Opportunity
City of Columbus #RFQ033267
Columbus Seeks Engineering Services for Sewer System Capacity Model Update
Posted
July 17, 2026
Respond By
August 14, 2026
Identifier
RFQ033267
NAICS
541330
The City of Columbus, Ohio is seeking professional engineering services to update and refine its Sewer System Capacity Model (SSCM) for the city's sanitary and combined sewer collection systems. - Government Buyer: - City of Columbus, Ohio (local government) - OEMs and Vendors: - No specific Original Equipment Manufacturers (OEMs) or vendors are named in the solicitation - Products/Services Requested: - Professional engineering services to: - Refine and update the SSCM to reflect the current sewer system configuration - Evaluate system capacity and model sewer system operations - Conduct flow monitoring, data management, and analysis - Support the Blueprint Columbus / 2015 Integrated Plan and Wet Weather Management Plan Update - Apply the updated model to new development and operational scenarios - Unique or Notable Requirements: - Expertise in comprehensive engineering analysis, sewer system modeling, and data management - Work must support compliance with Ohio EPA SSO and CSO Consent Orders - Project aims to eliminate sanitary sewer overflows and minimize water-in-basement incidents - No specific products, part numbers, or purchase quantities are listed
Description
Professional Engineering Services are required to refine the system-wide sanitary and combined sewer collection system model, perform model applications including capacity evaluation and sewer system operations, and conduct flow monitoring with data management and analysis. The project supports the Blueprint Columbus / 2015 Integrated Plan and Wet Weather Management Plan Update. It involves updating the City's Sewer System Capacity Model (SSCM) to evaluate capacity deficiencies, improve accuracy, enhance usability, and apply the model to new development and operational conditions. The project aims to ensure compliance with Ohio EPA SSO and CSO Consent Orders and reduce sanitary sewer overflows and water-in-basement occurrences.