DC Water plans microgrid for one of world’s largest wastewater treatment plants; issues solicitation

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The District of Columbia Water and Sewer Authority (DC Water) is seeking consulting services for a microgrid to be installed at the Blue Plains Advanced Wastewater Treatment Plant, one of the largest wastewater treatment plants in the world, located in Washington, DC.

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By kubais/Shutterstock.com

The authority will hold a non-mandatory pre-proposal conference on March 16 at 1 pm ET for those interested in participating in the request for proposals (RFP).

The RFP seeks a consultant to develop a road map and feasibility studies for the project. The roadmap will identify a portfolio of projects to be implemented over time.

Proposals are due May 5, 2022 (DCW-SOL-22-10161). The authority anticipates awarding a single, three-year contract for an estimated amount of $4 million.

DC Water hopes to achieve a series of goals through the microgrid project, among them:

  • Improve safety by replacing manual load switching with remote control load switching 
  • Maintain electric reliability
  • Reduce operational costs
  • Invest effectively in infrastructure
  • Enable management and optimization of distributed energy resources at Blue Plains
  • Expand power analytics and reporting
  • Improve power quality
  • Support Sustainable DC climate goals
  • Improve energy resilience

The March 16 pre-proposal meeting is virtual and can be accessed via a Microsoft Teams meeting, or by calling 202-753-6714, phone conference ID: 375 503 035# 

The contact for more information is Ines Eden, DC Water Capital Procurement, Ines.eden@dcwater.com.

An independent authority, DC Water distributes drinking water and collects and treats wastewater for more than 702 residents and 23.8 million annual visitors in the District of Columbia. DC Water also provides wholesale wastewater treatment services for 1.6 million people in Montgomery and Prince George’s counties in Maryland and Fairfax and Loudoun counties in Virginia. The authority  operates more than 1,350 miles of pipes, four pumping stations, five reservoirs, four elevated water storage tanks, 43,860 valves and 9,500 public hydrants. To collect wastewater, DC Water operates 1,800 miles of sanitary and combined sewers, 22 flow-metering stations, and nine off-site wastewater pumping stations.

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Comments

  1. A great example of a microgrid to move on to another platform. I think wastewater is more than just waste. Along with the treatment process, useful products such as biosolids and energy are extracted for reuse and the clean water flows into the Potomac River.

  2. There may be no better concept for a microgrid hat serves a city than one that uses the city’s municipal trash as fuel and one that can also gasify solids in the process and one that can use the methane from gasifying those solids as a supplemental fuel source. Google Advanced Alternative Energy in Lawrence Kansas or see http://www.aaecorp.com..