Boomtec Industry
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Industrial Energy Recovery Systems
Boomtec engineers turbine systems that recover industrial waste heat, low-parameter steam and pressure energy for continuous-duty operations.
Start With the Source
Boomtec combines turbomachinery, high-speed permanent-magnet generation, magnetic bearings, controls and process integration into site-specific systems.
Recover low-grade hot water, process heat, geothermal energy and low-pressure steam that conventional systems cannot use efficiently.
Generate power from saturated, low-pressure or process steam while respecting the plant’s downstream steam demand.
Convert pressure drop in natural gas and industrial processes into electricity instead of dissipating it through valves.
Reference Engineering
Every project begins with the actual source: composition, temperature, pressure, flow, annual operating hours and downstream constraints. Boomtec then develops the turbine route, equipment configuration and integration plan.
Application References
Representative routes span chemical fiber, natural gas, process steam and industrial waste heat. Detailed qualification materials can be shared during project discussions.
ORC generation route developed around process-specific steam conditions and site constraints.
Expansion system designed to recover pipeline pressure energy while maintaining stable downstream supply.
Special turbine solution that turns low-parameter steam into useful electrical output.
Maglev ORC route for distributed and process heat sources with long annual operating hours.
Engineering + Manufacturing
Our engineering platform covers aerodynamic design, turbine development, high-speed permanent-magnet generation, magnetic bearings, control systems and full-cycle project support.
Inside Boomtec
See how Boomtec approaches industrial energy that would otherwise be wasted, and the technologies developed to recover it.
1-minute introduction · English voiceover · English subtitles
Download Company ProfileProject Assessment
Useful starting information includes medium, composition, temperature, pressure, flow, annual operating hours and the desired downstream condition.