Designing Stormwater Management Solutions to restore Almy Pond's Water Quality

The Aquidneck Island Land Trust, in collaboration with the Almy Pond Watershed Protectors, is seeking a qualified engineering firm to design comprehensive stormwater management solutions for the 116-acre northeastern drainage area of Almy Pond in Newport, Rhode Island. The primary objective is to develop a stormwater best management practice, potentially a constructed gravel wetland, to treat runoff and reduce nutrient and bacterial pollution. The project aims to address water quality concerns identified in a 2007 Total Maximum Daily Load (TMDL) assessment, which requires an 80-85% reduction in phosphorus levels. Key deliverables include site assessments, development of 2-3 conceptual design options, community engagement, pre-permitting coordination, and preparation of permit-level designs. The RFP was issued on March 7, 2025, with proposals due by April 4, 2025, and an anticipated project kickoff in April/May 2025 and completion by Spring 2026. Evaluation will be conducted using a 100-point scoring system that assesses technical approach, project experience, timeline, and overall proposal quality.

While the RFP does not explicitly specify set-aside designations or restrictions for disadvantaged enterprises, the proposal will be evaluated based on the firm's technical capabilities and prior experience in environmental engineering and stormwater management. No incumbent vendors or existing contractors are mentioned in the documentation. The specific budget and pricing details are not explicitly stated in the available materials, though the comprehensive nature of the project suggests a significant engineering and design investment. The project is funded through a collaboration of nine local organizations and appears to be a critical environmental restoration initiative for the Almy Pond watershed. Prospective bidders should have demonstrated expertise in hydrology, environmental engineering, and stormwater management solutions, with a particular focus on nutrient reduction and water quality improvement strategies.