Air-Sea Systems, LLC v. Grazel Foundation, LLC

CourtDistrict Court, D. Puerto Rico
DecidedJanuary 10, 2025
Docket3:21-cv-01581
StatusUnknown

This text of Air-Sea Systems, LLC v. Grazel Foundation, LLC (Air-Sea Systems, LLC v. Grazel Foundation, LLC) is published on Counsel Stack Legal Research, covering District Court, D. Puerto Rico primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Air-Sea Systems, LLC v. Grazel Foundation, LLC, (prd 2025).

Opinion

FOR THE DISTRICT OF PUERTO RICO AIR-SEA SYSTEMS, LLC, Plaintiff,

v. Civil No. 21-1581 (BJM)

GRAZEL FOUNDATION, LLC, Defendant. OPINION IN A NON-JURY TRIAL Air-Sea Systems, LLC (“Air-Sea”) brought this action under the court’s diversity jurisdiction against Grazel Foundation, LLC (“Grazel”), seeking damages for alleged breach of contract involving construction of a maritime platform at Magueyes Island in Lajas, Puerto Rico. Docket No. (“Dkt.”) 1. Air-Sea also brought a claim of defamation, alleging that Grazel made false and disparaging statements to the National Oceanic and Atmospheric Administration (“NOAA”) and to representatives at the University of Puerto Rico and Puerto Rico Department of Natural Resources. Id. Grazel denied the claims and counterclaimed, alleging breach of contract based on Air-Sea’s failure to pay amounts owed to Grazel for constructing the platform. Dkt. 10. A two-day nonjury trial was held on October 28 and 30, 2024. The parties submitted post-trial briefs. Dkts. 82, 84. The case is before me with the consent of the parties. Dkt. 50. Pursuant to Federal Rule of Civil Procedure 52(a), the court issues the findings of fact and conclusions of law set forth below, the result of which neither Air-Sea nor Grazel prevail on their respective claims. Judgment will be entered accordingly. FINDINGS OF FACT 1. Air-Sea is a limited liability company with offices in Tallahassee, Florida. Air-Sea’s President is Mr. Jim Navarro. Mr. Navarro holds degrees in physics and meteorology. Air-Sea has experience serving as a contractor for NOAA. 2. Grazel is a Puerto Rico-based contractor specializing in heavy foundation work. Grazel is owned and operated by members of the Dieguez family, including Jose Javier Dieguez, his brother Juan Carlos Dieguez, and their sister Jessica Dieguez. Jose Javier Dieguez holds a civil engineering degree from Polytechnic University of Puerto Rico. Grazel has worked on marinas and piers involving extensive piledriving and has also worked on projects for the U.S. government. 3. NOAA contracted with Air-Sea to build a marine platform off the shore of Magueyes Island in La Parguera, Lajas, Puerto Rico. The platform was intended to house weather monitoring equipment. Per NOAA’s requirements, the platform had to be able to withstand the lateral and axial loads of a category four hurricane. The square platform was to be supported by four pilings, one on each corner, driven into the sea floor. 4. Air-Sea commissioned Suelos, PSC to conduct measurements of the seabed where the platform was to be built and to prepare a geotechnical report recommending specifications for the pilings based on NOAA’s requirements. 5. Ivan Jackson, a civil engineer at Suelos, PSC, oversaw the measurements and prepared the geotechnical report. Plaintiff’s Exhibit (“PX”) 1 (the “Suelos Report”). Mr. Jackson’s team drilled a test hole at the site using a 140-pound hammer to drive a 2.5-inch diameter casing into the seabed. Id. at 17. A cross-sectional sample of the soil was obtained. Id. at 3. As Mr. Jackson explained at trial, soil stiffness was determined by counting the number of strikes per foot required to drive the casing into the ground. Stiffer soil allows a piling to withstand greater lateral and axial loads at the same embedment. 