Oregon's $205M Rail Upgrade Could Create New West Coast Container Hub

What if PCIP opens and captures 20% of West Coast container volume by 2035?

Simulate a scenario where the completed Pacific Coast Intermodal Port captures 400,000-500,000 TEU annually from ports like Seattle, Tacoma, and Portland by 2035. Model how this capacity shift affects routing decisions, port utilization rates at competing hubs, rail freight capacity utilization on East Coast intermodal corridors, and transportation costs for shippers moving Asia-sourced goods to Midwest distribution centers. Assume fuel costs remain stable and competitive intermodal rail pricing emerges between PCIP and existing gateways.

What if Asian tariffs or trade policy shifts increase PCIP traffic expectations to 30% market capture?

Simulate a high-demand scenario where continued U.S. tariff policies or trade restrictions cause significantly more headhaul Asian container volume to route through West Coast gateways rather than British Columbia ports. Model whether the Coos Bay Rail Line improvements as currently planned have sufficient capacity to handle a 30% market capture scenario, or if additional rail infrastructure investments would be required. Assess cost and lead time implications for shippers if rail congestion develops between PCIP and Midwest distribution hubs.

What if environmental permitting delays PCIP opening by 3-5 years?

Model the impact of extended environmental review processes and potential permit denials or conditions that delay PCIP opening from a 2030-2032 target to 2035-2037. Analyze how continued congestion at existing Pacific Northwest ports affects intermodal rail pricing and service levels for Asia-sourced goods destined for Midwest markets. Simulate whether shippers redirect volume to British Columbia gateways or adjust purchasing patterns to reduce West Coast port dependency during the delay period.