Axiall Canada Inc. v. M E C S Inc

CourtDistrict Court, W.D. Louisiana
DecidedJuly 10, 2023
Docket2:20-cv-01535
StatusUnknown

This text of Axiall Canada Inc. v. M E C S Inc (Axiall Canada Inc. v. M E C S Inc) is published on Counsel Stack Legal Research, covering District Court, W.D. Louisiana primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Axiall Canada Inc. v. M E C S Inc, (W.D. La. 2023).

Opinion

UNITED STATES DISTRICT COURT WESTERN DISTRICT OF LOUISIANA LAKE CHARLES DIVISION

AXIALL CANADA INC CASE NO. 2:20-CV-01535

VERSUS JUDGE JAMES D. CAIN, JR.

M E C S INC MAGISTRATE JUDGE KAY

MEMORANDUM RULING

Before the court is a Motion for Summary Judgment [doc. 96] filed by defendant MECS, Inc. Plaintiff Axiall Canada Inc. (“Axiall”) opposes the motion. Doc. 117. I. BACKGROUND

This suit arises from the sale of mist eliminators (also known as “demisters”) by MECS, a manufacturing company specializing in equipment used in the chemical manufacturing and processing industry, to Axiall Canada, which owns and operates a chlor-alkali manufacturing facility in Beauharnois, Quebec. See doc. 1, att. 1. Specifically, Axiall contends that the demister elements sold to it by MECS failed shortly after installation and resulted in a shutdown of the plant. It filed suit against MECS in this court, raising claims for breach of contract, breach of express and implied warranty, and redhibition. Id. MECS maintains that it provided the equipment in conformity with Axiall’s specifications and that the equipment failures were caused by other issues at the plant. It now moves for summary judgment on all of Axiall’s claims. Doc. 96. The Axiall plant in Beauharnois produces chlorine gas through an electrolysis process. Doc. 96, att. 3, p. 12. As part of this process, a hot chlorine gas must pass through

a series of coolers to strip it of its moisture content and then move through wet and then dry demisters. Id. at 12–14. If the demisting does not work properly, it creates a risk of harm to downstream equipment. Id. at 14–15. Specifically, “[l]iquid bypass of the wet demister elements may lead to reaction of sodium with sulfuric acid to produce solid sodium sulfate (Na2SO4) solids that can accumulate in the sulfuric acid . . . and plug the dry demister elements and downstream chlorine compressors.” Id. Demisters rely “on

mechanical principles to coalesce and remove the liquid aerosols from the gas stream as it passes through an element with some sort of packed media.” Id. at 15. The demisters at Axiall used wound or packed fiber beds. Id. In March 2019, Axiall’s facility in Beauharnois was equipped with standard pack wet demisters manufactured by Koch-Glitsch, LP (“Koch”). Doc. 96, att. 4, pp. 16–25.

That month, Axiall experienced a failure of the wet demisters that resulted in high chlorine pressure and a plant shutdown lasting approximately 55 hours. Doc. 96, att. 4, pp. 1–15. According to Axiall’s Root Cause Analysis, the failure of the wet demisters was caused by (1) a broken drop pipe, (2) undetected material corrosion, and (3) an out-of-date maintenance plan with no specific frequency. Id. at 2. After the shutdown, the demisters

were replaced with spare elements but these did not function properly due to age and degradation. See doc. 96, att. 5, p. 27. Axiall then contacted MECS in May 2019 about purchasing new beds for their wet demisters and provided photographs of the materials currently in place. Id. at 29–35, 43–44. MECS indicated that it understood Axiall’s request to be for replacement of what was previously in place and that there had been no changes to its processes that would require different equipment. Id. at 39, 43–44. Specifically,

MECS testified: And they were an existing customer of ours. We had sold them fiber beds in the past. As I recall, somewhere in the early 1990s we had sold them a set of beds for spare in their plant. So we—we generally knew what their process conditions were, namely at that time the flow rate, the pressure, that is, the static pressure, in the system. Also, the temperature as well. And we normally provide replacement beds to existing clients in kind. That is, if they need a new set of fiber beds, we provide them the same thing they have previously. However, knowing from the normal chain of events that typically happens in a plant, we ask them, have there been any process changes since we’ve last provided mist eliminators? The most critical of those being, have there been any flow rate changes. And this was all in conversation on the phone with the client as well. And they told us at that time, no, there’s been no process changes. We . . . are producing the same amount of chlorine that we have during this entire time. And so we deemed it perfectly reasonable to provide them a set of fiber beds just like we had previously provided.

