insignificant share based on sporadic sales in two or three years over the last decade. (Kerr-McGee ¶ 9, Western Nuclear ¶ 137). None of the counterclaimants manufacture or sell nuclear reactors.

The first fuel assemblies used in a reactor are usually fabricated and sold to the utility customer by the reactor manufacturer at the time the reactor is purchased. (Kerr-McGee ¶ 11). After a reactor operates for twelve to eighteen months, some of the fissionable uranium becomes depleted. Consequently, some of the original fuel assemblies must be replaced and others rearranged. Thereafter, one third of the fuel core must be replaced annually. The replacement fuel assemblies are called reloads. Reload fabrication is performed by a reactor manufacturer or an independent fuel fabricator. (Kerr-McGee ¶ 12, Western Nuclear ¶ 130).

A variety of contractual methods have been used by utilities and fuel fabricators to allocate responsibility for procuring fuel for initial fuel cores and reloads.

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Westinghouse Electric Corp. v. Rio Algom Ltd., 473 F. Supp. 393, 204 U.S.P.Q. (BNA) 449, 1979 U.S. Dist. LEXIS 12706 (N.D. Ill. 1979).

473 F. Supp. 393 (Westinghouse Electric Corp. v. Rio Algom Ltd.) — published by Counsel Stack Legal Research, free access to 12M+ legal documents.

Related

In Re Uranium Antitrust Litigation
473 F. Supp. 393 (N.D. Illinois, 1979)