What ENERGO.DESIGN solutions are built on
Engineering expertise
We combine thermal engineering calculations, an understanding of industrial processes, and hands-on experience from industrial energy projects
In-house equipment
We design and manufacture boilers, waste heat boilers, heat exchangers, deaerators, and other thermomechanical equipment—the technical core of our solutions
Proven technical foundation
We build on proven design approaches, established components, and manufacturing experience, adapting them to the fuel, operating profile, and site conditions
Lifecycle support
After delivery, we continue to support servicing, upgrades, and equipment adaptation to changes in fuel, operating conditions, or production requirements
Core equipment behind ENERGO.DESIGN thermal solutions
Industrial steam boilers
For steam generation in industrial processes and energy systems using solid fuels. For new steam sources, boiler house modernization, and projects using production residues or waste-derived fuels.
Water-tube hot-water boilers
For industrial heat supply, process heating, and energy systems. The configuration is defined by the required output, fuel, operating parameters, and site integration conditions.
Waste heat boilers
For recovering heat from flue and exhaust gases to generate steam or hot water. For cogeneration systems and industrial processes where waste heat can be returned to productive use.
What Makes Our Solution Work
From Task to Working Result
ENERGO.DESIGN combines analysis, tailored equipment, in-house manufacturing, and project support to deliver solutions that work not just on paper, but in real operating conditions.
When a customer comes to us with a request for a boiler or a boiler house, we first determine what the process actually requires: how much steam or heat is needed, what the site energy balance looks like, which fuel is available, and what constraints the facility imposes.
That is why the solution is developed not as a standard equipment supply, but as a technical configuration tailored to the actual operating mode, site layout, and real integration conditions.
We manufacture equipment for the customer’s specific task rather than limiting the solution to standard nameplate parameters. The configuration, scope of supply, and technical choices are defined by the required operating mode, the site, and the integration conditions.
At the same time, we do not start from scratch in every project. Each solution is assembled from proven technical approaches, standard modules, and production experience that have already been tested in real operation. As a result, the customer receives equipment that is both tailored and practically proven.
Shipping custom-built equipment alone is not enough for reliable project execution. To make sure the solution is assembled correctly and prepared for start-up, we support the project during installation through site supervision, execution of critical works on site, or remote technical support.
At this stage, our task is not just to deliver the equipment, but to bring it to full readiness for start-up. This reduces the risk of on-site mistakes and helps ensure the solution is implemented correctly.
