Koch Engineering Co. v. Faulconer

610 P.2d 1094, 227 Kan. 813, 210 U.S.P.Q. (BNA) 854, 1980 Kan. LEXIS 285
CourtSupreme Court of Kansas
DecidedMay 10, 1980
Docket50,936
StatusPublished
Cited by22 cases

This text of 610 P.2d 1094 (Koch Engineering Co. v. Faulconer) is published on Counsel Stack Legal Research, covering Supreme Court of Kansas primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Koch Engineering Co. v. Faulconer, 610 P.2d 1094, 227 Kan. 813, 210 U.S.P.Q. (BNA) 854, 1980 Kan. LEXIS 285 (kan 1980).

Opinion

The opinion of the court was delivered by

Fromme, J.:

This is an action seeking a permanent injunction *814 against the misuse of trade secrets and the misappropriation of protectable proprietary rights under exclusive license agreements. An injunction was granted. The defendant, Wayne C. Faulconer, appeals, saying no injunction should have been granted. The plaintiff, Koch Engineering Company, Inc., cross-appeals, saying the injunction was not broad enough. The defendant, Faulconer, contends on appeal that plaintiff, Koch, failed to establish that plaintiff used or possessed protectable trade secrets or protectable proprietary rights under exclusive license agreements. The following background facts are not in dispute and are taken from the court’s findings.

Koch entered into an exclusive licensing agreement with Sulzer Brothers, Ltd., Winterthur, Switzerland, hereinafter referred to as Sulzer. By the agreement dated July 3, 1967, and supplemental amendments thereto, Koch obtained exclusive manufacturing and sales rights to certain Sulzer packings and other products in the United States, Canada and Mexico. The license agreement is for an initial period of 15 years, and grants Koch certain rights of renewal. Sulzer packing is a crimped, perforated wire cloth and is arranged in alternating layers for application within distillation or fractionation columns or towers.

Distillation, or fractionation, is an operation used to separate different chemicals by their boiling points. This is normally accomplished in a tower, or column, containing devices of differing designs to mix the vapor and liquid. The lightest material (lowest boiling point) comes off the top of the tower as a vapor. The heaviest material (highest boiling point) is removed as a liquid out the bottom of the tower. Intermediate materials, if they are present, can be taken off at various positions up the tower corresponding to their boiling temperature. The same sort of fractional separation can be accomplished by a series of towers where the first one is used to remove the lightest material out the top, with everything else going out the bottom to the next tower where the next lightest material is taken out overhead, and so forth.

The diameter size of the rectification tower is determined by the vapor and liquid flows and the capacity of the packing device inside the tower. The height of the tower is dependent upon the efficiency, often referred to a^ height equivalent to a theoretical plate of the device used inside the tower. Koch-Sulzer packing is *815 among the most efficient devices now used commercially for separating chemicals. Koch-Sulzer packing is a woven-wire gauze material which spreads out the liquid to a fine film by capillary action thus improving the opportunity for the lower boiling chemical to be vaporized out of the higher boiling liquid and taken out of the tower. The Koch-Sulzer packing consists of crimped layers of this specially chosen mesh wire which are placed side by side, but with reversed inclined corrugation angles. As the vapors pass up through these triangular shaped channels the vapor in one layer is constantly being sheared and mixed with the vapor in the adjacent layer. This action provides superior vapor composition mixing and intimate contact with the liquid film so that any heavy material in the vapor can be cooled and condensed into the liquid containing material of the same or lower boiling point. Because Koch-Sulzer packing does such an efficient job of maintaining gas-liquid contact, it has a very low height equivalent to a theoretical plate when compared to other devices and therefore less tower height is required. The intimate mixing characteristic and the relatively large open area of KochSulzer packing also give it more relative capacity for vapor and liquid flow so a tower utilizing it can be smaller in diameter than one with another type of packing.

The higher the pressure inside a tower, the higher the temperature must be to vaporize a certain chemical material. A great many chemicals are affected by high temperature which causes decomposition and undesired coloring of the material. KochSulzer packing is a very low pressure-drop device which means that the temperature of the liquid in the bottom of the tower can be lower while the temperature in the top is the same as a tower with another device which has a higher pressure drop. The low liquid retention in Koch-Sulzer, because of the thin film effect, also aids in preventing degradation because the liquid is not subjected to the inside temperature for as long a time.

Sulzer packing and the equipment for the manufacture thereof were developed by Dr. Max Huber, a Swiss chemical engineer, while he was director of the laboratory for process engineering of Sulzer Brothers. Dr. Huber is now assistant vice-president of Sulzer Brothers, an internationally-known industrial firm. After experiments with approximately ten different configurations over a six month period in 1961, the present arrangement was found to *816 be most effective on a small scale. However, it was not until 1965 that a final design was developed which would operate on an industrial scale. The first large scale application of Sulzer packing for a distillation column was not in operation until the end of 1966.

The machinery for crimping the wire cloth packing was also developed over a substantial period of time, beginning with a hand press to make each crimp and ending with a hydraulic crimper with an automatic forwarding mechanism. Numerous problems were encountered with the feed mechanism because the wire cloth must be fed into the machine at an angle. Also, because of the elasticity of the wire cloth, the die had to be designed to crimp at a sharper angle than the resulting angle in the wire cloth. Additional experimentation was necessary to determine the best perforating configuration for the cloth.

Sulzer Brothers had invested approximately $5,000,000 in research, development and testing of the packing, distillation columns, and related items. The licensing agreement required Koch to make an initial payment to Sulzer of approximately $20,000 for initial technology transmitted and during the term of the license agreement, Koch has made over $1,000,000 in additional royalty payments to Sulzer for exclusive license rights and for additional technology transmitted under the agreement. Eight hundred thousand dollars of the royalty payments are directly attributable to sales of packing and related items.

By the terms of the Koch-Sulzer license agreement, and as a part of the consideration therefor, it is expressly recognized that the information, technical data, and documents made available to Koch by Sulzer are confidential in nature and that any disclosure thereof might be harmful to Sulzer. The agreement provides that the rights granted Koch are personal to it and Koch is specifically prohibited from ceding, assigning, mortgaging, charging or transferring any rights thereunder. Koch expressly agreed that it would hold all information, technical data and documents obtained from Sulzer in confidence and safeguard the same and to cause its employees to do likewise.

Defendant Wayne Faulconer was first employed by plaintiff Koch on September 13, 1971, as a process engineer with particular responsibility for Sulzer packing.

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Bluebook (online)
610 P.2d 1094, 227 Kan. 813, 210 U.S.P.Q. (BNA) 854, 1980 Kan. LEXIS 285, Counsel Stack Legal Research, https://law.counselstack.com/opinion/koch-engineering-co-v-faulconer-kan-1980.