Grefer v. Alpha Technical

901 So. 2d 1117, 2005 WL 896416
CourtLouisiana Court of Appeal
DecidedMay 16, 2005
Docket2002-CA-1237
StatusPublished
Cited by15 cases

This text of 901 So. 2d 1117 (Grefer v. Alpha Technical) 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
Grefer v. Alpha Technical, 901 So. 2d 1117, 2005 WL 896416 (La. Ct. App. 2005).

Opinion

901 So.2d 1117 (2005)

Joseph GREFER, Camille Grefer, Rose Marie Grefer Hassi and Henry Grefer
v.
ALPHA TECHNICAL, et al.

No. 2002-CA-1237.

Court of Appeal of Louisiana, Fourth Circuit.

March 31, 2005.
Opinion Denying Rehearing May 16, 2005.

*1123 Andrew B. Sacks, John K. Weston, Sacks, Weston, Smolinsky, Albert & Luber, Philadelphia, PA, and Stuart H. Smith, Michael G. Stag, Smith & Stag, and Stephen B. Murray, Arthur M. Murray, Murray Law Firm, and Ron A. Austin, Spears & Spears, and William A. Porteous, III, Porteous, Hainkel & Johnson, L.L.P., and Jack W. Harang, Harang & Barker, LLC, New Orleans, LA, for Plaintiffs, Joseph Grefer, et al.

Sam A. LeBlanc, III, Ron A. Sholes, Glen M. PiliÉ, Louis C. Lacour, Jr., Martin A. Stern, Robert N. Markle, Adams and Reese LLP, and Mitchell J. Landrieu, New Orleans, LA, for Defendant, Exxon Mobil Corporation.

Thomas E. Balhoff, Judith R. Atkinson, Roedel Parsons Koch Blache Balhoff & McCollister, Baton Rouge, LA, for Defendant, Intracoastal Tubular Services, Inc.

Herman Robinson, General Counsel, Perry M. Theriot, April Snellgrove, Louisiana Department of Environmental Quality, Legal Affairs Division, Baton Rouge, LA, Amicus Curiae, Dr. Hall Bohlinger, Secretary of the Department of Environmental Quality and Murphy J. Foster, Jr., Governor, State of Louisiana.

(Court composed of Judge MICHAEL E. KIRBY, Judge MAX N. TOBIAS, JR., Judge LEON A. CANNIZZARO, JR.).

LEON A. CANNIZZARO, JR., Judge.

The defendants, Exxon Mobil Corporation ("Exxon") and Intracoastal Tubular Services, Inc. ("ITCO"), and the plaintiffs, Joseph Grefer, Camille Grefer, Rose Marie Grefer Haase[1], and Henry Grefer ("the Grefers"), appeal from a district court judgment rendered in accord with a jury verdict, awarding the Grefers compensatory and punitive damages as a result of the defendants' contaminating their immovable property[2] with radioactive material. Exxon *1124 on also appeals from the district court judgment denying its exception of prescription.

BACKGROUND HISTORY

The operations of most major oil companies are integrated to include exploration and production, refining, and marketing of oil and gas. In the production phase, a well is drilled down to oil bearing sand, casing is cemented in the hole, tubing is run down the hole, and the tubing and casing are perforated at the level of the oil bearing sand to help bring the oil and natural gas to the surface. A section of the tubing is 2 to 3 inches in diameter and 30 feet long. The tubing is screwed together, and depending on the depth of the hole, could involve a string of tubing thousands of feet deep. Pressure underground forces oil and gas through the perforated casing and tubing up to the wellhead at the surface. At that point, separator tanks are used to separate the oil and gas, the oil is piped to a refinery for further processing into gasoline, diesel fuel, jet fuel, etc., and the natural gas is sent to a gas processing plant to separate the various components.

As time goes by, water from underground also mixes with and comes to the surface with the oil and gas. The water usually only appears in mature fields since it is heavier than oil and is generally not "produced" until much of the oil reservoir has become depleted. This water is referred to as "produced water" since it is "produced" up through the well. "Produced water" historically has been pumped back into the ground, or discarded in estuaries.

In the early 1900s, the oil industry discovered that the underground water leached certain mineral salts out of the earth's crust and the "produced water" then carried those mineral salts in solution up the tubing toward the surface. As the water came through the perforations and rose up the tubing, the change in pressure and temperature caused those mineral salts to precipitate out of solution and form a scale or crust on the inside of the tubing, and also in the separator tanks at the surface near the wellhead. As scale built up inside the tubing, the production rate of oil and gas slowed down as the flow path became increasingly constricted. When this occurred the oil company extracted the tubing from the well and sent it to a pipe yard where a cleaning contractor mechanically reamed the inside of the tubing to return it to its original diameter.

As early as 1914, the oil companies were aware that the chemical composition of the scale was primarily "barium sulfate." In the 1940s, chemical dictionaries identified "radium sulfate" as commonly being a co-precipitate with "barium sulfate." Several years later, in 1953, in a geological study done for the United States Atomic Energy Commission, radium sulfate was identified as the radioactive scale precipitate in oil field equipment used in southeastern Kansas oil fields. It was then that the oil industry learned that radium sulfate in small percentages was being co-precipitated with the scale's chief components, non-radioactive barium sulfate, strontium sulfate, calcium sulfate, and calcium carbonate.

In July 1971, representatives from Phillips Petroleum Company notified Exxon that it had found low-level radioactive deposits inside production equipment in its gas plants. Thereafter, Exxon undertook an investigation of its own gas plants. During the course of its investigation, Exxon found low-level radioactive deposits in varying amounts inside pumps and compressors in most of the gas plants. Exxon concluded that the source of the radioactivity was a radioactive gas entering the gas plants with the natural gas stream coming *1125 from the wellhead. Several years later, in 1977, the oil companies, including Exxon, learned that other radioactive materials had been identified in equipment in a Shell Oil refinery in the United Kingdom ("U.K.").

In 1981, in a routine well logging operation on two Occidental Petroleum Corporation platforms in the North Sea, drillers registered elevated levels of radioactivity from the radioactive scale in equipment on the platforms and the tubing in the well holes. The levels of radiation required Occidental to report the discovery to U.K. governmental authorities. The National Radiological Protection Board ("NRPB"), under contract to the U.K. government, did further testing and identified the radioactive component as radium-226, in the form of radium sulfate, co-precipitated with barium sulfate, calcium sulfate, and strontium sulfate. Radium-226 has a half-life[3] of approximately 1,600 years.

All major oil companies operating in the North Sea, including Exxon, were immediately made aware of Occidental's discovery through the United Kingdom Offshore Operators Association ("UKOOA"), the oil industry trade association. As a result of the discovery, the U.K. Government held a major conference in 1983 for the oil companies dedicated solely to the NORM[4] problem. In 1985, the UKOOA Safety Committee published NORM safety guidelines and a NORM Reference Manual, which were distributed to all oil companies.[5]

On April 10, 1986, Chevron identified radium-226 in oilfield equipment at a well site near Brookhaven, Mississippi. As a result of Chevron's discovery, Exxon conducted surveys at four Exxon Mississippi well sites in June 1986 and found radium-226 at those sites. Later that month, Exxon representatives met with other oil company representatives at the Alabama/Mississippi Mid-Continent Oil & Gas Association meeting to discuss the radioactive scale problem. Following the meeting, Exxon industrial hygienist, Mr. Lindsay Booher, reported to Mr. M.F.

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