This Solicitation opportunity from Michigan was posted on May 27, 2025. The submission period has ended. Browse the details below for market research, or find similar active opportunities.

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Oakwood Sewer District PFAS/PFOS Compounds Assessment and Remediation Opportunities

Closed

REQ-0003399State & Local

Submission Closed07/11/2025, 12:00:00 AM UTC

Contract Overview

Solicitation details, issuing organization, response deadlines, documents, and interested companies for this government contract opportunity.

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NAICS: 562910

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Sewer Inspection & Cleaning ServicesThis subcontract for Sewer Inspection and Cleaning Services supports prime contractors on projects managed by the City of Phoenix Office of the City Engineer. The scope of work involves performing pre- and post-rehabilitation cleaning and digital inspections of sewer pipes and manholes. Required activities include high-pressure water jetting and the use of robotic cameras to conduct CCTV or digital scans. The selected provider must hold a valid Arizona ROC license to perform the work. Key deliverables include the delivery of cleaned pipe sections along with comprehensive digital CCTV inspection reports and accompanying videos. This opportunity is categorized under NAICS code 562910 and is managed through the Design and Construction Procurement agency in Arizona.

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DAS Procurement

POSTED

about 12 hours ago

DEADLINE

in 22 days

AI Contract Overview

The contract involves a comprehensive assessment and potential remediation of PFAS Compounds, specifically PFOS and PFOA, within the Oakwood Sewer District, which is a known source of both historical and ongoing PFAS releases. The Great Lakes Water Authority (GLWA) aims to identify and quantify the sources of these contaminants, particularly during wet weather events that cause spikes in influent concentrations at the wastewater treatment facility. Despite existing minimization efforts since 2020, the WRRF continues to experience exceedances of Michigan’s water quality standards, primarily due to uncontrolled inflows of PFAS from the sewer system. The project seeks to develop strategies that address these fluctuations by pinpointing contamination sources within the district, thereby enabling targeted regulatory and mitigation measures to reduce PFAS contributions to the treatment plant and ultimately protect receiving waters like the Detroit and Rouge Rivers. The solicitation, posted by GLWA under the NAICS code 562910, indicates a contract value ranging from five to fifteen million dollars, with a response deadline of July 11, 2025. The project is part of Michigan’s efforts to improve water quality by controlling toxic pollutants that current treatment processes cannot fully remove. The selected location, Oakwood Sewer District, offers a unique opportunity to streamline source identification because PFAS presence can be directly linked to sources within the district. This initiative is critical for developing effective control strategies to mitigate PFAS contamination, reduce environmental impact, and ensure compliance with water quality standards.

General Info

Agency

Michigan → Great Lakes Water Authority

NAICS

562910 - Remediation Services

Place of Performance

MI, USA

Set-Aside

NONE

Documents

No documents available

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Timeline

PhaseClosed

PostedMay 27

Solicitation

Response DeadlineJul 11

Deadline has passed

Submission Closed

07/11/2025, 12:00:00 AM UTC

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Organization & Contact Information

AgencyMichigan → Great Lakes Water Authority

ContactsNo contacts available

OfficeN/A

Organization / AgencyMichigan → Great Lakes Water Authority

Office AddressN/A

ContactsNo contact information available

Full Description

As a municipal treatment system, GLWA removes conventional pollutants and, to a lesser extent, toxic pollutants prior to discharging into international and other receiving waters, i.e., the Detroit and Rouge Rivers. Current pollutants of concern are PFAS Compounds. Municipal treatment systems like GLWA’s WRRF are presently unable to effectively treat these materials, resulting in their “pass-through” to the receiving streams. GLWA implemented its state-approved PFOS and PFOA minimization program in 2020 and required current sources of PFAS Compounds to develop and implement similar plans and, as appropriate, site treatment systems. Although these measures have thus far resulted in a reduction of PFAS Compounds in the WRRF’s receiving water discharge, the facility continues to experience episodes where it exceeds Michigan’s water quality standards for perfluorooctanesulfonic acid (PFOS). GLWA attributes these fluctuations to an uncontrolled influx of PFAS Compounds from historical and current sources contained within the collection system. Problem - The WRRF observes that the influent concentrations of PFAS Compounds have periodic spikes, most likely attributable to wet weather events. During such events, stormwater contributions and sewer system scouring result in increased loadings to the WRRF. If historical and current sources and areas of contamination in the sewer collection system can be identified and quantified, it may be possible to develop a control strategy that includes wet weather contribution effects to direct regulatory and mitigative options to effectively reduce, control, and eliminate sources of PFAS Compounds, thereby reducing contributions sent through the sewer system to the WRRF. GLWA has selected its Oakwood Sewer District as the proposed location for the study effort. The Oakwood Sewer District is known to have both historical and on-going releases of materials containing PFAS Compounds. The district also has the unique feature that the presence or use of PFAS Compounds can only be attributed to sources of wastewater that are, or were previously located, within the district, therefore streamlining efforts to determine the origin.