ACC Construction Co., Inc.

CourtArmed Services Board of Contract Appeals
DecidedSeptember 1, 2022
DocketASBCA No. 62265, 62937
StatusPublished

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Bluebook
ACC Construction Co., Inc., (asbca 2022).

Opinion

ARMED SERVICES BOARD OF CONTRACT APPEALS Appeals of - ) ) ACC Construction Co., Inc. ) ASBCA Nos. 62265, 62937 ) Under Contract No. W912QR-17-C-0021 )

APPEARANCES FOR THE APPELLANT: Lochlin B. Samples, Esq. Mackenzie P. Bell, Esq. Smith, Currie & Hancock LLP Atlanta, GA

Jacob W. Scott, Esq. Smith, Currie & Hancock LLP Washington, DC

APPEARANCES FOR THE GOVERNMENT: Michael P. Goodman, Esq. Engineer Chief Trial Attorney R. Lauren Horner, Esq. Brett R. Howard, Esq. Engineer Trial Attorneys

OPINION BY ADMINISTRATIVE JUDGE MELNICK

ACC Construction Company (ACC) seeks compensation under a construction contract with the United States Army Corps of Engineers (“Corps” or “government”) for the costs it incurred complying with stormwater permitting requirements imposed by the Commonwealth of Virginia. Because the contract placed responsibility upon ACC to obtain and comply with the necessary state permits, and ACC has failed to establish any other grounds to impose liability upon the government, the appeal is denied.

VIRGINIA REGULATORY SCHEME

We begin with a summary of the applicable state regulatory regime to inform our findings of fact.

With exceptions not relevant here, a builder cannot perform land-disturbing activities in Virginia until it submits a permit application to the appropriate state authorities for approval. The application is required to include a stormwater management plan. Among other things, that submittal’s contents must include information on stormwater discharges, current and final site conditions, proposed stormwater management facilities with their location and acres treated, hydrologic and hydraulic computations and calculations verifying compliance with water quality and quantity regulatory requirements, and a map depicting the topography with improvements. Various entities within Virginia act on plans, including, as was the case here, the Virginia Department of Environmental Quality (DEQ). The state authority shall act on an application within 60 days after it has determined the plan is complete. The authority shall act on an application that was previously disapproved within 45 days after it has been revised, resubmitted, and deemed complete. (App. supp. R4, tab 13 at 176; tr. 2/83) VA. CODE ANN. § 62.1-44.15:34(A) (West 2014); 9 VA. ADMIN. CODE §§ 25-870-10, 25-870-30, 25-870-55. Virginia imposes an additional permitting scheme for stormwater discharges associated with industrial activities. Industrial activities are specifically defined by Virginia. They require the acquisition of a Virginia Pollution Discharge Elimination System (VPDES) permit. 9 VA. ADMIN. CODE §§ 25-31-120.

Significantly, Virginia limits the total phosphorous load of a new development to be calculated using the Virginia Runoff Reduction Method (VRRM) or another equivalent methodology approved by the State Water Control Board. The VRRM Excel spreadsheet serves as DEQ’s compliance tool for projects subject to the VRRM. 9 VA. ADMIN. CODE §§ 25-870-63, 25-870-65; DEP’T OF ENVTL. QUALITY WATER PERMITTING DIV., GUIDANCE MEMO NO. 16-2001-UPDATED VIRGINIA RUNOFF REDUCTION METHOD COMPLIANCE SPREADSHEETS-VERSION 3.0 (May 2, 2016), https://swbmp.vwrrc.vt.edu/vrrm. The Virginia Stormwater BMP Clearinghouse is a website containing approved Best Management Practices (BMPs) for post-construction use to meet Virginia’s total phosphorous requirements. Virginia defines a BMP to mean “schedules of activities, prohibitions of practices, maintenance procedures, and other management practices, including both structural and nonstructural practices, to prevent or reduce the pollution of surface waters and groundwater systems.” 9 VA. ADMIN. CODE § 25-870-10. The BMP Clearinghouse provides various design specifications. VIRGINIA STORMWATER BMP CLEARINGHOUSE, https://swbmp.vwrrc.vt.edu (last visited Aug. 19, 2022); see also 9 VA. ADMIN. CODE § 25-870-65. There are Level 1 and Level 2 BMPs. Level 1 is a basic design and Level 2 is more enhanced and therefore leads to a higher credit for phosphorous removal. (R4, tab 30 at 1928; tr. 2/67)

