≪ Rolling out new systems should not mean struggling on technical compromises or complex system-level trade-offs. ≫ 

This conviction drives the design of technology that prioritizes safety, process continuity, and maintenance simplicity alongside theoretical efficiency. The result is a platform that integrates into existing plants with minimal disruption, recovers waste heat, and pairs physical systems with digital intelligence to optimize operation and enable predictive maintenance.

Addressing the structural gap

in the industrial energy transition

Creativity, engineering depth...

and relentless focus on practicality

United by a shared vision, the team works across disciplines — energy engineering, physics-based modeling, and industrial operations — to turn complex constraints into deployable systems. This common language of creativity, engineering depth, and relentless focus on practicality shapes every design decision, from architecture choices to on-site integration.

Turning ambition into deployment

Today, we stand at the edge of industrial pilots, moving beyond prototypes and concepts through virtual-twin-driven scaling. We are not just building technology — we are shaping the future of industrial transition.

Meet the team

A multidisciplinary team at the intersection of engineering, physics, and industrial hardware.

Giuseppe Larghi – Executive Leader

Giuseppe leads EONera’s strategic direction and business development, driving the company from technology vision to industrial adoption. He focuses on building partnerships with industrial players, pilot customers, and ecosystem partners, turning early traction into structured growth opportunities.
His goal is to position electrified process heat as a viable and competitive alternative to fossil-based systems, aligning industrial performance with long-term decarbonization goals.

Simone Sparacio – Technology Leader

Simone's interest in complex physical systems stems from a drive to turn difficult problems into concrete solutions. At EONera, he translates research, modeling, and engineering into reliable industrial technologies designed to replace fossil-based heat without compromising operational performance and production continuity. His goal is to make the electrification of industrial process heat an engineering-sound and scalable choice, reducing the technical barriers to adoption.

Leonardo Sereno – Operating Leader

Leonardo oversees EONera’s operations and product execution, bridging engineering development with industrial deployment. He coordinates prototyping, testing, supplier relationships, and on-site integration, ensuring that the technology can be delivered reliably in real production environments.
His focus is on operational scalability: transforming advanced technology into deployable systems that fit existing plants and meet industrial requirements for safety, reliability, and uptime.