Whole health. Efficient air systems for sustainable healthcare facilities.
When you design and equip for the specialized ventilation needs of a healthcare facility, there's no room for error or halfway measures. Sustainable projects call for certified energy efficiency. This ensures the health and uninterrupted comfort of occupants, and the responsible handling of exhaust air. Only an integrated HVAC system can provide the reliability and performance a healthcare facility needs. Greenheck offers a complete line of products designed to work together, effectively, with energy efficiency and quiet operation. It also provides an added benefit of simplified installation to save time and costs.
Dedicated outdoor air systems provide controlled, conditioned ventilation air to healthcare facilities while decoupling ventilation from space heating and cooling loads. DOAS units support compliance with ventilation air requirements, maintain pressure relationships, and improve overall system control and efficiency.
Make-up air units supply conditioned outdoor air to replace exhausted air and maintain pressure balance within healthcare facilities. These units are commonly paired with exhaust systems serving kitchens, laboratories, and isolation spaces to support ventilation requirements and thermal control.
Combination louver/damper assemblies provide integrated outdoor air intake and airflow control for healthcare ventilation systems. These units help manage pressure relationships, limit infiltration, and support precise modulation of outdoor air while maintaining weather protection and system integrity.
Life safety dampers are critical components in healthcare ventilation systems, providing fire and smoke protection while maintaining required airflow paths. Integrated into ducted systems, these dampers support compartmentalization, life safety strategies, and compliance with applicable building and fire codes.
View ProductsMixed flow supply fans deliver controlled airflow to healthcare ventilation systems requiring higher static pressure capability and consistent performance. These fans are commonly used in air handling and supply applications serving patient care, procedural, and support areas.
Blowers are applied in healthcare ventilation systems where higher static pressure and precise airflow control are required. Commonly used in air handling and specialty exhaust applications, blowers support ducted systems serving patient areas, procedural spaces, and support zones.
Mixed flow fans combine axial and centrifugal characteristics to deliver efficient airflow with higher static pressure capability than traditional axial fans. In healthcare applications, they are used for supply or exhaust systems where space constraints, sound performance, and predictable airflow control are required.
Laboratory exhaust fans are designed for healthcare environments requiring continuous, reliable removal of hazardous or contaminated air. These fans support applications such as pathology labs, pharmacies, and research spaces, with configurations selected to maintain airflow stability, redundancy, and code compliance.
Centrifugal upblast exhaust fans are used in healthcare facilities to safely discharge contaminated air vertically away from the building. Their upblast configuration helps minimize re-entrainment and supports exhaust applications serving restrooms, kitchens, laboratories, and other critical spaces.
Centrifugal downblast exhaust fans are used in healthcare facilities for general and localized exhaust applications where controlled airflow and moderate static pressure capability are required. Roof-mounted downblast discharge helps reduce re-entrainment while supporting code-compliant air removal from occupied and support spaces.
Kitchen exhaust hoods are used in healthcare foodservice areas to capture and remove heat, grease, smoke, and contaminants generated during cooking. Proper hood selection supports indoor air quality, fire safety, and coordination with make-up air and exhaust systems.
Kitchen utility distribution systems provide organized routing of electrical, gas, and plumbing services to cooking equipment in healthcare facilities. These systems support safe operation, maintenance access, and coordination with kitchen ventilation and exhaust designs.
Equipment screens are used to conceal rooftop mechanical equipment while maintaining required airflow and service clearances. In healthcare applications, screens support architectural integration without compromising ventilation system performance or maintenance access.