Stormwater Retention Credit (SRC's)

The District of Columbia is seeking proposals for Stormwater Retention Credits (SRCs), a specialized environmental procurement opportunity focused on managing urban stormwater management strategies. This contract appears to be soliciting vendors capable of providing comprehensive stormwater retention solutions that align with the district's environmental sustainability objectives. The procurement is structured with a specific timeline, with the opportunity posted on May 2, 2023, and proposals due by May 16, 2023 - a relatively compact two-week window for interested contractors to prepare and submit their responses. While detailed evaluation criteria are not explicitly outlined in the provided information, typical municipal stormwater credit programs often assess vendors on technical capability, environmental impact, proposed implementation methodology, and cost-effectiveness. The primary deliverables are likely to include detailed plans for stormwater retention, credit generation mechanisms, and potential infrastructure improvements that can help the District of Columbia manage urban runoff more effectively.

Given the specialized nature of Stormwater Retention Credits, this procurement may have specific organizational requirements or preferences. While no explicit set-aside designations are mentioned in the available information, municipal environmental contracts frequently provide opportunities for disadvantaged business enterprises or local small businesses. The contract likely requires vendors to demonstrate technical expertise in hydrology, urban environmental engineering, and stormwater management systems. Potential respondents should be prepared to showcase prior experience with similar municipal stormwater credit programs, technological capabilities for tracking and generating credits, and a robust understanding of the District of Columbia's specific environmental regulations. Although the exact budget range is not specified, urban stormwater management contracts can vary significantly, potentially ranging from tens of thousands to multiple hundreds of thousands of dollars depending on the scope and complexity of the proposed solutions.