The scope of work includes architectural and HVAC FEED engineering for technical buildings and offices serving a hydrogen production plant using electrolysis from renewable energy sources.
The architectural design of the buildings was developed in 3D (REVIT), starting from the client’s floor plans adapted to the specific and technological requirements of the project. The HVAC engineering was managed entirely by the Trillini Engineering team, which conceived the
system architecture, project specifications, and 3D FEED design, interfacing with the other disciplines involved in the direct and final client project.
All the engineering developed was verified and approved by the end customer.

• Detailed structural, architectural, and HVAC engineering and related interfaces with electrical  systems, instrumentation, and platform F&G.
• Preparation of material requisitions for structures, architectural equipment, and HVAC, and detailed follow-up of supplie

The project involved a Building Engineer who also acted as PSL HVAC and coordinated a team of two HVAC technicians and three Civil/Architectural and BIM Specialists.
The challenge of this project was both to operate in a cutting-edge technological context linked to Green Energies and subject to highly demanding regulations, and to understand and manage complex design issues related to safety and interdisciplinary requirements.