Circular material recovery and advanced energy storage — engineered for heavy industry and the energy transition.
Fine iron and steel dusts from grinding, cutting, shot blasting and metallurgical operations are upgraded into dense, reusable pellets.
Instead of sending metal-rich dust to landfill, our process agglomerates it into uniformly sized pellets. These pellets can be fed back into forging, sintering, electric arc furnaces and other metallurgical processes — returning valuable iron, carbon and alloying elements to the production loop.
Metal dust consolidated into pellets
Renewable energy is only as useful as our ability to store it. We design and integrate storage systems for heat, solar power and electric vehicle fleets.
A high-temperature thermal battery that stores renewable electricity as heat in sand. Ideal for industrial process heat, district heating and seasonal storage.
Battery banks coupled to solar PV capture surplus daytime generation and discharge it when the sun sets or demand peaks.
Vehicle-to-Everything bidirectional charging turns electric vehicle fleets into distributed batteries for the grid, buildings and critical loads.
We adapt pellet recipes and storage sizing to your feedstock, energy profile and site constraints.
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