Shanley, Mark v. Omega Flex, Inc.

CourtDistrict Court, W.D. Wisconsin
DecidedMarch 1, 2021
Docket3:19-cv-00664
StatusUnknown

This text of Shanley, Mark v. Omega Flex, Inc. (Shanley, Mark v. Omega Flex, Inc.) is published on Counsel Stack Legal Research, covering District Court, W.D. Wisconsin primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Shanley, Mark v. Omega Flex, Inc., (W.D. Wis. 2021).

Opinion

FOR THE WESTERN DISTRICT OF WISCONSIN

MARK SHANLEY, AMY SHANLEY, and AMERICAN FAMILY MUTUAL INSURANCE OPINION AND ORDER COMPANY, 19-cv-664-slc Plaintiffs, v. OMEGA FLEX, INC., Defendant.

This is a product liability action seeking reimbursement for the insured and uninsured losses allegedly resulting from a lightning strike and subsequent fire at the home of Mark and Amy Shanley in La Crosse, Wisconsin. Plaintiffs, American Family Mutual Insurance Company and its insureds, the Shanleys, allege that defendant Omega Flex, Inc. was negligent in its design of its TracPipe® Corrugated Stainless Steel Tubing System (“CSST”) product, and that the design of TracPipe® is defective and dangerous. (Plaintiffs also alleged negligence and strict liability in regards to the adequacy of defendant’s warnings and installation instructions, but it has withdrawn those allegations. See dkt. 73, at 2.) Before the court are two motions: (1) defendant’s motion for an order in limine precluding plaintiffs’ expert, Dr. Thomas Eagar, from offering certain opinions and testimony at trial, dkt. 37; and (2) defendant’s motion for summary judgment on various grounds, dkt. 41.1 Because I agree with defendant that plaintiffs cannot establish causation even if Dr. Eagar’s opinion is allowed, I am granting summary judgment to defendant on that ground 1 Defendant also moved for an order in limine to preclude plaintiffs’ fire investigator, Beth Anderson, P.E., from offering certain opinions concerning Omega Flex’s warnings and installation instructions. Dkts. 39, 40. However, plaintiffs have stated that they do not intend to have Anderson without ruling on the Daubert motion. To the same effect, there is no need for the court to address defendant’s spoliation argument.

FACTS On or around September 23, 2016, lightning storms surged through the La Crosse, Wisconsin area. A lightning strike caused a fire in the home of Mark and Amy Shanley, who

were away on vacation. After learning that a fire had occurred in their absence, the Shanleys notified their insurer, American Family Mutual Insurance Corporation, which sent a number of investigators to the home to attempt to determine a cause and who might be liable. Plaintiffs’ investigation determined that the Shanley home used TracPipe® corrugated stainless steel tubing (“CSST”), manufactured by defendant Omega Flex, to convey propane gas from the propane tank to gas appliances in the home, and that the TracPipe® CSST’s design may have caused the fire losses. American Family notified Omega Flex of its potential liability, and the parties conducted

a final scene inspection at the Shanley home on November 7, 2016. During the November 7 inspection, the parties’ experts found one melting hole in the TracPipe® CSST line that fed the workshop heater. The parties also discovered that, when the home was built in 2007, the TracPipe® CSST system had not been installed in the manner directed by Omega Flex’s installation instructions. Specifically, the CSST system had not been directly bonded to the household grounding electrode with a bonding clamp and heavy gauge bonding wire. Plaintiffs retained Dr. Thomas Eagar, an MIT-trained expert in metallurgy and arc

physics, to testify as an expert in this case. Dr. Eagar has submitted a report in which he offers the following opinions “based upon a reasonable degree of engineering certainty”: 1. CSST is defective because the wall thickness of the metal is too thin to survive the vast majority of lightning strikes; 2. Black iron pipe is thicker than CSST, much more resistant to perforation by lightning, and is a feasible alternative to CSST; 3. CSST like that used in the Shanley home is a dangerous and defective product; 4. A lightning-induced arc caused the melting hole in the gas piping found in the Shanley home; 5. Propane escaping from the perforated gas line was ignited during this arcing event, resulting in a gas-fueled fire;2 6. Bonding or grounding the CSST system may be “helpful, harmful or have no effect on perforation of the CSST by lightning depending on where the lightning enters the structure;” and 7. The effectiveness of grounding as a means of protecting CSST from perforation by a lightning strike depends on a number of factors including (a) the strength of the strike; (b) where and how the lightning entered the structure; and (c) the resistance of the grounding system. Expert Report of Dr. Thomas Eagar, dkt. 21. Opinions Nos. 6 and 7 are drawn from papers published by Dr. Eagar and his colleagues in which they challenge the claim by CSST manufacturers that proper grounding of CSST prevents perforation by lightning. In the first, “Fire Safety of Grounded Corrugating Stainless Steel Tubing in a Structure Energized by Lightning,” Dr. Eagar and his team identified a number of parameters that affect whether lightning-induced arcing sufficient to melt a hole in the CSST 2 Omega Flex’s expert, on the other hand, theorizes that the fire started when electrical current from either a direct or indirect lightning strike entered the Shanley home, causing electrical arcing within the home, and igniting lightweight combustibles. He opines that the hole in the CSST did not form until after the fire started. wall would be reduced by grounding the CSST with a bond wire. Dkt. 71-2. According to the paper, the voltage and the current or charge transferred through the arc depend on “how strong the lightning current is, where it enters the structure and the configuration of conductors in and around the structure.” Id. at 9. Using 64 different combinations of parameter values broader

than those used in the simulations performed by the CSST manufacturers, Dr. Eagar and his team found “several cases where grounding does not reduce voltage enough to prevent arc initiation nor reduce charge through the arc enough to prevent melting.” Id. at 19. However, their research did find that grounding would help prevent damage caused by lightning “in certain situations, such as when current enters through the gas line.” Id. at 20. Ultimately, the team concluded, “in some cases grounding will help prevent melting, in some cases it will not and in some cases it will increase the risk of melting.” Id. In the second paper, titled “Variation in Lightning Simulations to Assess Grounding

Safety of Corrugated Stainless Steel Tubing,” Dr. Eagar and Bryan Haslam ran a series of circuit simulations with different parameters to demonstrate that the small set of simulations by CSST manufacturers did not adequately account for the uncertainty of lightning and the variety of situations where it may interact with CSST. After performing “thousands of simulations” using different parameter combinations, Eagar and Haslam found that “there are cases where grounding may prevent perforation, cases where grounding may reduce the damage but not prevent perforation and cases where grounding increases the chances of perforation.” Id. at 3. With respect to the Shanley fire, Dr. Eagar did not attempt to perform any electrical

simulations specific to the Shanley home to determine whether directly bonding the CSST would have prevented the perforation in the gas piping. At his deposition, he explained that to do a “Shanley specific” simulation, he would have to know “the impedances, the resistances; you’d have to know where the lightning came into the home; you’d have to know the waveform of the lightning strike.” Eagar Dep., dkt. 71-4, at 105:4-9. Without “all 20 some parameters,” he said, he could not simulate whether a direct bond on the CSST system installed in the Shanley home would have prevented the hole and subsequent fire. Id. at 118:5-22. As a result,

Dr. Eagar cannot determine to a reasonable degree of certainty whether an additional ground would have prevented the Shanley fire.

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Shanley, Mark v. Omega Flex, Inc., Counsel Stack Legal Research, https://law.counselstack.com/opinion/shanley-mark-v-omega-flex-inc-wiwd-2021.