Wet cooling solutions
EVAPORATIVE (WET) COOLING FOR OPTIMAL PERFORMANCE



EGI portfolio



WET (EVAPORATIVE) COOLING SOLUTIONS 


At MVM EGI we specialize in designing and delivering advanced wet (evaporative) cooling solutions tailored to power plants and a wide range of industrial facilities. Our wet cooling systems are built to deliver consistent heat rejection with high water efficiency and minimal maintenance downtime. From field-erected mechanical-draft towers to fan-assisted natural-draft and hybrid cooling towers, we provide scalable solutions for all operational, cost, and environmental requirements. Up-to-date wet or evaporative cooling towers ensure effective and economic cooling in different industries, and – at the same time – they save water resources and meet environmental requirements.


Our engineers offer a variety of cooling tower designs, incorporating cuttingedge technologies to meet diverse customer needs.


TAILORED SOLUTIONS FOR EVERY PROJECT

At MVM EGI, we understand that every project is unique. Whether you need compact, fan-driven cooling towers for smaller facilities or large natural-draft towers for power plants, our team delivers the right solution, customized to your exact specifications.


REFURBISHMENT AND MODERNIZATION OPTIONS

In addition to new builds, we also offer refurbishment and modernization services for existing cooling towers. Our experts can upgrade outdated structures, improve performance, and extend the operational life of your system, ensuring it meets modern efficiency and environmental standards.


Field-erected Mechanical Draft Cooling Towers are truly impressive because of their compact dimensions. They are equipped with induced-draft fans and are the solution of choice for evaporative wet cooling of power plants and industrial applications (for any levels of cooling-water flow and heat capacity).


The use of Mechanical Draft Wet Cooling Towers allows flexible design to satisfy process requirements and environmental conditions. The Mechanical Draft Wet Cooling Tower design furthermore guarantees great flexibility. For example, individual cells can be serviced and, if necessary, drained while the system is in operation.


Our innovative systems enable us to supply capacity as required. Our extensive product know-how provides solutions for practically all requirements. As a manufacturer with our own engineering department, we can address specific client requirements. Overall turn-key costs are low.




Main benefits:


  • Flexible size range.
  • Highly efficient components.
  • Rugged design.
  • Complete project management.
  • Superior product quality in accordance with our stringent standards.
  • Implementation of country specific standards.
  • Great delivery reliability.




Discover more in our catalogreference list, videos (EGI2025 or WED2025 video), and follow us on EGI LinkedIn 



COOLING SOLUTIONS FOR NUCLEAR POWER PLANTS


Nuclear power – from advanced Small Modular Reactors (SMRs) to large-scale 1000+ MW units – requires cooling solutions that combine safety, reliability, and adaptability. MVM EGI provides the full spectrum of technologies, from advanced wet cooling systems to hybrid and fully dry solutions, supporting both main and auxiliary circuits of nuclear plants worldwide.


Drawing on decades of engineering experience, including proven references such as the world’s only dry-cooled nuclear power plant in Bilibino, MVM EGI delivers cooling systems that ensure operational safety, environmental responsibility, and long-term performance under the most demanding conditions.


Our solutions draw on more than 75 years of experience to help operators around the world reduce water consumption, secure permits in water-scarce regions, and ensure long-term performance under extreme climatic and regulatory conditions.   

MVM EGI delivers not just cooling systems, but strategic outcomes: lower risk, better ESG positioning, and greater peace of mind. 


More information: For a detailed overview of water-saving cooling solutions for large nuclear plants, see our presentation HERE, delivered at the ACC Users Group 2025 conference.