PUBLIC HEALTHCARE
Healthcare clean-air systems
for critical clinical environments.
Integrated air treatment, humidity control, cooling and intelligent monitoring for operating rooms, ICU and CCU, CSSD, isolation wards, laboratories and general clinical spaces.
HEALTHCARE CLEAN AIR SYSTEM SOLUTIONS
Controlled air for patient
safety and clinical continuity.
Hospitals place precise demands on air cleanliness, temperature, humidity, airflow organization, fresh-air rates and room pressure relationships. Each clinical area has a different control objective, while every system must support infection control, continuous operation, energy efficiency and maintainability.
Airmaster coordinates air-handling units, chilled and hot water sources, terminal hcEquipment and intelligent hcControls to build application-led systems for operating suites, intensive care, sterile supply, isolation and laboratory environments.
CLEAN
AIR
HEALTHIER
PEOPLE
——
TYPICAL APPLICATIONS
One system strategy.
Different clinical priorities.
Configure cleanliness, temperature, humidity, airflow and pressure around the needs of each clinical area.
Discuss Your Project
Operating rooms
Stable temperature and humidity, positive pressure and controlled supply airflow.
ICU / CCU
Enhanced filtration, reliable fresh air and stable round-the-clock operation.
CSSD
Humidity control, supply and exhaust coordination, and pressure zoning.
Isolation wards
Negative pressure, contamination containment and coordinated exhaust air.
Clean and PCR laboratories
Temperature, humidity, cleanliness, pressure gradients and biosafety.
General clinical spaces
Comfort, fresh-air quality, noise control, energy use and maintainability.
CUSTOMER & SCENARIO PAIN POINTS
Clinical requirements that must work together.
01
Infection control
Airflow and filtration directly affect airborne and microbial contamination risk.
02
Different room objectives
Operating rooms, ICU, CSSD, laboratories and wards require different cleanliness and pressure relationships.
03
Coordinated humidity and cleanliness
Fresh air, multi-stage filtration and changing occupancy all influence stable temperature and humidity.
04
Pressure relationships
Positive and negative pressure gradients must remain stable across adjacent areas.
05
Continuous reliability
Critical clinical spaces need stable operation, accessible maintenance and clear fault reporting.
06
Energy under high standards
Fresh air and year-round temperature and humidity control require efficient system design.
ENVIRONMENTAL CONTROL REQUIREMENTS
Nine conditions managed
as one coordinated system.
Clinical environments depend on coordinated cleanliness, temperature, humidity, pressure, fresh air, air distribution, microbial control, reliability and intelligent monitoring.
01. Air cleanliness
Match filtration levels and cleanliness targets to each medical function.
01
02. Temperature and humidity
Maintain stable temperature and humidity through coordinated cooling, reheating and humidification.
02
03. Pressure and airflow
Coordinate pressure relationships, fresh-air volume, air change and supply, return and exhaust paths.
03
04. Reliable intelligent control
Combine microbial control, system reliability and central monitoring of environmental and equipment status.
04
A coordinated system from air source to room.
Combine hygienic air handling, heating and cooling sources, terminal equipment, airflow zoning and intelligent controls around the needs of each clinical environment.
Clean-air
handling
AAHM-N and AAHM-H units combine filtration, cooling, heating, humidity treatment, fresh air and pressure control.
Heating and cooling
source
Air-cooled heat pumps and screw chillers provide chilled and hot water for year-round clinical loads.
Terminal
systems
Fan-coil and cabinet units serve offices and auxiliary areas without weakening clinical zoning.
Supply, return
and exhaust
Dedicated air paths maintain positive or negative pressure and contain contamination.
Intelligent
control
Central monitoring coordinates environmental values, alarms, filters and equipment operation.
SYSTEM CONFIGURATION BY AREA
A repeatable framework for healthcare projects.
| AREA / PROCESS | RECOMMENDED SYSTEM APPROACH | CORE CONTROL OBJECTIVE |
|---|---|---|
| Operating rooms | AAHM-H hygienic AHU + chiller or heat pump + intelligent hcControls | Cleanliness, temperature, humidity, positive pressure and operating status |
| ICU / CCU | AAHM-N or AAHM-H AHU + chiller or heat pump + terminals | Filtration, fresh air, comfort and stable room pressure |
| CSSD | AAHM-N modular AHU + fresh air and exhaust + hcControls | Humidity, exhaust coordination and pressure gradients |
| Isolation wards | Dedicated AHU + exhaust + pressure monitoring | Negative pressure and contamination containment |
| Clean / PCR laboratories | AAHM-N or DX AHU + intelligent hcControls | Temperature, humidity, cleanliness and pressure gradients |
| General clinical spaces | AFCU or cabinet fan coil + central water system | Comfort, fresh-air quality, noise and energy performance |
RECOMMENDED EQUIPMENT
Equipment families referenced in the solution document.
AAHM-H Hygienic AHU
Hygienic air treatment for operating rooms and other critical clean spaces.
AAHM-N Modular AHU
Configurable air treatment for ICU, CSSD, laboratories and clinical areas.
Air-Cooled Heat Pump
Chilled and hot water for year-round hospital operation.
Air-Cooled Screw Chiller
Central capacity for larger medical campuses and high-load projects.
Terminal Units
Fan-coil and cabinet units for offices and auxiliary zones.
Direct Expansion AHU
Integrated cooling and air treatment for project-specific clinical spaces.
DX Air-Handling Unit
Compact packaged control for laboratories and support areas.
Intelligent Control System
Central monitoring of environmental values, hcEquipment and alarms.
FROM REQUIREMENT TO OPERATION
Coordinate the clinical environment before selecting hcEquipment.
01
Define room criteria
Confirm room function, cleanliness, temperature, humidity, fresh air and pressure targets.
02
Map pressure zones
Coordinate clean and contaminated routes, supply, return and exhaust air.
03
Configure hcEquipment
Select air-handling, cooling, heating, terminals and control functions around the load.
04
Verify and hand over
Commission airflow, pressure, hcControls, alarms and operating records.
05
Maintain performance
Plan filter replacement, cleaning, inspections and service access.
RELATED HEALTHCARE PROJECTS
Project experience connected to this solution.
These healthcare references use the same solution logic: hygienic air handling, reliable heating and cooling, terminal coordination and intelligent environmental control.
Healthcare
Peking Union Medical College Hospital
Beijing, China
Modular heat pumps and hygienic air handling for a major clinical environment.
View Project →
Healthcare
West China Hospital, Sichuan University
Chengdu, China
Hygienic air handling and intelligent controls for demanding healthcare spaces.
View Project →
Healthcare
Xiangya Hospital, Central South University
Changsha, China
Hygienic air handling, heat pumps and cabinet units coordinated across the project.
View Project →