✓Process engineering: full development of the process flow diagram (PFD) and piping and instrumentation diagrams (P&ID)
✓Design of reactors, heat exchangers and distillation towers with mass and energy balance
✓Utilities plant with steam, condensate, chilled water, cooling water and compressed air systems, sized to the plant's thermal and energy demand
✓Mechanical and structural engineering: steel structure calculation, equipment support and civil design of the plant
✓Process safety: integration of relief valves, containment devices, technical ventilation and escape routes
Chemical Storage and Distribution Project
✓Process engineering: complete PFD and P&ID for the receiving, storage and transfer system
✓Tank and pipeline design: atmospheric tanks, transfer pumps, manifolds and loading/unloading piping
✓Safety systems: containment basins, flammable vapor detection, grounding and fire protection
✓Utilities and operation: inerting systems, technical ventilation, drainage and integration with existing utilities
✓Process safety: relief valves, vent systems, area classification and emergency routes
DRUPS Generation and Backup System (4 x 3000 kVA)
✓Process and utilities engineering: PFD and P&ID for fuel, intake air, cooling and exhaust systems for 4 x 3000 kVA DRUPS units
✓Fluid-dynamic and thermal engineering: sizing of cooling water circuits, heat exchangers, technical ventilation and thermal dissipation for the engine rooms
✓Diesel engine exhaust system: duct sizing, silencers, expansion joints, supports and vibration analysis for large equipment
✓Electrical infrastructure: integration of the DRUPS units with generators, medium- and low-voltage switchgear, synchronization, electrical protection and transfer systems
✓Automation and instrumentation: monitoring of operating parameters, interlocks, supervisory control and integration with other systems
Hydroelectric Plant - Emergency Power System
✓Emergency generation infrastructure for a large hydroelectric facility
✓Process and utilities engineering: development of process and instrumentation diagrams for fuel, intake air, cooling and exhaust systems of the emergency generator sets
✓Exhaust and technical ventilation design: aerodynamic sizing of ducts, silencers and ventilation systems for the engine rooms, ensuring adequate thermal dissipation and safe diesel engine operation
✓Noise control and acoustic enclosure: design of the generators' acoustic enclosure with octave-band sound attenuation analysis, ensuring compliance with facility noise limits
✓Structural modeling: sizing of the enclosure's steel structure and equipment support with 3D structural modeling in CYPE 3D
✓Electromechanical integration: coordination of the mechanical, electrical and instrumentation disciplines to integrate the generators into the plant's emergency power system
