California Refinery Transition and Decommissioning Summit
October 14-15, 2026
Long Beach, CA
Speaking and Sponsorship positions are limited.
California's refining industry is undergoing a structural transformation unlike anything in its history. The debate about whether refineries will close is largely over. The conversation now centers on who pays for cleanup, how workers and communities are protected, what happens to contaminated land, and whether California has the policy tools to manage this transition without price spikes, job losses, and environmental harm. The next challenge is implementation: developing the policies, technologies, and investment strategies needed to manage refinery closures responsibly.
This summit provides a neutral forum for industry, regulators, labor, and communities to examine the economic, environmental, and operational realities of refinery closures.
California Refineries Decommissioning Summit brings together economists, state regulators, industry representatives, environmental remediation firms, labor leaders, and community organizations for solutions-oriented conversations grounded in data, shaped by experience, and focused on actionable policy.
Key Themes
Fuel Prices and Market Stability
Understanding market concentration and policy tools that protect consumers while maintaining fuel supply.
Refinery Decommissioning and Environmental Cleanup
Defining cleanup obligations, costs, and timelines before the next closure is critical.
Workforce Transition and Employment
Refinery jobs are among the highest-paying in their communities. Decommissioning and remediation work can create significant employment opportunities if policy supports workforce transition.
What the Summit Will Address
• Demand trajectory and market concentration
• Regulatory gaps and policy frameworks
• Conversion versus full refinery closure
• Asset retirement obligations and the true cost of decommissioning
• Contamination, remediation, and land reuse
• Workforce transition and employment pathways
• Air quality rules and operational pressures
