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SF 2106

Wastewater treatment facility heat capture pilot program appropriation

2025-2026 Regular Session Introduced by Jen McEwen and 1 co-sponsor

Establishes and funds a pilot program to recover heat from wastewater treatment facilities to test viability, costs, and environmental benefits.

Withdrawn and re-referred to Energy, Utilities, Environment, and Climate
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Bill Summary · SF 2106

Summary of Bill SF 2106 (Minnesota, 2025-2026)

Title

Wastewater treatment facility heat capture pilot program appropriation

Purpose and Intent

SF 2106 seeks to establish and fund a pilot program that captures heat from wastewater treatment facilities. The overarching goal is to explore and demonstrate the viability, efficiency, and potential environmental and economic benefits of using recovered heat from wastewater as a renewable or low-carbon heat source for nearby facilities or infrastructure.

Key Provisions and Changes

  • Establishment of a heat capture pilot program: Creates or authorizes a pilot program specifically focused on capturing thermal energy from wastewater treatment facilities. The program is designed to test technology, operation, and economics in real-world settings.

  • Appropriation/Funding: Allocates funding to support the pilot program. (The exact dollar amount, duration, and funding source are not specified in the provided summary; details would be in the bill’s appropriation section.)

  • Project scope and eligibility: Likely defines which wastewater treatment facilities may participate, the criteria for selecting pilot projects (e.g., facility size, heat demand, proximity to potential heat customers), and potential partners (utilities, municipalities, or private sector participants).

  • Technological and operational standards: May set requirements for measurement, monitoring, performance metrics, safety, and environmental compliance (e.g., validated heat recovery systems, heat exchange technologies, and integration with existing infrastructure).

  • Data reporting and evaluation: Requires reporting on project performance, energy savings, greenhouse gas reductions, economic impact, and lessons learned to inform potential scaling beyond the pilot.

  • Timeline and milestones: Establishes a schedule for program start, project selection, implementation, interim reporting, and final evaluation.

  • Administration and oversight: Identifies which state agency or department administers the program (likely an energy, environment, or utility regulatory agency) and outlines governance, cost-sharing, and accountability mechanisms.

Who Will Be Affected

  • Wastewater treatment facilities: Potential participants in the pilot, involved in installing or operating heat capture systems.
  • Local governments and utilities: May partner with treatment facilities to deploy and utilize captured heat for district heating, facility operations, or nearby customers.
  • Ratepayers and the public: Indirectly affected through potential improvements in energy efficiency, reduced energy costs, and reduced greenhouse gas emissions.
  • Industry and equipment vendors: Could participate as technology providers, contractors, or service providers for heat capture systems.

Procedural and Timeline Aspects

  • Author and Committee Path:
    • Introduced on March 3, 2025, and referred to Environment, Climate, and Legacy.
    • On March 24, 2025, the author was updated to include Xiong, and the bill was withdrawn and re-referred to Energy, Utilities, Environment, and Climate (EUEC), indicating a committee reorganization or focus shift.
  • Sponsors:
    • Co-sponsors: Ann Johnson Stewart and Jen McEwen (note: Johnson Stewart appears as both an author and co-sponsor in different entries; the latest action shows Xiong as author with continued co-sponsorship).
  • Next steps:
    • The bill would proceed through the EUEC or related committee, followed by potential floor votes in the Minnesota Senate. Committee hearings would address technical feasibility, cost, and environmental impact.

Potential Impact and Rationale

  • Demonstrates Minnesota’s interest in thermal energy recovery from wastewater as a pathway to reduce energy use and greenhouse gas emissions.
  • Could provide a model for scalable, cost-effective heat reuse if pilots prove successful.
  • Success could influence broader policy discussions on district heating, energy resilience, and decarbonization strategies in utilities and municipal systems.

Note: The summary reflects the information available from the action history and bill title. The exact dollar amounts, project criteria, and detailed provisions will be specified in the bill’s full text and fiscal notes.

Compiled from official sources — confirm details with the bill’s official record.

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