Port of Vancouver USA

The Port of Vancouver USA will make the following adjustment to the terminal Tariff No. 6 effective Jan. 1, 2019. Click here to view changes.

HOLIDAY CLOSURE – Christmas & New Year’s holidays: Dec. 24, 25 and Jan. 1 – The Port of Vancouver USA will be closed for receipt and delivery of cargo on Mon., Dec. 24, Tue. Dec. 25, and Mon., Jan. 1, in observance of the Christmas and New Year’s holidays. Vessel activity will not be interrupted, except on Dec. 25 and Jan. 1, which are ILWU Non-working holidays. The administration office will also be closed on Dec. 25 and Jan. 1.

Water Quality

The Port of Vancouver USA’s innovative efforts strive to balance sustainable industrial activity, which keeps our local economies strong, with responsible waterway stewardship.


The port’s stormwater management program strives to handle stormwater in a manner that demonstrates best management practices. The number and variety of treatment methods utilized at the port are extensive and include stormwater detention ponds, bio-filtration systems, hydrodynamic separation units and filter vaults. 

The port’s stormwater is permitted under two National Pollutant Discharge Elimination System (NPDES) permits through the Washington State Department of Ecology. First is the Western Washington Phase II Municipal Stormwater permit that covers all stormwater on port property that is served by the port’s municipal separate storm sewer system (MS4). Included in the municipal stormwater permit is the port’s Stormwater Management Program and the port’s Illicit Discharge Detection and Elimination (IDDE) policy. The second permit is the Industrial Stormwater General permit that covers approximately 160 acres of marine terminal, including Terminal 2, Terminal 3 and portions of Terminal 4. In addition, qualifying construction projects at the port are permitted under the Construction Stormwater General Permit.

 Drinking Water

The port’s water system provides clean drinking water for some industrial tenants, marine vessels, irrigation and fire protection. Additional water necessary for port operations is provided by the city of Vancouver.

The port informs water users about the quality of our drinking water through an annual Consumer Confidence Report. Titled the Drinking Water Quality Report, the document has consistently confirmed that the port’s water system meets or exceeds state and federal health standards. Click here to review the most recent report. For copies of all previous reports, please click below to see the Water Quality Drinking Report Archive.



Did you know that about 400 people get their drinking water from the Port of Vancouver each day? Water from port wells is also used for industrial purposes, facility and vehicle wash-downs, and irrigation of agricultural lands. That’s a lot of water; but thanks to hard work and careful monitoring, the port consistently meets or exceeds both federal and state drinking water quality standards. So, pour yourself a tall glass of water and read the good news in the port’s Drinking Water Quality Report.

Drinking Water Quality Report 2016

Drinking Water Quality Report 2015

Drinking Water Quality Report 2014

Drinking Water Quality Report 2013

Drinking Water Quality Report 2012

Drinking Water Quality Report 2011

Drinking Water Quality Report 2010

Drinking Water Quality Report 2009

Drinking Water Quality Report 2008

Drinking Water Quality Report 2007

Drinking Water Quality Report 2006

Drinking Water Quality Report 2005

Drinking Water Quality Report 2004

Innovations at the Port of Vancouver USA

The port has numerous industry-leading programs designed to preserve and protect our region’s water quality. Here are two examples of innovative designs from port employees:


The Grattix functions as a rain garden in a box, and is built using a food grade plastic 275 gallon drum. Inside, a layer of drain rock is added, followed by an under-drain piping system. This is filled in using a sand filter layer and amended soil consisting of sand and compost. The finishing touches include adding plantings and bark mulch. Learn how to build your own Grattix here. Watch the video here.

POV-floating-wetlands_1463Floating Treatment Wetlands (FTW)

FTWs use buoyant material to float on top of a body of water. Vegetation is planted on top so the roots grow into the water to attract and absorb sediments and metals suspended in the water. Larger, heavier sediments and metals sink to the bottom, which is how these ponds are designed. The New Zealand study, which is one of the only known research studies on this issue, shows this holistic approach can reduce the amount of copper by up to 55 percent.

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