In re Industrial Gas Antitrust Litigation

100 F.R.D. 280, 37 Fed. R. Serv. 2d 1178
CourtDistrict Court, N.D. Illinois
DecidedJuly 1, 1983
DocketNo. 80 C 3479
StatusPublished
Cited by21 cases

This text of 100 F.R.D. 280 (In re Industrial Gas Antitrust Litigation) 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
In re Industrial Gas Antitrust Litigation, 100 F.R.D. 280, 37 Fed. R. Serv. 2d 1178 (N.D. Ill. 1983).

Opinion

MEMORANDUM OPINION AND ORDER

GETZENDANNER, District Judge:

Plaintiffs in this antitrust action seek to represent a nationwide class of direct purchasers of industrial gas.1 Each of the thirteen plaintiffs purchased a significant amount óf gas itself. The court, on December 30, 1981, ordered class certification in part, ruling that the case could proceed as a class action with respect to certain issues, but not others. Defendants (who are the country’s five leading producers of industrial gas)2 responded to this decision with a motion asking for leave to take an interlocutory appeal. The court reviewed this pleading, and decided, sua sponte, to treat it as a request to reconsider. Plaintiffs countered with a cross-motion to reconsider the court’s refusal to certify the entire case as a class action.

All told, well over three hundred pages of briefs have been submitted throughout the course of this litigation addressing the applicability of Rule 23 of the Federal Rules of Civil Procedure. The court has carefully reviewed these filings as well as numerous affidavits and other documents of record. It is the court’s judgment that its opinion and order of December 30, 1981 should be vacated,3 that defendants’ motion to reconsider should be granted, and that plaintiffs’ cross-motion to reconsider should be denied. Plaintiffs have not carried their burden of satisfying the requirements of Rule 23.

I. The Industrial Gas Industry4

The term “industrial gas” refers for purposes of this litigation to oxygen, nitrogen and argon. Each of these products is fungible in that one seller’s merchandise is indistinguishable from that of a competitor. Industrial gases are sold at commercial levels of purity.

Customers utilize these gases in various industrial and other processes. In certain instances, substitute products and methods are also available. Nitrogen, for example, is often used as a freezing agent, but customers can alternatively satisfy their needs with either carbon dioxide or mechanical refrigeration devices. In these cases, a gas merchant must compete not only with rival gas merchants, but with businesses in the substitute fields.

The production of industrial gas occurs at facilities known as air separation plants, and involves a process called fractional distillation. Air is first liquefied through compression and cooling to temperatures less than -300° F. The liquid mixture thereafter vaporizes, and the three gases separate as their respective boiling points are reached.5 Electricity costs constitute a significant portion of the production expenses incurred.

Some of the oxygen and nitrogen thus produced flows directly through a pipeline to a customer’s nearby plant. Such “on-site” or “pipeline” purchasers do not fall within the putative class and will not be mentioned further.

All other product that is sold by defendants to end-users is called “merchant” product. Low volume merchant customers often receive their merchandise in gaseous form stored in high pressure steel cylinders. Defendants package “cylinder gas” in the following manner. First, the gases separated at the air separation plant are com[284]*284pressed and individually reliquefied. The liquid product is then transported by truck to a “filling station,” where the liquid is compressed and vaporized back into a gaseous state. This gas is next pumped into cylinders, and thereafter delivered by truck to the customer’s place of business. Most of the actual containers that are used in this distribution process are owned by the gas producer, and are rented by the customer. When a full cylinder is delivered, empty ones are retrieved.

Other low-volume customers purchase “liquid cylinders,” which are fifty gallon thermos-like structures that are specially designed to retard the evaporation of the liquid they contain. Delivery is once again usually made by truck.

High volume bulk purchasers similarly have the option of receiving either gaseous or liquid product. When the former is purchased, the gas arrives in a large tube trailer pulled by a truck tractor. The majority of bulk sales, however, involve liquid product that is transported from an air separation plant in trucks and rail cars that are constructed to hold the product at temperatures low enough to maintain its liquid state. In general, it is much cheaper to transport liquid rather than gaseous product since a given volume of liquid contains many more molecules of product than does a corresponding volume of gas.

Bulk liquid purchasers must have on their premises a cryogenic storage tank that can sustain the product’s liquefieation prior to its use. (Evaporization losses nevertheless occur so rapidly that, even with such a tank, it is uneconomical for a customer to purchase bulk liquid product if the customer does not intend to use the merchandise in a relatively short amount of time.) Such customers also require special devices for injecting the stored liquid into their business operations. If the product is ultimately to be used in a gaseous state, vaporizing equipment is needed. If the product is to be drawn and used as a liquid, vacuum insulated pipe is then required. Often, the company that provides the product also sells or furnishes these necessary devices.

The cost of transporting industrial gas, even in liquid form, is extremely high relative to product value. As a result, neither liquid oxygen nor liquid nitrogen may be economically shipped more than two hundred miles from the air separation plant from which it is produced. Similarly, cylinder product is rarely sold outside of a fifty to seventy-five mile radius centered at the point of distribution. Because of these economies, defendants assert that the industrial gas market in this country consists not of one overall market, but of numerous, localized sub-markets, each largely insulated from the rest. It can hence be misleading, defendants continue, to argue from the admitted fact that defendants collectively sold more than 80% of the industrial gas marketed in the United States during the period of the alleged conspiracy. In certain sub-markets, regional firms played a significant role.

Defendants further point out that they face considerable competition from numerous independent distributors, particularly in the cylinder gas field. These 1400-1500 independent businesses typically purchase bulk liquid product (usually from one of the defendants)6 for reconversion to gaseous form and ultimate resale.7 Defendants maintain that they themselves directly account for at most only 25% of all cylinder gas sales nationwide.8

[285]*285In general, bulk-liquid purchasers must pay not only for the actual product they obtain, but also for the monthly rental and upkeep on the cryogenic tank they use. These two prices may be quoted separately or collectively, depending upon the customer’s preference. An additional charge may also be added for the cost of transporting the product to the customer’s tank. Other times, this cost is simply built into the basic product charge.

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Bluebook (online)
100 F.R.D. 280, 37 Fed. R. Serv. 2d 1178, Counsel Stack Legal Research, https://law.counselstack.com/opinion/in-re-industrial-gas-antitrust-litigation-ilnd-1983.