EPA Architect-Engineer Services 2017-2022

Award Date 6/13/2017
Last Date To Order 6/12/2022
Shared Ceiling $3M
Contract Type
Master IDIQ
Predecessor
Not listed
Successors

The EPA Architect-Engineer Services 2017-2022 Indefinite Delivery/Indefinite Quantity (IDIQ) contract vehicle provides comprehensive architectural and engineering services for the United States Environmental Protection Agency across Regions 1 through 4, covering 21 states in the Northeastern, Mid-Atlantic, and Southeastern United States. The contract supports a wide range of facility infrastructure projects, including design, renovation, construction phase services, system upgrades, and strategic facility planning for EPA research laboratories, administrative buildings, and environmental centers. Task orders under this vehicle predominantly involve architectural and engineering design, construction oversight, facility modernization, infrastructure replacement, and specialized technical assessments for EPA properties.

Key task orders demonstrate a consistent pattern of firm fixed-price delivery orders ranging from approximately $10,000 to over $3 million, with typical durations between six months and two years. Frequent prime contractors include Elevar Design Group (SFA Architects), Peterson Engineering Inc., Bullock Tice Associates, and Global Engineering Solutions, with most task orders not utilizing small business set-asides, though some contractors are self-certified small or minority-owned businesses. The work consistently focuses on critical infrastructure improvements such as HVAC system replacements, laboratory modernization, electrical upgrades, roof repairs, and facility consolidation projects. Common places of performance include EPA facilities in locations like Research Triangle Park (North Carolina), Athens (Georgia), Narragansett (Rhode Island), Fort Meade (Maryland), and Gulf Breeze (Florida). The contract vehicle enables the EPA to rapidly acquire specialized architectural and engineering services through a pre-competed, flexible contracting mechanism.

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