Facility Applications

Airflow Designed Around Your Facility

From warehouses to workshops, match the airflow strategy to the way your people, equipment and heat actually move.

RTFANS Application Planning

Warehouses & Distribution Centers

High-bay warehouses need airflow planned around rack geometry, loading activity, and the people working at floor level.

RTFANS Fengwang industrial HVLS fan installed in a high-bay warehouse above storage aisles and loading docks

What airflow approach fits this facility?

For most warehouses, start with destratification and broad air circulation across storage, picking, packing, and staging zones. HVLS fans can move air through open floor areas and help reduce stagnant pockets; they do not replace source capture, code-required exhaust, or a project-specific HVAC design. Evaporative cooling may be appropriate for selected dry climates and open dock conditions, subject to humidity, water, and maintenance review.

Primary Facility Airflow Challenges

Temperature differences between roof level and occupied floor zones, especially in high-bay buildings
Stagnant or poorly mixed air around racking, picking faces, packing benches, and mezzanines
Open loading doors that change the thermal and humidity balance during receiving and dispatch
Condensation or slippery floor conditions that require coordination with humidity control and building operations

RTFANS Engineering Approach

We map the occupied zones, rack aisles, dock doors, obstructions, and existing HVAC equipment before selecting fan positions. The design objective is even circulation where people and equipment operate, with controls that can respond to shifts, seasonal conditions, and dock activity. Where contaminant removal is required, general circulation is kept separate from dedicated exhaust or local extraction.

Design Inputs to Confirm

Recommended Equipment Configurations

Frequently Asked Questions

Can warehouse fans replace ventilation or exhaust equipment?

No. HVLS fans primarily circulate and mix air. Required exhaust, make-up air, and local contaminant capture should be designed as separate systems where applicable.

Are evaporative coolers suitable for every warehouse?

No. Suitability depends on climate, indoor humidity targets, water quality, drainage, door operation, and the equipment or materials stored.

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