Oregon Avenue and Bingham Drive, NW Sewer Rehabilitation Project

TRAFFIC PLANS/CLOSURES

  • During Phase II of the project (June 2017 – end of construction) the northbound lane of Oregon Avenue, NW will be closed from Rittenhouse Street, NW to Tennyson Street, NW. Both lanes will be open between Tennyson Street, NW & Unicorn Lane, NW.
  • The southbound lane of Oregon Avenue, NW between Unicorn Lane, NW to Oregon Knolls Drive, NW will be open to local traffic with northbound traffic yielding to oncoming southbound traffic.
  • Starting Monday, April 3, 2017 through December 2018, the north and south bound lanes of Oregon Avenue, NW between Oregon Knolls Drive, NW and the private drive north of Oregon Knolls Drive, NW will be closed. There are no new changes to the traffic patterns south of Tennyson Street, NW.
  • There is a full closure of Bingham Drive, NW between Oregon Avenue, NW and Beach Drive, NW. The closure will begin on Monday, February 13, 2017 and last through November 2018, weather permitting.
  • During Phase I of the project (January 2017 thru June 2017) the northbound lane of Oregon Avenue, NW will be closed from Rittenhouse Street, NW to Tennyson Street, NW. 

OVERVIEW

DC Water is performing sewer rehabilitation projects throughout the city as part of its Capital Improvement Program.  This project involves the rehabilitation of sewers on Oregon Avenue, NW from Beech Street, NW to Bingham Drive, NW and on Bingham Drive, NW from Nebraska Avenue, NW to Beach Drive, NW. DC Water is responsible for four sanitary sewer interceptors that cross the western half of Rock Creek Park owned by the National Park Service (NPS).

  • The sewers along Oregon Avenue, NW drain into one of four sewers that cross the western half of Rock Creek Park, conveying flow from Oregon Avenue, NW to the Rock Creek Main Interceptor (RCMI).
  • Three of these park crossings are in natural stream channels and are subject to erosion; two of those crossings are severely exposed and require abandonment. 
  • The fourth sewer is within the paved area of Bingham, Drive NW.

The objective of this project is to design and build a replacement sewer interceptor through the park to allow the abandonment the deteriorated interceptor. To better facilitate future maintenance and access the NPS allowed the sewer to remain through the only paved roadway in the area – Bingham Drive, NW. Benefits of this project include the rehabilitation of an aging sewer system, improving structural integrity while maintaining adequate hydraulic capacity, and reducing stream and groundwater infiltration and sanitary sewer overflows.

SCOPE OF WORK

  • Construction of approximately 2,100 feet of new trunk sewer along Oregon Avenue, NW to redirect the flows to Bingham Drive, NW and abandoning the three park crossing sewers in or adjacent to streams.
  • Construction of approximately 2,300 feet of new trunk sewer along Bingham Drive, NW to convey the flows from Oregon Avenue, NW to the RCMI.
  • Replacing the old Creekbed sewer interceptor.
    Construction of new sewer manholes along Oregon Avenue, NW and Bingham Drive, NW.

SCHEDULE

  • Construction start: December 2016
  • Construction completion: April 2019 (Although Oregon Avenue, NW is scheduled to reopen in December 2018, there will be remaining restoration work into spring 2019)
  • Normal Work Hours: 7:00 am - 7:00 pm, Monday through Friday; 7:00 am - 7:00 pm, Saturday (May 13, 2017 through September 30, 2017 only)
  • Contractor may work night or on weekends, depending on needed construction activities or inclement weather

IMPORTANT INFORMATION

  • If a planned temporary water service shut-off is necessary, affected residents will be notified 48 hours in advance. Service interruptions will be minimal.
  • Construction may cause temporary discolored water or low water pressure. If you experience discolored water, flush cold water taps for 15 minutes. If water does not clear, contact the DC Water Drinking Water Division or 24-Hour Command Center.
  • Noise and vibrations will be closely monitored throughout the project.

    PROJECT LOCATION