What we do
Materials for modern living
Creating innovative solutions that make modern life possible
Products for today and tomorrow
We produce energy and materials that raise living standards and reduce emissions. Smartphones, EVs, and medical devices use our high-tech, lightweight plastics. We also deliver high-powered fuel for aircraft, lubricants for wind turbines, and flexible films to help grow and preserve food.
Latest news and information
EPA Administrator Lee Zeldin tours our advanced recycling operations in Baytown
Article
•
2 min read
• Nov. 17, 2025
Superior Graphite, Superior Acquisitions for Synthetic Graphite Production
Newsroom
•
2 min read
• Sept. 9, 2025
Reconfiguring for growth: leveraging the strength of integration
Article
•
2 min read
• Aug. 26, 2025
Capture it. Move it. Store it: Three steps for reducing CO2 emissions
Article
•
2 min read
• Aug. 12, 2025
Fueling the future: Renewable diesel production begins at Strathcona Refinery
Article
•
2 min read
• Aug. 5, 2025Chemicals and specialties
We deliver unique performance products that are the building blocks for essential items – food packaging, tires, diapers, hand sanitizer and more. Our focus on innovation and technology development helps us make better products that use less material, save energy and reduce waste.
Downstream business
We market our SynergyTM fuels and other products to millions of customers worldwide through Esso-, Exxon- and Mobil-branded retail service stations. We're also an industry leader in passenger and commercial vehicle lubricants, and in several global business-to-business segments.
Advanced recycling technology
Putting circularity into circulation
Transforming transportation
Today, transportation accounts for about 25 percent of CO2 emissions. We offer a range of products that improve performance, durability and efficiency to drive down emissions.
Discover how we're reducing emissions and enhancing performance today and into the future
Who we are
We work to provide the fuels and chemicals that make modern life possible.
Explore more
