MVM EGI
- Grid Infrastructures - Electricity
- Generation
- Energy Efficiency
- EPC / Engineering Services
- Sponsor
At MVM EGI, we deliver advanced dry and hybrid cooling solutions that help power producers cut water use, lower operational risk, and ensure reliable performance in any climate.
When energy infrastructure meets rising costs and water stress, we engineer the solution.
Power producers today face growing pressure: climate extremes, stricter ESG expectations, and the demand for financially viable solutions — all while competing for increasingly limited water resources. Conventional cooling technologies are no longer sustainable — neither environmentally, nor economically.
At MVM EGI, we help utilities, EPC contractors, and plant operators overcome these challenges with tailored, engineering-driven cooling systems. Our Hybrid Cooling System, Heller System® Indirect Dry Cooling System , and Air-Cooled Condenser (ACC) technologies are designed to reduce water use — supporting faster permitting, cutting operational risk, and ensuring stable performance even in water-stressed environments.
We also support coal-based power plants in addressing one of their most persistent challenges: how to manage ash disposal sustainably and cost-effectively — especially when operating with lower-grade coal. Our CircumixTM Dense Slurry System offers a proven solution: by transforming fly ash, bottom ash, and make-up water into a stable, homogenous slurry, it enables reliable, low-maintenance transport and long-term disposal with reduced environmental impact.
CircumixTM helps operators minimize water use, improve regulatory compliance, and extend the lifetime of their ash handling infrastructure — even under the toughest operating conditions.
Headquartered in Budapest and backed by over 75+ years of global engineering experience, we deliver resilient solutions for a more sustainable — and economically efficient — energy future. MVM EGI. Less Water, More Power.
























































































