How Are MEP Systems Designed for Warehouse Office Space?

I give the office its own HVAC system — packaged rooftop, splits, or VRF depending on size — with its own thermostat, schedule, and ventilation per ASHRAE 62.1 office rates. The demising wall gets sealed airtight so warehouse dust and exhaust cannot migrate, and I pressure the office slightly positive to the warehouse so air moves the right way through any remaining gaps. Lighting follows office practice with occupancy and daylight controls, and the office panel is separated from warehouse motor loads so a conveyor start never dims the desks. The office should be able to run nights and weekends while the warehouse sits dark.

Restroom fixture counts come straight from the plumbing code applied to the office occupant load, and I lay them out for real use — accessible stalls, proper clearances, and a location the staff can reach without crossing the warehouse. The break room gets a sink, and I confirm whether the tenant needs anything beyond that, like a dishwasher or an ice maker, because the plumbing rough-in is cheap before the slab and expensive after. Floor drains go in the janitor closet and any mechanical areas. Sanitary lines route to avoid crossing the warehouse floor where future racking or tenant improvements would fight them.

A warehouse office MEP design is ready when it clears this checklist. Office buildouts fail on comfort, noise, and code details — these items cover all three. • Dedicated office HVAC with its own zoning, schedule, and ASHRAE 62.1 ventilation • Demising wall sealed airtight and carrying the required fire-resistance rating • Restroom fixtures counted from the office occupant load, located for staff access • Office power on a dedicated panel separated from warehouse motor loads • Wall assembly and equipment placement detailed to keep warehouse noise out