Geo Viking, Inc. v. Tex-Lee Operating Co.

817 S.W.2d 357, 1991 WL 188715
CourtCourt of Appeals of Texas
DecidedSeptember 24, 1991
Docket6-90-044-CV
StatusPublished
Cited by18 cases

This text of 817 S.W.2d 357 (Geo Viking, Inc. v. Tex-Lee Operating Co.) is published on Counsel Stack Legal Research, covering Court of Appeals of Texas primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Geo Viking, Inc. v. Tex-Lee Operating Co., 817 S.W.2d 357, 1991 WL 188715 (Tex. Ct. App. 1991).

Opinions

[359]*359OPINION

GRANT, Justice.

Geo Viking, Inc. appeals from an adverse judgment in a deceptive trade practices action awarding damages to Tex-Lee Operating Company for Geo Viking’s conduct in its fracing of an oil well drilled by Tex-Lee.

Geo Viking contends that there was no evidence or insufficient evidence to support the jury’s answers finding tortious activity and finding that the activity was a proximate or producing cause of any actual damages, that the trial court erred in overruling their objections to the submission of jury questions and the related instructions, and that the court erred in rendering judgment on these jury questions because the conduct did not constitute the breach of any legal duty. Geo Viking also contends that the court erred in refusing to include a requested instruction, that additional damages were improper, that there was no evidence to support the award of actual damages, and that the trial court erroneously computed pre- and post-judgment interest.

Tex-Lee brought suit against Geo Viking to recover damages under the Deceptive Trade Practices Act for an improperly performed frac job on an oil well. Tex-Lee had drilled an 8,000-foot well in the Austin Chalk Formation in Lee County, Texas. This formation is characterized as an extremely tight formation containing intermittent fractures which must be tapped in order to obtain oil. This well missed the fracture, and Tex-Lee hired Geo Viking to sand frac the well. This operation is designed to loosen or break up tight formations which contain oil or gas, thus causing the formations to have more permeability and greater production.

Fracing involves the injection of a mixture of liquid and sand into the producing formation under extremely high pressure by means of pressure pumps. Initially, a gel containing very fine sand in suspension is pumped into the casing and is pressurized through perforations in the casing into the producing formation. The pressure forces the cracks open, and the fine sand fills and seals the smaller cracks closed, so that the later injections will be concentrated on the largest fractures. After this is done, increasingly heavier concentrations of a much larger grade of sand is similarly injected into the rock strata. This sand props the rock formations open so that oil and gas may return through the cracks thus created to the well site.

Various engineering concepts may be applied to the different variables involved to calculate the distance that the fracing gel and sand has proceeded away from the well. The well in the present case was drilled in an effort to hit a fault which was supplying production for another well approximately one-half mile away. The well missed the fault and fracture system and produced a minimal amount of oil for the first two weeks of its existence. Tex-Lee accordingly decided to frac the well. They contacted Geo Viking, specifying that two blenders would be required, a primary and backup, and that they wanted a “propped” length of 1,000 feet away from the well site. Geo Viking designed the frac job to meet these specifications. The blender mixes the sand with a gel-like semi-liquid which holds the sand in suspension during the injection and forces the combination into the well under extremely high pressure. The gel was chemically designed to break down into liquid after about two hours, depositing the sand in the formation and “propping” the fracture system open.

Geo Viking brought two blenders to the well site. Shortly after they began the job, the first one broke down. Instead of using the backup, Geo Viking asked to bring another blender from their yard in Bryan, Texas. Tex-Lee’s representative agreed to this and approximately two hours later, the third blender arrived. Tex-Lee admitted it suffered no damages because of this delay. The new blender was put in service, and the frac job was resumed. At that point in the job during which the larger diameter of sand was beginning to be injected into the well, the new blender also broke down. At that point, Geo Viking’s representatives admitted that the original backup, which was sitting beside the well site, had failed the day before and that they knew it was not [360]*360operational when they brought it to the location as a backup blender. Because the gel holding the sand in suspension was designed to break down in two hours, it was impossible to obtain another pump before the sand was deposited in the well bore and surrounding locations.

At that time, the length of the hydraulically created fractures had reached approximately 2,500 feet from the well site. The length of the hydraulically created fractures that were propped at that time was, according to one expert, 550 feet, and 640 feet according to another expert. The testimony also indicates that at the point at which the second truck broke down only the lightest sand mix had gone into the fracture zone. Accordingly, the only material that had entered the fracture area was the sand designed to seal small fractures. Tex-Lee’s expert testified that this resulted in effectively plugging the main fracture system because the fine sand was never forced out of the main system (approximately 88,000 pounds of mix). He also testified that any effort to re-frac would be futile because of the silt deposits left in the microfractures by the first effort. The well never produced oil in paying quantities and was eventually plugged.

Another well, the White # 1A well, was drilled shortly thereafter approximately 250 feet away from the first well. It was also a nonproducer, which was unsuccessfully fraced and eventually plugged.

After hearing all the evidence, the jury found that:

(1) the backup blender truck which was originally brought to the location of the White # 1 well was not fit for the ordinary purposes for which it was to be used when it was brought to the location and that this failure was a producing cause of damages to Tex-Lee.
(2) Geo Viking failed to frac the # 1 well in a workman-like manner and this conduct was a producing cause and/or proximate cause of damages to Tex-Lee.
(3) Tex-Lee was damaged because of its inability to extract the oil and gas in the amount of $300,000.
(4)the conduct of Geo Viking was done knowingly and that additional damages in the amount of $100,000 was appropriate as a penalty.

The jury also found that the action was not brought against Geo Viking in bad faith and provided attorney’s fees. The trial court rendered judgment based upon the jury’s answers to these questions, from which Geo Viking appeals.

Geo Viking first contends that there is no evidence or insufficient evidence to support the jury’s findings that its conduct was a proximate or producing cause of damages to Tex-Lee. They argue that the evidence did not and could not prove that Tex-Lee was damaged because it was impossible to prove that any oil and gas existed at the White # 1 well site.

In our review of the legal and factual sufficiency of the evidence, we review the legal sufficiency of the evidence under the review standards of Garza v. Alviar, 395 S.W.2d 821, 823 (Tex.1965), and the factual sufficiency under the review standards of In re King’s Estate, 150 Tex. 662, 244 S.W.2d 660, 661-62 (1951).

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Geo Viking, Inc. v. Tex-Lee Operating Co.
817 S.W.2d 357 (Court of Appeals of Texas, 1991)

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Bluebook (online)
817 S.W.2d 357, 1991 WL 188715, Counsel Stack Legal Research, https://law.counselstack.com/opinion/geo-viking-inc-v-tex-lee-operating-co-texapp-1991.