News & Events

The summer solstice marks the longest day of the year – a moment when the sun reaches its highest point, and light stretches to its fullest. It’s a symbol of brightness, energy, and possibility. This June, Solstice Advanced Materials turned that symbolism into action.

The United States is entering a new era for nuclear energy. Hyperscalers are signing long-term power purchase agreements with reactor developers, units retired years ago are being returned to service, and federal policy is actively supporting both new builds and advanced reactor deployment. Driving this shift is an unprecedented surge in baseload demand from artificial intelligence and data centers, transportation electrification, and advanced manufacturing.

Advanced Driver-Assistance Systems (ADAS) are transforming modern mobility – powering autonomous features, real-time perception, safety algorithms, and high-speed computing that must operate flawlessly in all environments. But as automakers push toward higher compute density and centralized architectures, the thermal burden on these AI processors has never been greater.

For manufacturers, waste is not just a disposal challenge. By reducing waste, we can improve efficiency, strengthen operational discipline, and reduce environmental impact. Landfilling does not make waste “disappear.” It can lock valuable resources out of use and, depending on the waste type and disposal route, contribute to emissions and other environmental impacts. By contrast, a zero waste to landfill approach pushes organizations to ask practical questions: What can be prevented? What can be reused or recycled? What can be recovered safely and responsibly?