Fire Pump Design AI
AI sizing and design of fire pump systems for fire protection.
Definition
Fire Pump Design AI sizes fire pumps to meet building fire protection system demands. It calculates required flow and pressure, selects pump types, and designs pump room layouts in compliance with NFPA 20 requirements for reliable fire pump installations.
In Depth
Fire pump design involves selecting a pump that delivers the required flow rate at the required pressure for the most demanding sprinkler or standpipe system in the building. AI evaluates the hydraulic calculations, selects the appropriate pump type (horizontal split-case, vertical turbine, or in-line), and sizes the driver (electric motor or diesel engine) based on the building's water supply characteristics.
The sizing calculation starts with the most hydraulically demanding area of the sprinkler system — typically the most remote area, the highest hazard area, or the area with the longest pipe run. AI performs the hydraulic calculation from this area back to the water supply, determines the pressure deficit that the pump must make up, and selects a pump with a curve that provides the required flow at the required pressure with adequate margin.
Examples
Sizing fire pumps
Designing pump rooms
Calculating system demands
Nomic Use Cases
See how Nomic applies this in production AEC workflows:
Frequently Asked Questions
Fire Pump Design AI sizes fire pumps to meet building fire protection system demands. It calculates required flow and pressure, selects pump types, and designs pump room layouts in compliance with NFPA 20 requirements for reliable fire pump installations.
Sizing fire pumps. Designing pump rooms. Calculating system demands.
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