6. The Suelos Report found that the first five feet below the mudline consisted of soft silt with low soil stiffness. PX 1 at 3. Abundant coral fragments were found below five feet, which greatly increased driving resistance. Id. The sample could not be driven deeper than ten feet below the mudline – in other words, the sampling equipment hit “refusal.” Id. The depth of the sea from the waterline to the mudline was eight feet. Id. 7. Based on the results of the test and NOAA specifications for lateral and axial loads, Mr. Jackson recommended eight-inch pilings embedded fifteen feet below the mudline. PX 1 at 4. In making this recommendation, Mr. Jackson noted that “[h]ard driving is expected between 10 and 15 feet deep below [the] mud line due to the presence of abundant coral fragments.” Id. While his own surveying equipment was only capable of reaching a depth of ten feet, Mr. Jackson assumed that the equipment used to drive the pilings would be larger and more powerful, and thus capable of reaching a greater depth. 8. The Suelos Report concluded with a disclaimer that “inspection and supervision of pile driving is, in general, a very delicate and specialized matter” and that “there are cases where the lack of proper construction techniques and the lack of adequate supervision have given rise to the occurrence of foundation problems and failure.” PX 1 at 5. 9. After accounting for the embedment of the pilings, the depth of the water, and the distance between the waterline and the platform, the pilings needed to measure twenty-five feet to the base of the platform. 10. Air-Sea contracted with CMA Architects & Engineers, LLC (“CMA”) to design the structure and prepare architectural drawings for the project. PX 2. The CMA drawings show where the pilings were to be installed in relation to the existing pier. With respect to the required depth of the pilings, the drawings indicate “length and embedment as per geotechnical recommendations.” Id. at 1. The drawings also indicate that two of the pilings (labelled “A” and “B”) were to extend an additional 7 feet, 2 ½ inches above the deck of the platform. Id. at 3. Accounting for the extra height above the platform and expected embedment of fifteen feet below the mudline, the “A” and “B” pilings were expected to measure 32 feet, 2 ½ inches in total. 11. The CMA drawings also include a survey of the existing structures on the site, along with notes about which structures would be demolished. An existing wooden structure with footprint overlapping that of the new platform was to be demolished. The wooden structure was supported by concrete pilings driven into the sea floor. Based on the CMA drawings, these pilings were close to, but slightly inside, the planned location of the pilings for the new platform. PX 2 at 1. 12. In January 2021, Air-Sea entered into a construction contract with Grazel to install the pilings and secure the platform to the pilings. Joint Exhibit (“JX”) 1. 13. The construction contract specified three items for which Air-Sea would pay Grazel. First, Air- Sea agreed to pay Grazel $45,000 for mobilization and insurance. Second, Air-Sea agreed to pay Grazel $14,400 for materials – $90 per linear foot for 160 linear feet of pilings. Third, Air- Sea agreed to pay Grazel $48,000 to install the pilings ($300 per linear foot). The total amount that Air-Sea agreed to pay Grazel was $107,400. JX 1 at 1. 14. The construction contract specified that “[m]aterials & movilization [sic] must be paid up front.” JX 1 at 1. Based on the quotes for each line item, Air-Sea agreed to pay Grazel a total of $59,400 ($45,000 for mobilization, $14,400 for materials) upfront. However, the contract did not provide a targeted start date for construction. 15. The contract further specified that “there is no deductible for piles that encounter[] refusal before 40 ft. Instalation [sic] price must be paid full length.” JX 1 at 1. The contract also noted that the pilings “come[] with coal tar epoxy treatment.” Id. 16. The contract required Air-Sea to pay Grazel within 30 days of receiving “monthly certifications.” JX 1 at 2. At trial, it was established that these functioned in an identical manner to invoices. 17. The contract also contained a section titled “exclusions.” This section specified that pile layout, surveying, engineering services, and geotechnical services were excluded from the contract. Further, this section noted that “[u]tilites removal or relocation, obstruction should be romoved [sic] by contractor if not standup rate will apply.” JX 1 at 3. 18.

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Air-Sea Systems, LLC v. Grazel Foundation, LLC, Counsel Stack Legal Research, https://law.counselstack.com/opinion/air-sea-systems-llc-v-grazel-foundation-llc-prd-2025.