Adams v. Rhodia, Inc.

971 So. 2d 1084, 2007 WL 2782356
CourtLouisiana Court of Appeal
DecidedSeptember 26, 2007
Docket2006 CA 1803
StatusPublished
Cited by2 cases

This text of 971 So. 2d 1084 (Adams v. Rhodia, Inc.) is published on Counsel Stack Legal Research, covering Louisiana Court of Appeal primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Adams v. Rhodia, Inc., 971 So. 2d 1084, 2007 WL 2782356 (La. Ct. App. 2007).

Opinion

971 So.2d 1084 (2007)

Larry and Rosie ADAMS
v.
RHODIA, INC. and Exxon Mobil Corporation.

No. 2006 CA 1803.

Court of Appeal of Louisiana, First Circuit.

September 26, 2007.

Aidan C. Reynolds, Christopher L. Whittington, Baton Rouge, LA, for Plaintiff/Appellee, Larry Adams.

L. Victor Gregoire, Melissa A. Hemmans, Baton Rouge, LA, Michael P. Cash, Pro Hac Vice, Houston, TX, for Defendant/Appellant, Exxon Mobil Corporation.

Before CARTER, C.J., KUHN, PARRO, GUIDRY, and McCLENDON, JJ.

McCLENDON, J.

In this personal injury suit, Exxon Mobil Corporation (Exxon), the only remaining *1086 defendant at trial, appeals the judgment for damages in favor of the plaintiff, Larry Adams. After a thorough review of the record, we reverse.

FACTS AND PROCEDURAL BACKGROUND

By contract, Mr. Adams' employer, Rhodia, Inc. (Rhodia), provided sulfuric acid to Exxon for use at its facility. After the acid was used, Exxon returned the spent acid to Rhodia through a pipeline for regeneration of the acid for future use by Exxon and other Rhodia customers. At Rhodia, the acid was often stored in tanks, and sometimes held in rail cars.

On May 14, 2000, Mr. Kenneth Fontenot, another employee of Rhodia, was attempting to pump spent sulfuric acid from Rhodia's Tank 10 onto a barge. During the unloading procedure, he noticed that Tank 10, which was dedicated to receiving spent sulfuric acid from Exxon, showed an unusually rapid and high rise in temperature of 120 degrees.[1] In compliance with company protocol, Mr. Fontenot "blocked" off the tank by shutting off all valves to the tank, including intake and outtake. Mr. Fontenot then noted the incident in the log and told the shift supervisor. According to Mr. Fontenot, normal procedure would also require the tank to remain blocked off until an explanation could be found for such an increase in temperature.

The next morning, on May 15, 2000, plaintiff, Mr. Larry Adams, relieved Mr. Fontenot some time between 5:30 a.m. and 6:00 a.m. Mr. Fontenot told Mr. Adams of the rise in temperature. Despite the normal procedure to first determine the cause of the sudden temperature rise before unloading resumed, Rhodia ordered Mr. Adams to transfer the spent acid from Tanks 7 and 10 onto the barge. As soon as Mr. Adams opened the Tank 10 valve to unload the spent acid onto the barge, an alarm sounded. After checking the gauge in the tank farm control room, he noticed a spike in temperature. Following the same procedure as Mr. Fontenot had the night before, Mr. Adams electronically stopped the unloading of the tank from the control room, and then went outside to block off the tank by manually shutting off the valve. When Mr. Adams began to block off Tank 10, sulfur dioxide gas was released from the tank. The release occurred about 10:16 a.m. Mr. Adams suffered severe injuries from his exposure to the gas.

On May 8, 2001, Mr. Adams and his wife, Rosie, filed a petition for damages, naming as defendants Rhodia and Exxon. By the time of trial, Mr. Adams had settled with Rhodia. Rhodia, various additional defendants named by amending and supplemental petitions, and an intervening insurer were eventually dismissed from the suit.

