Puget Sound Energy (PSE) Conducting Shoulder Work on Bay Street

Port Orchard, WALocal News

Puget Sound Energy will commence shoulder work on Bay Street in Port Orchard starting November 6, 2025, with an expected completion date of November 8, 2025. The project aims to enhance public works infrastructure by improving sidewalks and ensuring safer access for pedestrians. Residents should prepare for potential disruptions during the work period, which may affect traffic flow in the area. This initiative is categorized under Business Operations and Environmental Services, emphasizing its relevance to local economic activity. Puget Sound Energy's commitment to upgrading community utilities is crucial for maintaining public safety and accessibility.

The project aligns with broader efforts in Kitsap County to enhance infrastructure, reflecting a responsive approach to community needs. Local officials have expressed support for these improvements, highlighting their importance for everyday commuters and pedestrians. Enhanced sidewalks will not only benefit residents but also contribute to the overall aesthetic and functionality of the area.

Related Articles

Puget Sound Energy to Perform Night Work on Bay Street

Puget Sound Energy plans to conduct night work on Bay Street in Port Orchard from November 25 to November 26, 2025. The work aims to improve the local power infrastructure and minimize daytime disruptions for residents.

Givens Park Ribbon Cutting

Givens Park in Sidney, Ohio, will host a ribbon-cutting ceremony on November 25, 2025, at 8:00 AM local time. The event celebrates the park's new recreation facilities, including basketball and tennis courts, promoting community engagement in sports.

Public Notice Road Work and Temporary Traffic Disruption (SW Birch Rd and Sidney Rd SW)

Road work at the intersection of SW Birch Rd and Sidney Rd SW will occur from November 24 to November 25, 2025, nightly from 7:00 p.m. to 5:30 a.m. The project involves installing a storm line and maintaining access to local businesses while minimizing traffic delays.