United States v. Standard Oil Co.

33 F.2d 617, 1929 U.S. Dist. LEXIS 1337
CourtDistrict Court, N.D. Illinois
DecidedJune 11, 1929
Docket4131
StatusPublished
Cited by11 cases

This text of 33 F.2d 617 (United States v. Standard Oil Co.) is published on Counsel Stack Legal Research, covering District Court, N.D. Illinois primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
United States v. Standard Oil Co., 33 F.2d 617, 1929 U.S. Dist. LEXIS 1337 (N.D. Ill. 1929).

Opinion

EVANS, Circuit Judge.

Petitioner brought this suit to enjoin alleged violations of sections 1 and 2 of the Sherman Act (15 USCA §§ 1, 2). Defendants are grouped into two classes, one called primary defendants (the Standard Oil Company of Indiana, the Texas Company, the Standard Oil Company of .New Jersey, and Gasoline Products Company) and the other, described as secondary defendants, included forty-six corporations and one individual.

Two defendants, Joseph H. Adams and M. W. Kellogg Company, were later made parties defendant. As to Adams, petitioner sought the cancellation of certain patents to him issued because of fraud practiced in their procurement. As to Kellogg Company, it was charged that it was in a conspiracy with the primary defendants to injure competitors who were engaged in licensing producers under processes covered by patents belonging to one Fleming. s

i . All the defendants are engaged in manufacturing, selling, or handling gasoline within the confines of the United States. Petitioner charges an unlawful combination and conspiracy to monopolize interstate trade and commerce in cracked gasoline. This alleged monopoly or illegal restraint of trade exists, so it is alleged, because of certain agreements which deal with the right to use certain patented processes -and apparatus.

The primary defendants executed certain so-called cross-license agreements. The secondary defendants thereafter, took sublieenses from one or the other -of the primary defendants.

• It appearing that the time consumed in the taking of evidence would cover months, and the business of the Court of Appeals not permitting of the withdrawal of three judges for .such a period, a reference was had, and Attorney Charles Marfindale of Indianapolis was appointed a special master in chancery to hear the evidence and to make findings of fact and conclusions of law thereon.

The 'testimony taken was voluminous, and its presentation required many months. After a full hearing, the master-found for defendants. He made findings of fact and conclusions of law (covering 384 printed pages). Petitioner duly excepted, and the questions here presented’ arise out of such exceptions to., the master’s report.. Space prevents our incorporating in full the exhaustive report of *619 the master. A brief resume is herewith attempted :

Beginning about 1900, and coincident, with the successful development of the internal combustion hydrocarbon engine, there arose in this country a tremendous demand for petroleum as a- motive power. Following this demand, came improved methods for the separation of gasoline from crude oil. Generally speaking, the effective method of disintegration was through the application of heat. But the demand continued to multiply. This increased demand presented the perplexing problem of increasing the volume of gasoline from a given amount of crude oil. The gasoline consumption whieh in 1904 was 290,-000,000 gallons rose in 1925 to 11,173,806,000 gallons. During the same time, the production of crude oil increased only 600 per cent. Increased production of gasoline followed the introduction of distillation processes whereby a larger percentage of gasoline was extracted from crude oil. In 1904 only 2.48 gallons of gasoline were obtained from a barrel of crude oil. In 1925 this amount was increased to 14.63 gallons per barrel.

It is out of the agreements respecting the use of the processes and the apparatus to apply the processes for producing gasoline that the alleged monopoly arises. These processes generally relate to what is known as “pressure cracking.” In other words, an increase of heat or prolonged application of heat to the crude oil, or an application of it under pressure, increased under certain circumstances the amount of gasoline obtainable from a given quantity of oil. Generally speaking, this separation of the molecules that results from the application of heat to the petroleum distillate is what those skilled in this art call “cracking.” Respecting it, we quote from the master’s report.

“ ‘Cracking’ is a very broad term whieh covers almost any splitting apart or joining together of hydrocarbon molecules. In this Record we have to deal only with pyrogenetie ^cracking.’ The reactions are extremely complex — so complex that the most learned chemists and physicists are careful to limit and qualify what they know about what takes place in the reactions. Eminent chemists and physicists who know the most about this art are the most modest about what they know. There are still volumes to learn as to why these molecules composed of hydrogen and carbon split in quite unexpected ways. One cannot make such generalization in regard to reactions because things whieh are true for one set of conditions or for one type of oil- are not true for some other set ofi conditions or some other type of oil. Instead of being a simple, well-understood art, this is a highly complex art with a very large field, still, for exploration and for the revelation of new methods and new compounds.

“The phenomena of behavior of molecules and atoms in petroleum are still mysterious. Molecular behavior when the' existing arrangement is broken up can be predicated under certain now known conditions. Given a certain substance derived from petroleum, apply selected factors of degrees of heat, degrees of pressure, and time of reaction, and one may expect a certain result. New molecular arrangements have resulted in new compounds. Given a different substance of a different molecular arrangement and apply the same factors and something different happens. What substance to choose; what factors of heat, pressure and time to apply; the means to apply them and means for separation of resulting fractionation to get more and better motor fuel, was the extensive field of research and experiment into whieh the chemist adventurer was to fare forth in the first decade of this century armed with what discoveries in the chemistry and physics relating to the art had 'been made prior thereto.

“It is conceded that in the cracking of oil there are generally produced by ‘cracking’ both lighter constituents and heavier constituents, and the attention of the chemist in this art is usually focused merely on the lighter constituents; and also that if cracking is carried to an extent sufficient to make any considerable amount of gasoline, there will be resultant coke and gas.

“The great advancement in the last quarter of a century in the development of steels has made it possible to control pressure so far beyond those which were formerly considered dangerous that the new compounds of high distillation have revolutionized some industries. In this industry, where formerly 75 pounds to the square inch was considered approaching the dangerous pressure, in the Cross process of the defendant Gasoline Products Company, a pressure of 700 to 850 pounds to the square inch is availed of and may even go beyond that point.

- “We are dealing here with ‘cracking processes’ to produce motor fuel employing heat and pressure. A ‘cracking process’ in this sense is one in whieh the splitting apart and joining together of the hydrocarbon molecules proceed to an extent sufficient to formproduets suitable for motor fuel in commercial quantities by temperature, pressure, and-sufficient time of reaction under favorable *620 conditions to allow the disrupted and disarranged molecules to form new molecular combinations.

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Bluebook (online)
33 F.2d 617, 1929 U.S. Dist. LEXIS 1337, Counsel Stack Legal Research, https://law.counselstack.com/opinion/united-states-v-standard-oil-co-ilnd-1929.