On-Site Space
Confirm dimensions, openings, equipment and personnel.

Engineering project
A large campus with many buildings and complex duct networks. High-pressure cabinets are the main ventilation equipment, water-cooled fresh air units supply classrooms, and silent cabinets serve public areas. The high-pressure cabinets overcome long ducts and numerous elbows to keep distant spaces well supplied; the fresh air units cool and filter the air; and the silent cabinets serve noise-sensitive libraries and corridors. Variable-frequency adjustment matches airflow to demand for energy efficiency across teaching, dining and activity areas.
Project overview
A large campus with many buildings and complex duct networks. High-pressure cabinets are the main ventilation equipment, water-cooled fresh air units supply classrooms, and silent cabinets serve public areas. The high-pressure cabinets overcome long ducts and numerous elbows to keep distant spaces well supplied; the fresh air units cool and filter the air; and the silent cabinets serve noise-sensitive libraries and corridors. Variable-frequency adjustment matches airflow to demand for energy efficiency across teaching, dining and activity areas.
Fresh air, exhaust and fume-extraction equipment configured for classrooms, canteens and activity venues, based on on-site space and operating duty.The case illustrates the approach; specific equipment and parameters follow actual project documents.
Project gallery



Project challenge
Confirm dimensions, openings, equipment and personnel.
Locate fume, oil mist, odor or heat sources.
Plan the direction of fresh air in and pollution out.
Check duct resistance, noise, energy and maintenance.

Our solution
Zone the equipment by teaching area, canteen and venues, balancing airflow, operating noise and long-term maintenance.
Products used

Low-noise, vibration-isolated air supply for quiet areas like classrooms.

Delivers cooled fresh air to relieve stuffiness and stale air.

High pressure for long canteen exhaust duct runs.
Project approach