Project Overview
Vancouver Station Food Cart Pod transformed an existing one-acre unfinished parcel into a large-scale dining and hospitality destination in Vancouver, Washington. The project included construction of a new 8,000 square foot, two-story dining hall with a bar, adjacent cooler, restrooms, walk-in cooler and freezer, storage, office space, and the infrastructure needed to support approximately 43 food carts.
Designed as the largest food cart pod in the United States, the development required a complete destination approach. To deliver that, CEG provided turn-key development services covering planning, permitting, design, and construction across multiple disciplines.
Project Scope
CEG delivered a fully coordinated development approach for the site, bringing together architecture, landscape architecture, civil, environmental, geotechnical, survey, traffic, structural, mechanical, electrical, plumbing, and fire protection services. This integrated delivery model helped move the project from raw land to a fully developed commercial and hospitality environment.
In addition to the vertical building design, the project required extensive site and utility infrastructure to support the food cart pod at full scale. That work played a major role in turning the property into an operational destination.
🏛️ Architecture
Designed the 8,000 SF two-story dining hall including bar, cooler, restrooms, walk-in cooler and freezer, storage, and office space.
🏗️ Civil & Site Infrastructure
Civil design included grease interceptors, a stormwater infiltration drywell with pretreatment storm filter, multiple sanitary sewer laterals, and nearly a mile of natural gas piping across the site.
⚡ MEP Engineering
Mechanical, electrical, and plumbing engineering supported both the dining hall building systems and individual utility connections for each food cart.
🔥 Fire Protection
Fire protection engineering was provided as part of the full building design scope for the dining hall facility.
🌿 Landscape Architecture
Landscape architecture was included as part of the turn-key development scope to support the overall site design and guest environment.
📋 Planning, Permitting & Survey
CEG coordinated environmental, geotechnical, survey, and traffic services alongside full planning and permitting support to move the project through entitlements and approvals.
Facility Features
The completed development includes a two-story dining hall designed to support both guest experience and day-to-day operations. Key building and site features include:
- Bar with adjacent cooler
- Restrooms
- Walk-in cooler and freezer
- Storage areas
- Office space
- Power, water, sewer, telecom, and gas connections for approximately 43 food carts
Project Outcome
Vancouver Station Food Cart Pod converted unfinished land into a fully developed dining, hospitality, and entertainment destination in Vancouver, WA. Through coordinated building design and major underground utility infrastructure, the project created a site capable of supporting a large food cart pod, a new dining hall, and the operational systems needed for long-term use.
By coordinating multiple disciplines across planning, permitting, design, and construction, CEG supported a complex commercial development with both building-scale and site-wide infrastructure demands. The result is a destination that reflects the kind of multidisciplinary coordination required for modern commercial hospitality projects.
What Made This Project Stand Out
The project was designed to support approximately 43 food carts, making it a landmark food and beverage development in the Pacific Northwest.
CEG provided integrated services across architecture, engineering, permitting, planning, and construction, supporting the full development process from raw land to a completed destination.
The site required major utility coordination, including grease interceptors, stormwater systems, sanitary sewer laterals, and nearly a mile of natural gas piping.
Each cart was designed to receive power, water, sewer, telecom, and gas, supporting a high-functioning commercial food and beverage environment at full capacity.