At the jury trial, plaintiff primarily relied on the testimony of a chemical engineer, Dr. Steanson Parks, who was accepted as an expert. In Dr. Parks' opinion, Exxon released free or insoluble hydrocarbons into the pipeline sometime between 6:30 a.m. and 6:50 a.m. on May 15, 2000, the morning of the accidental gas release. An insoluble hydrocarbon load, for example, jet fuel, posed a threat when combined with the acid and was not a material that should have been released into the pipeline and sent to Rhodia. According to Dr. Parks' estimate, it would take approximately 40 minutes for an insoluble hydrocarbon load to reach the Rhodia facility. Based on an assumption that Tank 10 must have opened to intake material from *1087 the pipeline at around 6:30 a.m. on the morning of the accident, Dr. Parks theorized that the insoluble hydrocarbon load entered Tank 10 at that time. In his opinion, the combination of the free or insoluble hydrocarbon and the spent sulfuric acid triggered an exothermic reaction that led to the gas release. Dr. Parks believed that the introduction of insoluble hydrocarbon from an Exxon unit into the pipeline was evidenced by a twenty plus degree rise in temperature, recorded by the Exxon unit at the time it was sending material to Rhodia, and by the post-accident finding of a half inch coating of visible, insoluble hydrocarbon on the surface of the remaining material in Tank 10.

However, on cross-examination, Dr. Parks was advised by Exxon's counsel that the tank had been blocked off the night before and was opened only for unloading of the material just prior to the gas release at 10:16 a.m. In response, Dr. Parks admitted that he had no evidence that a hydrocarbon load entered Tank 10 and he had no other explanation for how a load of hydrocarbon could have entered the tank on the morning of the accident. On rebuttal, Dr. Parks agreed with the plaintiff's counsel assertion that, regardless of when the free or insoluble hydrocarbon from Exxon got into the tank, the presence of insoluble hydrocarbon in the tank after the accident proved their theory linking Exxon to the gas release. Thus, it was the theory that plaintiff's relied on to establish fault on the part of Exxon.

A representative of Rhodia, who was called by plaintiff, related the findings of Rhodia's post-accident investigation. Admittedly, Rhodia took a stream of spent acid, which had been stored in a rail car, and blended it with the spent acid material already in Tank 10. The two streams of spent acid had different chemical compositions and should not have been mixed. The two different streams were then allowed to react with each other while sitting in the tank for weeks; a process that produced a higher percentage than usual of sulfur dioxide gas. According to Rhodia, the unloading procedure agitated the combined streams enough to cause the sudden release of the confined sulfur dioxide gas that injured Mr. Adams. Rhodia found no evidence that an insoluble hydrocarbon load from Exxon played any role in the 2000 accident and injury to Mr. Adams.

Dr. Kerry Dooley was called by Exxon and accepted as an expert in chemical engineering. Dr. Dooley agreed with Rhodia that hydrocarbon played no part in the accident. He testified that spent acid generally contains about eight to nine percent soluble hydrocarbon, called acid soluble oils or "aso." According to Dr. Dooley, while the streams of spent acid were sitting for weeks in Tank 10, the "aso" and spent acid reacted, as indicated by the build-up in temperature. As a result of the reaction, sulfur dioxide gas was produced and built up in the tank. When the unloading procedure began, the material was agitated and the gas was released suddenly. The tank's venting capacity was overwhelmed, which allowed the explosive release of gas that injured Mr. Adams. If the material in the tank had been agitated every few days, the gas would have been released and vented gradually. Another byproduct of the reaction was the light, insoluble hydrocarbon that floated to the surface of the tank. In Dr. Dooley's opinion, the amount of insoluble hydrocarbon measured in Tank 10 after the accident was "entirely consistent" with such a reaction during the three to four week period the material sat in Tank 10 before the unloading procedure began.

It was undisputed that the insoluble hydrocarbon found in Tank 10 post-accident *1088

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Related

Adams v. Rhodia, Inc.
5 So. 3d 288 (Louisiana Court of Appeal, 2009)
Adams v. Rhodia, Inc.
983 So. 2d 798 (Supreme Court of Louisiana, 2008)

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Bluebook (online)
971 So. 2d 1084, 2007 WL 2782356, Counsel Stack Legal Research, https://law.counselstack.com/opinion/adams-v-rhodia-inc-lactapp-2007.