Flow, total volume, level and velocity meter - advm

The Oregon Water Resources Department (OWRD) is seeking to procure an Acoustic Doppler Velocity Meter (ADVM) flow monitoring device for water measurement across multiple jurisdictions in Oregon, including Marion County and the City of Salem. The device must be capable of measuring flow, total volume, level, and velocity in larger canals and natural environments up to 5 meters deep, with specific requirements for velocity profiling and handling irregular channel shapes. Technical specifications mandate communication compatibility with existing OWRD water measurement equipment and adherence to USGS/OWRD standards. The procurement opportunity was posted on March 11, 2022, with proposals due by March 25, 2022. Evaluation criteria will include price, technical specifications, warranty, customer service, equipment compatibility, and compliance with agency standards. OWRD anticipates potentially purchasing up to 60 units over the contract's lifecycle and is requesting volume-based pricing discounts from potential vendors.

The solicitation documentation does not specify explicit set-aside designations or restrictions on responding organizations. No incumbent vendors or current contractors are identified in the provided materials. The document does not outline specific budget ranges or award values, though the potential for purchasing up to 60 units suggests a significant procurement opportunity. While detailed funding sources are not disclosed, the contract appears designed to support water resource monitoring across Oregon's jurisdictions. The technical specifications suggest a preference for vendors with advanced acoustic monitoring technology and demonstrated experience in hydrometrics. Integration capabilities with existing water measurement infrastructure will be a critical evaluation factor. Vendors should be prepared to demonstrate their solution's ability to meet precise technical requirements for flow, volume, level, and velocity measurements in diverse water environments.