Doc. 17, att. 2, pp. 9–10. MECS also testified, however, that it had been more than 20 years since it last supplied mist eliminators to the Beauharnois plant and that it understood that plants typically want to increase production over time in order to make more profit. Id. at 41. MECS further stated: And . . . we received some information, and it was in conflict with other information we received from other employees in subsequent discussions. And there was quite a bit of confusion, it seemed, about where exactly the target is. You know, like having a target in front of you in the dark. It was— it was like every time we asked the question, we got a slightly different answer or variation thereof.

Id. at 42. MECS provided Axiall with proposals for standard ES 208-style wet demister elements in August 2019. Doc. 96, att. 5, pp. 91–102. The proposals state at the top: “Every design is custom engineered to meet our client’s unique requirements. Should you have any questions regarding our proposal, please do not hesitate to contact us.” Id. at 92. Axiall

purchased the demister elements, but issues arose within weeks of their installation. In the fall, MECS sent Axiall written requests for more information about the flow rate given what it deemed prior inconsistent information from the latter’s employees. Doc. 17, att. 2, p. 42–43. In response to these requests it learned that Axiall had added two additional electrolyzer cells in 2018, which had increased plant capacity by roughly 4.5 percent. Id. at 154; doc. 117, att. 5, p. 107; see doc. 96, att. 4, pp. 16–18. MECS was finally able to

solve the issues, after months of troubleshooting, by installing thick pack demisters, an alternative design. Doc. 96, att. 1, pp. 13–14. It maintains, however, that even the updated process conditions information supplied by Axiall supported the selection of standard pack demisters. See doc. 96, att. 3 (Exponent expert report). Axiall filed suit in the Fourteenth Judicial District, Calcasieu Parish, Louisiana, on

October 3, 2020, raising claims of breach of contract, breach of express and implied warranties, and redhibition.1 Doc. 1, att. 1. MECS removed the matter to this court based on diversity jurisdiction. Doc. 1. It then filed a motion to compel arbitration and dismiss, which the court denied. Doc. 21. The Fifth Circuit affirmed that ruling and the matter is set for trial before the undersigned on August 21, 2023. Doc. 39; doc. 98. MECS now moves

for summary judgment on all claims, asserting that the products it provided were not defective, were the standard elements for this particular use and warranted based on the

1 This venue was selected pursuant to a forum selection clause in Axiall’s purchase orders. Doc. 9, att. 1, p. 4. information Axiall had provided, and that there is no way to determine why MECS’s demisters did not work in Axiall’s system. Doc. 96, att. 1. Axiall opposes the motion,

maintaining that fact issues exist as to whether the product MECS sold Axiall was fit for the Beauharnois facility’s needs and intended use. Doc. 117. II. SUMMARY JUDGMENT STANDARD

Free access — add to your briefcase to read the full text and ask questions with AI

Related

Tubacex, Inc. v. M/V Risan
45 F.3d 951 (Fifth Circuit, 1995)
Malacara v. Garber
353 F.3d 393 (Fifth Circuit, 2003)
Brumfield v. Hollins
551 F.3d 322 (Fifth Circuit, 2008)
Anderson v. Liberty Lobby, Inc.
477 U.S. 242 (Supreme Court, 1986)
Reeves v. Sanderson Plumbing Products, Inc.
530 U.S. 133 (Supreme Court, 2000)
Cambridge Engineering, Inc. v. Robertshaw Controls Co.
966 F. Supp. 1509 (E.D. Missouri, 1997)
Oakley Fertilizer, Inc. v. Continental Insurance Co.
276 S.W.3d 342 (Missouri Court of Appeals, 2009)
In Re Combustion, Inc.
960 F. Supp. 1056 (W.D. Louisiana, 1997)
Plunk v. Hedrick Concrete Products Corp.
870 S.W.2d 942 (Missouri Court of Appeals, 1994)
Groppel Co. v. United States Gypsum Co.
616 S.W.2d 49 (Missouri Court of Appeals, 1981)
Carpenter v. Chrysler Corp.
853 S.W.2d 346 (Missouri Court of Appeals, 1993)
Johnson v. CHL ENTERPRISES
115 F. Supp. 2d 723 (W.D. Louisiana, 2000)
Berry v. Volkswagen Group of America, Inc.
397 S.W.3d 425 (Supreme Court of Missouri, 2013)
Allison v. ITE Imperial Corp.
928 F.2d 137 (Fifth Circuit, 1991)

Cite This Page — Counsel Stack

Bluebook (online)
Axiall Canada Inc. v. M E C S Inc, Counsel Stack Legal Research, https://law.counselstack.com/opinion/axiall-canada-inc-v-m-e-c-s-inc-lawd-2023.