Coolbrook Appoints Dr Frank Eulitz as Chief Technology Officer

Why It Matters

Eulitz’s deep engineering pedigree adds credibility and speed to Coolbrook’s rollout of a fossil‑free heat technology that could fundamentally change energy‑intensive manufacturing.

Key Takeaways

• Dr. Frank Eulitz joins Coolbrook as Chief Technology Officer.
• Over 30 years experience in turbomachinery and industrial R&D.
• RotoDynamic Heater targets 1,700 °C heat using renewable electricity.
• Technology moves from pilot phase to full‑scale industrial deployment.
• Leadership aims to meet reliability, efficiency, and scalability standards.

Pulse Analysis

Industrial decarbonisation hinges on replacing fossil‑fuel‑derived heat with clean, high‑temperature energy. Traditional solutions—such as natural‑gas boilers or direct electrification—struggle to reach the 1,500‑plus degrees Celsius required for processes like steelmaking or cement clinker production. Coolbrook’s RotoDynamic Heater tackles this gap by converting renewable electricity into concentrated process heat, promising a pathway to eliminate carbon emissions from some of the world’s most stubborn sectors.

The appointment of Dr. Frank Eulitz as CTO injects a rare blend of academic rigor and OEM scale‑up experience into Coolbrook’s leadership. Having headed the Turbomachinery and Propulsion Department at the von Kármán Institute and overseen advanced gas‑turbine programs at Siemens Energy and MAN Energy Solutions, Eulitz is versed in turning breakthrough concepts into production‑ready hardware. His expertise in computational fluid dynamics and high‑temperature materials will be critical for refining the heater’s efficiency, reliability, and manufacturability as the company moves beyond pilot projects.

For investors and industrial customers, Eulitz’s arrival signals a maturation milestone. A proven engineering leader can accelerate certification, supply‑chain integration, and cost‑reduction efforts, making the technology more attractive to global manufacturers facing tightening carbon regulations. If Coolbrook can achieve the promised scalability, its RotoDynamic platform could capture a sizable share of the multi‑trillion‑dollar industrial heat market, positioning the firm as a key enabler of the energy transition.