Posted
Sep 8, 2026
Oct 20, 2026
Curbside Food Waste Collection Pilot (Request for proposal)
Seeking proposals to provide a subscription-based residential curbside food waste collection service.
Description: The Reduce Reuse Pilot Grants are awarded by the Solid Waste Program of the Vermont Department of Environmental Conservation to meet the goals of the 2023 Vermont Materials Management Plan. According to 10 V.S.A. § 6604(a)(1)(B) “The [Vermont solid management waste] plan shall promote…the greatest feasible reduction in the amount of waste generated.” The overall generation of waste reflects all materials that Vermonters use and discard—whether through disposal in the trash or through alternatives that divert materials from the trash, such as reuse, repair, recycling, and composting. Goals of this grant program: 1. Increase waste reduction through use of durables, reuse and/or repair. 2. Build infrastructure that supports widespread adoption of reuse and/or repair in Vermont. 3. Encourage innovation through testing or expanding new approaches, systems, or technologies that help achieve the first two goals.
StateAgency · VT, US
Original attachments and procurement documents tied to this bid.
Decision makers connected to this RFP from Vermont Department of Environmental Conservation.
Adjacent opportunities open for bidding right now.
Posted
Sep 8, 2026
Oct 20, 2026
Seeking proposals to provide a subscription-based residential curbside food waste collection service.
Franklin Regional Council Of Governments
Special DistrictMA
Posted
Sep 11, 2026
Oct 14, 2026
Seeking a qualified consultant to conduct an EMS operational assessment across the 26 towns of Franklin County, Massachusetts.
Franklin Regional Council Of Governments
Special DistrictMA
Posted
Sep 11, 2026
Oct 14, 2026
Seeking a qualified consultant to conduct a police operational assessment across the 26 towns of Franklin County, Massachusetts.
Posted
Sep 17, 2026
Nov 3, 2026
Main Objective: Evaluate alternative biofouling control chemicals and operational strategies to optimize performance across the potable reuse treatment train while maintaining treatment performance and finished-water quality. Supporting objectives include: Identify and assess alternative biofouling control chemicals and operational strategies that can reduce membrane fouling and differential pressure, reduce cleaning frequencies, minimize degradation of ultraviolet transmittance (UVT), and reduce lifecycle cost. Evaluate treatment-train performance impacts, including effects on membrane system performance, membrane lifespan, UVT, and ultraviolet advanced oxidation processes (UV- AOP) performance and energy demand, finished-water quality, and concentrate management. Quantify lifecycle benefits and tradeoffs associated with selected strategies, including energy and chemical consumption, membrane replacement and cleaning frequency, monitoring and reporting requirements, operator safety and chemical handling, environmental considerations, and capital/operating and maintenance costs.