Specialty Energy

The future of energy demands more. Leading the landscape requires agility and innovation at scale. 
Why ATI

The Power of Materials Science

Energy doesn’t stop at the surface. From nuclear reactors and gas turbines to deep-sea pipelines and subterranean drilling, materials science is pushing the limits of what’s possible and raising the standard for what powers on.

Performance Under Pressure

From nuclear reactors and gas turbines to pipelines, drilling and renewable energy, the toughest applications demand materials that don’t quit.

Pilot-to-Production Scale

Vertical integration moves new materials from initial trials to production with greater control, speed and consistency.

Engineering for Extremes

Specialized alloys withstand the highest temperatures, crushing pressure, and most corrosive conditions.

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Specialty Energy Applications

Fusion

Harnessing the power of the sun to create a new scalable, commercial source of reliable power.
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land-based gas turbine hero

Land-based Gas Turbines

Superalloys engineered to withstand intense heat and stress while delivering the reliable performance power generation demands.
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Nuclear Power Plant

Nuclear

Proven zirconium materials have supported the nuclear industry for over 60 years. That foundation enables new applications for small modular reactors and the future of nuclear power.
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Materials

Materials Engineered to Power the Grid

Whether it's firing up land-based gas turbines, tapping into Earth's energy resources, or making fusion possible, we develop advanced alloys that help specialty energy customers keep the grid powered up.

Find your alloy