Our References

Execution design in 8.500m2, including architectural, structural, electircal BMS and acoustic as well.
The deisgn work contained the refurbishment of the boiler room, installation of heat pump system, the refurbhisment of secondary heating systems and installation of new central coolign plant. Design was performed in Revit.
Contact: Kiss Balázs (Veterinary University)

Mechanical design on 4,500m2. The dormitory building was expanded with 2 new parts: living and study rooms, service rooms. Our task was the planning of heating, cooling, water supply, sewage and ventilation, and the design of heating centrals.
Main supply is from the district heating.

Mechanical as-built design and modeling on 2.200m2 based on previous construction plan. The scope contained BIM parametering, equipment identification coding and model aligning based on survey pointclouds in IFC, RVT, DWG, DGN formats.

Complete HVAC, Plumbing and technology mechanical system design of alufoil factory extension. The scope contained combined cooling tower and chiller cooling system extension, compressed air system extension and design of water supply, drainage, comfort heating-cooling systems and ventilation (comfort, technology and heat&smoke) systems.

Geothermal vertical closed-loop system will be established to supply energy to the existing mechanical system. As a result of the modernization, in addition to maintaining the interior comfort, the energy consumption and CO2 emissions of the factory will be reduced. Part of the planning task was the design of the geothermal heating center, the connection to the existing system, the utilization of compressor waste heat, and the design of a thermal fan cooling circuit within the plant.

Mechanical design on 2.200m2. The scope contained heating cooling, supply and wastewater systems, ventilation, compressed air, CO gas exhaust. The project was created in BIM.

Comfort building engineering BIM-based design on 10,300 m2. The building consists of 3 parts: basement garage and service areas, Elementary Art school and Art center. Part of the task was the design of the cooling-heating system, water supply-sewage, comfort, CO exhaust and fire protection ventilation. The strict acoustic and interior design requirements of the concert hall had to be taken into account when designing the mechanical system.

Comfort mechanical design on 600m2. The scope contained heating cooling, water supply, wastewater, ventilation and boiler gas supply design in the building extension. Also designed a boiler room.