Packard Engineering Associates v. Sally Group, L.L.C.

398 S.W.3d 389, 2013 Tex. App. LEXIS 3967, 2013 WL 1247676
CourtCourt of Appeals of Texas
DecidedMarch 28, 2013
DocketNo. 09-12-00325-CV
StatusPublished
Cited by5 cases

This text of 398 S.W.3d 389 (Packard Engineering Associates v. Sally Group, L.L.C.) is published on Counsel Stack Legal Research, covering Court of Appeals of Texas primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Packard Engineering Associates v. Sally Group, L.L.C., 398 S.W.3d 389, 2013 Tex. App. LEXIS 3967, 2013 WL 1247676 (Tex. Ct. App. 2013).

Opinion

OPINION

STEVE McKEITHEN, Chief Justice.

Appellants Packard Engineering Associates and Richard Packard (collectively “Packard”) appeal the trial court’s order denying their motion to dismiss. See Tex. Civ. Prac. & Rem.Code Ann. § 150.002 (West 2011). We affirm the trial court’s order in part and reverse in part and remand the cause for further proceedings consistent with this opinion.

BACKGROUND

Appellees The Sally Group, L.L.C. d/b/a Rio24 Cigars and Premier Bar (“Rio24”), Michael Wilson, Mary Wilson, and Bonny J. Wilson filed suit against appellants and other parties for alleged negligence, breach of contract, violations of the Deceptive Trade Practices Act (“DTPA”), and common-law fraud concerning the design, engineering, installation, and implementation of a humidification system at Rio24’s place of business, a cigar bar in The Woodlands, Texas. Michael Wilson alleged that he was Rio24’s principal. Michael Wilson and Bonny J. Wilson contended that they were guarantors on Rio24’s lease as well as a note. Michael Wilson’s wife, Mary Wilson, asserted that she “is also obligated to [Rio24’s] creditors by virtue of the fact these would be considered community obligations.”

After being hired by the architect, professional engineer Richard Packard of Packard Engineering Associates prepared the engineering drawings for the humidification system at Rio24. Appellees contended that after Rio24 opened, the business experienced problems with excessive humidity in the humidor, and the humidity controller did not work. According to ap-pellees, they received many complaints from customers that cigars were too wet and would not burn properly. Appellees [391]*391also alleged that as the outside humidity decreased, Rio24 began to experience problems with low humidity levels in the walk-in humidor, and that water condensation ultimately dripped from the ceiling of the humidor, “destroying entire boxes of cigars, as well as affecting the contents of members’ lockers, wet-staining the Spanish cedar wood that composed the lockers, and staining/damaging the humidor ceiling.” According to appellees, customers complained, and Rio24 was unable to save wet cigars. Appellees asserted that a large amount of black mold eventually appeared on the Spanish cedar wood and the cigars on several shelves, and that the protocol for remediation of the mold required removal of the humidor, as well as most of the ceiling in the bar area.

According to appellees’ petition, Rio24’s landlord ordered the business to close when the mold was discovered, resulting in Rio24’s loss of “its entire capital investment (approximately $800,000.00), its cigar inventory, its revenue stream, which was showing growth and profit as of November, 2010, and the goodwill the business had generated.” Appellees also maintain that they had to default on their rental agreement and their business loan, both obligations had been accelerated, and the personal property located on Rio24’s premises was seized and sold at auction. Ap-pellees further alleged that they defaulted on other debts, and that the cost of remed-iating the mold was deducted from Rio24’s tenant security deposit. Appellees asserted that Rio24’s losses totaled at least $5,000,000, and that Michael Wilson, Mary Wilson, and Bonny J. Wilson had each lost at least $500,000. Appellees alleged causes of action for breach of contract, DTPA violations, common-law fraud, and negligence.

With their petition, appellees provided as their certificate of merit the affidavit of professional engineer Ronald W. Brown of Consulting MEP Engineers. According to Brown, appellees had specified that the humidor maintain a temperature of seventy degrees and 70% relative humidity, while the remainder of the area was to maintain a temperature of seventy-four degrees and 50% relative humidity. Brown noted that there was only one air handling unit (AHU) for the entire lease space, and that “[i]t is very difficult to achieve two different design points ... when there is only one zone off of one AHU.” In addition, Brown stated that although the air cooled condensing unit (ACCU) specified by the drawings indicated a 15-ton Trane Model TTA180, the ACCU installed was a 12.5-ton Carrier Model 88ARD016. Brown also indicated that although the drawings indicated a 15-ton Trane Model TWE 180 AHU, a 12.5-ton Carrier Model 40RM-016 AHU was installed. According to Brown, the ACCU is a two-stage model, which

means one stage will cycle off when the internal heat gain is operating at a reduced load. This can result in elevated cooling coil leaving air temperature and higher space humidity primarily because there is only a single stage of cooling in operation. Usually this is not a problem because the cooling stage only cycles off at reduced load and the cooling unit will operate at reduced capacity in close relation to the load. The 70 degree design point for the Humidor may cause the unit to operate with both stages of cooling in demand. This will cause the space to over cool in the lease space.

Brown further stated that although, the manufacturer’s literature for the ÁCCU advised “for the unit to have a clear discharge path over the top of the unity [t]his was not possible in this instance.”

According to Brown, there was no vapor barrier between the bar area and the hu[392]*392midor area, which “can result in an increase in moisture supplied by the humidifier due to loss of moisture from the high humidity area to the lower humidity area.” Brown also observed that the humidifier is designed to be discharged directly into the air duct that serves the space, but in this case, the duct that serves the humidor was

basically the same duct that serves the bar area which is held at approximately 50% [relative humidity]. This means the humidifier has to continuously add moisture to the supply duct system. Unfortunately, during the cooling mode, the supply duct contains saturated air and will not hold any more moisture. The result is the moisture will condense on any cold surface, and simply be discharged from the duct into the humidor. That is what happened here, and the results were moisture on the floor and walls, causing mold to appear.

Brown stated that his review of the drawings revealed that the exhaust air discharge point is located approximately six feet from the outside air intake, but the Building Code requires a minimum of ten feet. Because the outside air intake was 2,200 efm, the design meant that the space was at neutral air pressure, but should have been designed and operated at “some positive air pressure to prevent unwanted moisture and contaminants from entering the space[;]” and “this amount of outside air will continue to be introduced into the space even if the compressor unit cycles off one of the stages of cooling capacity ...

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398 S.W.3d 389, 2013 Tex. App. LEXIS 3967, 2013 WL 1247676, Counsel Stack Legal Research, https://law.counselstack.com/opinion/packard-engineering-associates-v-sally-group-llc-texapp-2013.