John T. Jones Construction Co. v. Hoot General Construction

543 F. Supp. 2d 982, 2008 U.S. Dist. LEXIS 58169, 2008 WL 1024459
CourtDistrict Court, S.D. Iowa
DecidedMarch 6, 2008
Docket4:05-cv-00525-RAW
StatusPublished
Cited by8 cases

This text of 543 F. Supp. 2d 982 (John T. Jones Construction Co. v. Hoot General Construction) is published on Counsel Stack Legal Research, covering District Court, S.D. Iowa primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
John T. Jones Construction Co. v. Hoot General Construction, 543 F. Supp. 2d 982, 2008 U.S. Dist. LEXIS 58169, 2008 WL 1024459 (S.D. Iowa 2008).

Opinion

FINDINGS OF FACT, CONCLUSIONS OF LAW, RULING ON MOTIONS FOR JUDGMENT AS A MATTER OF LAW AND ORDER FOR JUDGMENT

ROSS A. WALTERS, United States Magistrate Judge.

Plaintiff John T. Jones Construction Co. (“Jones”) was the general contractor for a public improvement project at defendant Des Moines Metropolitan Wastewater Reclamation Authority’s (“WRA”) Wastewater Reclamation Facility (“WRF”). The project was the “WRF Combined Hauled Waste/Solids Processing Improvements”(“the project” or the “WRA project”). (Ex. 48 at 4). The project included a lining system to protect the concrete in “blended sludge wetwells, a new waste-to-digester” wetwell and septage tanks which were to be rehabilitated to serve as “special waste receiving tanks.” This lawsuit is about which of two competing lining systems should have been installed. It involves claims, counterclaims and cross-claims between Jones, WRA, Black & Veatch (“B&V”), an international construction and engineering firm hired by the City of Des Moines 1 to provide engineering services for the design, bidding and construction of the project, and Hoot Gen *987 eral Construction Co. (“Hoot”), the initial concrete lining subcontractor hired by Jones.

The claims of the parties and history of proceedings were discussed at length in an August 8, 2007 ruling on the parties’ motions and cross-motions for summary judgment (“the August 8 ruling”). The August 8 ruling left the following claims to be tried: Jones’ claims of breach of contract (Count VI), common law indemnity (Count VII) and promissory estoppel (Count XII) against Hoot; Jones’ claims of breach of contract (Count I) and breach of the duty of good faith and fair dealing (Count II) against WRA; Jones’ claims of intentional interference with contract (Count VIII), negligent misrepresentation (Count X) and professional negligence (Count XI) against B&V; Hoot’s claims of intentional interference with contract (Count I) and professional negligence (Count III) against B&V; WRA’s counterclaim against Jones for breach of contract and breach of the duty of good faith and fair dealing; WRA’s cross-claim against B&V for indemnity (Counts I through VI); and B&V’s counterclaim against Jones for contribution on Hoot’s claims against B&V and cross-claim against Hoot for contribution on Jones’ claims against B&V.

The Court has diversity jurisdiction. 28 U.S.C. § 1332(a). The case came on for bench trial before the undersigned on August 20 through 24, 2007 pursuant to 28 U.S.C. § 636(c). Posttrial written arguments and motions for judgment as a matter of law have been filed and the case is now fully submitted.

The Court has carefully considered the record evidence, the post-trial written arguments and motions for judgment as a matter of law, and now finds and concludes as follows on the issues presented.

I.

FACTUAL BACKGROUND AND FINDINGS

A. Concrete Corrosion, The Competing Lining Systems, and Testing

To better understand the issues and background facts in this case it is appropriate to start by discussing why concrete exposed to wastewater needs to be protected and moving from there to a comparison of the two lining systems at issue and the testing to which they have been subjected. John A. Redner retired in 2004 as head of the “Sewerage” Department for the County Sanitation Districts of Los An-geles County. He has extensive experience in protecting wastewater collection systems from the corrosive effect of waste-water, and is a recognized leading expert on the subject. Jones called Mr. Redner to give expert testimony. According to Mr. Redner, as wastewater stays in a collection system, it becomes septic and gives off hydrogen sulfide gas. Bacteria break down the hydrogen sulfide gas and consume the hydrogen sulfide. A byproduct of this process is sulfuric acid. Most wastewater collection systems, including WRA’s, are constructed of concrete. Sulfuric acid corrodes concrete. How to protect concrete wastewater collection systems from corrosion has been a subject of study for decades. The issue became acute when in about 1987 the federal Environmental Protection Agency adopted new regulations which required industries to remove heavy metals from wastewater. The removal of heavy metals had the unfortunate effect of improving the wastewa-ter environment for the growth of bacteria, the net effect of which was a significant increase in the production of sulfuric acid and accompanying marked acceleration in the corrosion rate of concrete wastewater structures.

*988 Coatings of various kinds provide a measure of protection, but used alone tend to degrade and fail over time which had, in fact, been WRA’s experience with coal tar epoxy coatings. The most consistently successful protective methods involve attachment of an impervious polyvinyl chloride (PVC) liner to the concrete surface. PVC liners for new concrete structures have been available for years. 2 It has been within about the past twenty years that lining systems have evolved to protect rehabilitated existing concrete collection structures. As relevant in this case, the rehabilitation and protection of an existing structure involves first repair of the corroded concrete surface (for example by sand- or waterblasting, with the application of shot crete if more severely damaged) followed by the application of a bonding material or “mastic” to the repaired concrete surface to which is affixed a PVC liner. In 2002 two companies offered PVC/mastic lining systems for rehabilitated concrete wastewater structures— Ameron International Corp. (“Ameron”), and Linabond, Inc. (“Linabond”). (Ex. 195 at 4). 3 As events would develop, the competing lining systems proposed for use on the WRA project were Ameron’s “Arrow-Lock” system and Linabond’s “Semi-Rigid Co-Lining” system.

Arrow-Lock uses an epoxy mastic and PVC sheets with ribbed, arrow-shaped anchors on the inside face. The PVC sheets are mechanically locked in place by rolling the anchors into the mastic before it cures. Weld strips are fused at the seams of the PVC sheets using hot air. Linabond’s co-lining system uses a structural polymer mastic with, in this case, a semi-rigid PVC lining which is chemically bonded 4 to the structural polymer. Polyurethane seam material is used to seal the joints. The first installation of both of these systems occurred in the mid-1990’s. While both were designed to rehabilitate corroded concrete structures, both could be used on new construction. 5

The record is replete with references to two kinds of tests for coatings and liners generally accepted as standards in the wastewater treatment community. The first is the “pickle jar” test, developed and conducted by the City of Los Angeles. Since the 1940’s and '50’s the City has been involved in testing materials for use in wastewater treatment systems.

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543 F. Supp. 2d 982, 2008 U.S. Dist. LEXIS 58169, 2008 WL 1024459, Counsel Stack Legal Research, https://law.counselstack.com/opinion/john-t-jones-construction-co-v-hoot-general-construction-iasd-2008.