Two of Virginia’s approved BMP specifications are relevant here. They are Practice 8: Infiltration Practices (Specification No. 8) and Practice 9: Bioretention (including Urban Bioretention) (Specification No. 9). Though quite detailed, Specification No. 8 explains that “[i]nfiltration practices use temporary surface or underground storage to allow incoming stormwater runoff to exfiltrate into underlying soils.” In its beginning, the specification says that “[t]o prevent possible groundwater contamination infiltration should not be used at sites designated as stormwater hotspots.” (R4, tab 33 at 2004) In turn, the specification explains that “[s]tormwater hotspots are operations or activities that are known to produce higher concentrations of

2 stormwater pollutants and/or have a greater risk for spills, leaks or illicit discharges” (R4, tab 33 at 2023). The specification includes a list of potential hotspots on Table 8.10 (id. at 2024). Some of the items on the list are industrial activities requiring a VPDES permit. Among them are fleet storage areas. However, hotspots and industrial activities are not the same. So, other items on the hotspot list are not industrial, including parking lots with 40 or more spaces. Departing somewhat from its initial declaration prohibiting the use of any infiltration at hotspots, here the specification allows restricted infiltration for some items, such as parking lots exceeding 40 spaces, while completely prohibiting it for others, such as fleet storage areas. (Id. at 2023-24; tr. 1/190) The relevant state authority (in this case DEQ) ultimately determines whether a particular operation or activity is a hotspot after a design package is submitted to it (tr. 2/83, 3/194).

Specification No. 9 addresses bioretention, which directs storm runoff into shallow landscaped depressions containing a bed of filtering media. The runoff ponds and then filters through the bed. (R4, tab 30 at 1927) There are two kinds of bioretention. The more typical one is a Bioretention Filter where runoff is eventually filtered to an underdrain for return to the storm drain system. The second is called a Bioretention Basin. In places with low risk of groundwater contamination, underdrains are only installed beneath a portion of the filter bed, or eliminated altogether, increasing stormwater infiltration. (Id.) Importantly, runoff from hotspot uses should not be treated with infiltrating bioretention. Instead, “[a]n impermeable bottom liner and an underdrain system must be employed when bioretention is used to receive and treat hotspot runoff.” (Id. at 1941-42)

FINDINGS OF FACT

I. Contract Planning

1. Sometime in 2015, the 99th Regional Support Command, part of the United States Army Reserve, requested to relocate an equipment concentration site to Fort A.P. Hill, Virginia. Among other things, the facility would contain a vehicle maintenance facility and an outdoor organizational vehicle parking area. The suggested site was woods that had been newly identified as an industrial area on the base master plan. (App. supp. R4, tab 11 at 80, 89-90; tr. 3/27) Different areas of Fort A.P. Hill are designated for specific purposes, such as residential, training, firing ranges, industrial, etc. This ensures that something like a noisy firing range is not located in a housing area. (Tr. 3/33-34) An industrial area is where activities such as equipment maintenance are performed (tr. 3/33). However, that base designation for the purpose of facility siting is unrelated to Virginia’s stormwater permitting requirements (R4, tab 44 at 3290, 3302). We find that the project was never determined by DEQ to be performing industrial activities for state permitting purposes. Fort A.P.

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ACC Construction Co., Inc., Counsel Stack Legal Research, https://law.counselstack.com/opinion/acc-construction-co-inc-asbca-2022.