
District Heating Substation — 5 MW
System design, heat exchanger selection, hydraulic calculations, and equipment supply for a modernization project.
From system concept and calculations to equipment selection, integration, and commissioning — a single team for thermal and energy infrastructure across the Baltics.
We define the system before selecting the equipment. Whether you need engineering support, equipment supply, or both — the approach is always system-level, not component-level.
System concept, hydraulic calculations, equipment specification, integration into existing infrastructure. For decision-makers who need engineering before procurement.
We supply equipment as part of a system — not as isolated components. Every order includes technical specification review and compatibility verification.
We approach every project at the system level. Performance optimization (ΔT, efficiency, load profiles), risk reduction during design, and integration into existing infrastructure are standard — not optional add-ons.
We analyse the complete thermal system — sources, networks, consumers — before sizing individual components. The equipment serves the system, not the other way around.
New equipment must work with what already exists. We design for integration into existing district heating networks, CHP plants, and industrial processes.
ΔT optimization, load profile analysis, efficiency calculations. We quantify improvements before recommending changes.
Independent technical review, specification compliance verification, commissioning support. We reduce risk during design and implementation phases.
Hands-on experience specifying, supplying, and integrating thermal equipment — heat exchangers, pumps, CHP modules — with commissioning supervision on site.
Direct experience with CHP integration, substation design, network hydraulics, and heat source optimization.
Integration of heat pumps, flue gas condensation, and waste heat recovery into existing thermal infrastructure.
Experience with Danfoss, Grundfos, ABB, Siemens, and other established European thermal equipment manufacturers.

System design, heat exchanger selection, hydraulic calculations, and equipment supply for a modernization project.

Integration of CHP thermal output into an existing district heating network. Hydraulic balancing and control concept.

Chiller plant engineering, glycol circuit design, and equipment supply. 800 kW cooling capacity with redundancy.
We work directly with established European manufacturers. Equipment is selected to match the system we engineer, not the other way round.


Dry coolers, gas coolers, air condensers and evaporators for commercial and industrial refrigeration.
Pre-insulated pipes and components for district heating and cooling networks.
Provide basic project details and we will propose a technical solution or engineering scope.