- Coolbrook and Turbostream collaborate to optimize RotoDynamic Heater™ and Reactor™ technologies.
- The partnership uses Turbostream's simulation tools to replace physical testing with digital simulations.
- The technologies aim to reduce global CO₂ emissions by up to 30% through electrification with renewable energy.
Collaboration Overview
Coolbrook and Turbostream have announced a partnership to enhance the deployment of Coolbrook's RotoDynamic Heater™ and RotoDynamic Reactor™ technologies. This collaboration leverages Turbostream's advanced simulation tools to optimize these technologies for site-specific installations, reducing costly iteration time.
Simulation Technology
By integrating Turbostream’s GPU-accelerated aerodynamic and thermo-mechanical simulations into a Digital Twin model, Coolbrook can replace physical testing with digital simulations. This approach allows for early evaluation of product performance and reliability, accelerating the design process.
Environmental Impact
The technologies developed through this collaboration have the potential to significantly reduce global CO₂ emissions from heavy industry by up to 30%. This reduction is equivalent to 2.4 billion tonnes annually, achieved through electrification powered by renewable energy.
