HrimTron’s heat to power systems are built around a proprietary high RPM turbomachinery platform, engineered from first principles to deliver superior efficiency, power density, and compactness compared to conventional low speed turbine systems. By operating at significantly higher rotational speeds, the platform enables direct coupling with advanced power electronics, eliminating the need for bulky gearboxes and reducing mechanical losses, system footprint, and maintenance complexity.

The platform is designed around a modular, high performance turbine architecture that maximizes energy conversion efficiency per unit volume. This makes it particularly well suited for applications where space constraints, cost sensitivity, and long term reliability are critical. High speed operation allows precise control, rapid response to load variations, and seamless integration with modern electrical, automation, and monitoring systems.

The turbomachinery architecture is inherently versatile. While it forms the core of HrimTron’s waste heat to-power systems, the same high-speed design can be adapted for turbopumps, compressors, and other energy-conversion applications where compactness, efficiency, and dynamic performance are essential. This cross application capability enables scalability across industries and operating environments while maintaining consistent performance and cost advantages.

At its core, this is not a single product but a scalable turbomachinery platform engineered to unlock higher efficiency, lower losses, and superior cost performance across a wide range of thermal and mechanical energy systems.