Tracer Research Corp. v. National Environmental Service Co.

843 F. Supp. 568, 1993 U.S. Dist. LEXIS 19076, 1993 WL 566223
CourtDistrict Court, D. Arizona
DecidedSeptember 17, 1993
DocketCiv. 93-180 TUC ACM
StatusPublished
Cited by2 cases

This text of 843 F. Supp. 568 (Tracer Research Corp. v. National Environmental Service Co.) is published on Counsel Stack Legal Research, covering District Court, D. Arizona primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Tracer Research Corp. v. National Environmental Service Co., 843 F. Supp. 568, 1993 U.S. Dist. LEXIS 19076, 1993 WL 566223 (D. Ariz. 1993).

Opinion

FINDINGS OF FACT AND CONCLUSIONS OF LAW

MARQUEZ, Senior District Judge.

The Court hereby finds and concludes as follows:

FINDINGS OF FACT

To the extent these Findings of Fact are deemed to be Conclusions of Law, they are *570 hereby incorporated into the Conclusions of Law that follow.

A. IDENTITY OF THE TRACER TIGHT PROCESS

1. Tracer Research Corporation’s (Tracer) “Tracer Tight” leak detection system consists of:

a) United States Patent Numbers 4,725,-551, 4,709,577, 5,046,353, and 5,048,324;

b) Confidential Information, defined as all Tracer leak detection system information developed and owned by Tracer not covered by its patents, relating to its Tracer Tight process; and

c) Proprietary Equipment and Supplies, including probe caps, monuments, tracer chemicals, tracer containers, tracer dispensers, and inoculation forms (Shannan Marty RT 1:41).

2. Certain essential elements of Tracer’s Confidential Information and Proprietary Equipment and Supplies set forth in the “Outline of the Tracer Tight Trade Secret Process” (Ex. 38) characterize Tracer’s leak detection system process as a whole. These include the items set forth in Exhibit 1 hereto, submitted under seal.

B. RESEARCH AND INVESTMENT TO DEVELOP THE TRACER TIGHT PROCESS

1. Dr. Glenn Thompson, the founder of Tracer Research Corporation has Bachelor’s, Master’s and Ph.D degrees in Geology.

While teaching at the University of Arizona in the 1970’s, he conducted research on tracers for all types of environmental applications. During this seven-year period, he became very familiar with all of the chemicals used today in the Tracer Tight leak detection system.

Around 1983, state regulators began to require tank testing and Dr. Thompson began experimenting to determine how readily various tracers could be used to leak test fuel tanks. This involved tests to determine evaporation of the tracer once the fuel leaked out of the tank, evaluation of tracers mixed into fuel, and migration of chemical vapors in the soil. No other such research was going on in the country at the time. As a result of his research, he obtained two patents dealing with leak detection (Glenn Thompson RT 1:5, 6, 7).

Dr. Thompson left the University in 1983 and founded Tracer Research Corporation in 1984.

2. Tracer developed over a number of years a unique process for testing storage tanks and pipelines based upon the use of chemical tracers injected into liquids in the liquid phase and detected outside a storage tank or pipeline in the gas phase (Glenn Thompson RT 1:10-11; Randy Golding RT 1:132; 1:147-148).

3. It took Tracer years of research to ascertain the tracers most likely to succeed in a leak detection process like the Tracer Tight process. Since 1983, Tracer has continued to determine new tracers which will work well in the process (Randy Golding RT 1:147-148).

4. Tracer has continued to perfect its process. For example, the first contract it got was for a group of 50 tanks. It took Tracer six months to complete the job. Today, it would take two people about one week to do the same testing.

One of the biggest problems from the beginning was contamination from handling the chemicals. There are critical aspects of handling the chemicals that must be followed to avoid contamination of the samples — the soil, etc. Procedures to avoid contamination were developed and put in the Standard Operating Procedures Manual and are not disclosed in Tracer’s patents.

Later problems developed stemming from the low permeability of soil in which some of the tanks were sitting. Special procedures were developed and are now being used to deal with low permeability soils. These procedures are found in Tracer’s procedures manual and not disclosed in the patents (Glenn Thompson RT 1:17).

5. It took Tracer several years to arrive at the tracer target concentration (Randy Golding RT 1:117). Development of the proper aerosol canister took time and money. *571 The present canister is manufactured for Tracer Research.

The first canisters used by Tracer leaked the chemical at an unacceptable rate. This caused undue contamination (Ex. 42). Exhibit 43 is a canister used later by Tracer. This has a different valve and it leaks less than Exhibit 42, however, Tracer decided that it was leaking excessively for its purposes and was causing contamination. Exhibit 44 is the aerosol canister presently used by Tracer. It is manufactured by a company called Great Lakes. Exhibit 44 has a label “Tracer D.” This is the code Tracer gave the canister to keep secret the identity of the tracer chemicals.

After convincing the Air Force that the use of tracers for testing fuel tanks was practical, the Air Force still had great concerns about the injection of tracer chemicals into the fuel. As a result, it was necessary to reveal to the Air Force the chemical compounds that were used in the Tracer process. Tracer made it clear that this was confidential information. Although the patent discloses tracer compounds that can be used in the process, it lists 16-20 halons. Tracer did extensive experimentation in deciding exactly which halón to use. This began in the early 1970’s with Dr. Thompson’s experimentation, and is ongoing to this date. Tracer invested approximately ten years into the selection of the proper halón. The chemicals which Tracer uses were provided to NESCO for the purpose of inoculation of tanks. If any disclosure of the chemicals being used was necessary to be disclosed to customers, Tracer required a confidentiality agreement.

6. In some years, Tracer’s research and development costs have been $400,000-$500,-000, annually (Randy Golding RT 1:148).

7. Tracer’s selection of the most appropriate tracers was determined after the patents issued (Randy Golding RT 1:132).

8. The process which Tracer disclosed to the Defendants evolved from the time the patents issued (Randy Golding RT 1:132).

9. Tracer completed the essential development of the Tracer Tight process shortly before it was disclosed to NESCO in about 1988 (Randy Golding RT 1:132).

10. The Environmental Protection Agency (EPA) adopted standards for tracer-based tank testing based upon Tracer’s unique non-volumetric tank testing process (Glenn Thompson RT 1:9-10).

11. Tracer’s Tracer Tight process has been listed by the EPA as having been certified by a third-party evaluation to be in compliance with EPA regulations (Randy Golding RT 1:107-108).

C. TRACER’S MAINTENANCE OF CONFIDENTIALITY OF THE TRACER TIGHT PROCESS

1. Tracer’s efforts to maintain confidentiality of the Tracer Tight process include:

a) employment agreements with key employees (Shannan Marty RT 1:34; Exs. 6, 7, 8);

b) confidentiality statements in the Tracer employee handbook (Shannan Marty RT 1:34);

c) disclosing information on the .

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843 F. Supp. 568, 1993 U.S. Dist. LEXIS 19076, 1993 WL 566223, Counsel Stack Legal Research, https://law.counselstack.com/opinion/tracer-research-corp-v-national-environmental-service-co-azd-1993.