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Applications
Engineered for durability and reliability, our turbomachines, driven by permanent magnet motor technology, excel in demanding energy environments. From power generation and carbon capture to hydrogen technology, molten salt reactors, and applications like wastewater treatment, our robust motors deliver high performance across a spectrum of challenging engineering scenarios in the energy sector.
Our high-frequency generators are designed for precision and adaptability, ensuring peak performance when driving turbines, steam and gas systems, and energy storage solutions. In applications related to environmental engineering and HVAC, these generators offer seamless integration with sensors and predictive maintenance features. For the demanding field of petrochemical production, our compressor units are engineered with advanced materials and efficient cooling systems to consistently deliver in challenging industrial environments. In summary, our high-frequency generators embody cutting-edge technology and versatility, making them a reliable choice for powering critical systems across various sectors.
By incorporating advanced variable frequency drives and permanent magnet motors, our systems offer precise control of speed and torque, optimizing performance. These state-of-the-art solutions are specifically designed to drive compressors and pumps in a wide range of applications, including hydrogen processing for the hydrogen economy, oxygen compressors for energy and environmental technology, CO2 and sCO2 handling, nuclear reactor cooling using salts, energy storage systems, and the production of both green and blue hydrogen. These drives leverage cutting-edge materials and cooling technologies to ensure reliability and efficiency, making them ideal for critical industrial processes.