Ducted Energy Recovery Ventilation System For Hospital

11 Feb.,2025

Total 32 sets ducted energy recovery ventilation system units for a hospital have finished production and started to transported to customer's project site today. The air flow of these ducted energy recovery ventilation system is from 3500m3/h to 6000m3/h, and they are equipped with air to air sensible heat plate heat exchangers (made of aluminum foil), H13 HEPA filter and 3 speed EC fan motors...

 

Total 32 sets ducted energy recovery ventilation system units for a hospital have finished production and started to transported to customer's project site today. The air flow of these ducted energy recovery ventilation system is from 3500m3/h to 6000m3/h, and they are equipped with air to air sensible heat plate heat exchangers (made of aluminum foil), H13 HEPA filter and 3 speed EC fan motors, intelligent controllers with CO2 sensor are provided by us together with the units. 

 

3500CMH ducted energy recovery ventilation system with aluminum alloy frame and 50mm thick sandwich double wall panel

 

More features of Roter produced high air flow ducted energy recovery ventilation system: 
(1) Air flow range: 1000-15000m³/h
(2) High efficiency heat exchangers: enthalpy heat exchanger, sensible heat exchanger
(3) Air filters: G4, Activated carbon, F8 filter, HEPA filter
(4) Optional AC motor, EC fan
(5) Optional air quality sensors (CO₂ sensor etc.,.)
(6) Optional bypass damper, electric heater, electrostatic precipitator

 

Except, Roter also produce the low air flow ducted energy recovery ventilation system for household application: 
(1) Air flow range: 200-800m³/h
(2) ceiling mounted, wall mounted, floor standing
(3) High efficiency heat exchangers: enthalpy heat exchanger, sensible heat exchanger
(4) Air filters: G4, Activated carbon filter, F8, HEPA filter
(5) Optional AC motor, BLDC motor
(6) Air quality sensors (CO₂ sensor)

 

ducted energy recovery ventilation system equipped with aluminum plate heat recovery element and it's base with lifting holes

 

Roter brand ducted energy recovery ventilation system is known for their high quality and reliability, making them an ideal choice for hospitals where air quality is of utmost importance. These ducted energy recovery ventilation system units are designed to not only provide fresh, clean air to patients and staff but also to recover energy from the outgoing air, helping hospitals reduce their overall energy consumption and costs.

One of the key features of Roter brand ducted energy recovery ventilation system is their advanced filtration system, which helps remove harmful particles and contaminants from the air. This is crucial in a hospital setting where airborne pathogens can easily spread and cause infections. By using Roter ducted energy recovery ventilation system, hospitals can ensure a healthier environment for everyone within their facilities.

 

ducted energy recovery ventilation system equipped with G4 panel filter and mini pleated H13 HEPA filter

 

In addition to their filtration capabilities, Roter ducted energy recovery ventilation system units are also highly efficient in terms of energy recovery. By capturing and transferring energy from the outgoing air to the incoming air, these ventilators help hospitals reduce their heating and cooling costs, creating a more sustainable and eco-friendly operation.

 

6000CMH ducted energy recovery ventilation system installed with EC fan motor

 

Hospitals that have implemented Roter ducted energy recovery ventilation system units have reported significant improvements in air quality, reduced energy costs, and overall improved comfort for patients and staff. Hence, Roter brand ducted energy recovery ventilation system units are an excellent choice for hospitals looking to improve their ventilation systems while also reducing energy consumption. With their advanced filtration capabilities and energy recovery features, Roter ducted energy recovery ventilation system offers a comprehensive solution for hospitals seeking to create a healthier and more sustainable environment for all.