In a landmark move for American industry, Emirates Global Aluminium (EGA) and Century Aluminum have announced the selection of Bechtel to lead the engineering for their new primary aluminum production plant in Inola, Oklahoma. This project marks the first new primary aluminum smelter in the U.S. since 1980, with the potential to double the country’s current aluminum output.
Project Scope and Economic Impact
The $4 billion plant, located in the Tulsa Port industrial park, is expected to create approximately 1,000 permanent jobs and an additional 4,000 construction jobs. The facility will utilize EGA’s cutting-edge EX technology, ensuring high efficiency and reduced environmental impact.
Government Permitting and Partnerships
The project is currently navigating the necessary permitting and environmental reviews, with Bechtel working alongside sustainability consultancy ERM to ensure compliance and community engagement.
Historical Context and Strategic Importance
This plant represents a pivotal shift for U.S. manufacturing, reducing dependence on imported aluminum and supporting the broader industrial revival. It also aligns with national goals to strengthen domestic supply chains.
Looking Ahead
With construction slated to begin by the end of 2026, the project promises significant economic benefits and will likely become a cornerstone of the region’s industrial growth.
Bechtel to Lead Engineering on EGA-Century’s $4B Inola Smelter
Project Factsheet: Inola Aluminum Smelter
Project Cost: Approximately $4 billion.
Location: Tulsa Port industrial park, Inola, Oklahoma.
Timeline: Construction to begin by the end of 2026, with production expected by 2030.
Job Creation: Around 1,000 permanent jobs and 4,000 construction jobs.
Technology: Utilizes EGA’s advanced EX aluminum reduction technology.
Economic Impact: Significant boost to local and national aluminum production, reducing dependence on imports.
Partners: Joint venture between EGA (60%) and Century Aluminum (40%), with Bechtel leading engineering and ERM handling sustainability and permitting.