
Ensure IVF lab air quality meets ISO seven by designing ventilation with 60-90 air changes per hour, VOC and HEPA filtration, and humidity control.
A simplified guide for Healthcare HVAC with a scientific material & explanation in simple English language, summarizes basics of air conditioning design in hospitals – Course is useful for Healthcare HVAC Engineers, either Design or Construction or Maintenance.
the course includes the following: ·
· Explanation of the specifications of air conditioning equipment and filters used in hospitals HVAC systems showing the difference between them and commercial systems
· Hygienic vs Clinical vs commercial AHU
· Clarification of the meaning of number of Air Changes per Hour (ACH) together with Fresh Air Changes per Hour (FACH) for different hospital rooms · Temperatures and humidity required in different hospital rooms.
· How to distribute air and what type of air outlets are required
· Room air pressurization requirements, how to implement it, and its challenges.
· Architectural considerations associated with the air conditioning system.
Course explains hospital rooms HVAC requirements for the following hospital departments & rooms: ·
· Isolation rooms for patients (infectious patient – immunocompromised patient – infectious and immunocompromised patient – Iodine Injection Patient - psychiatric patient)
· Oncology ward patient rooms·
· Operating Rooms (OR)·
· Surgical Site Infection and UCV Operating Rooms ·
· Clean rooms classes·
· IVF department·
· PACU Recovery Rooms·
· Intensive Care different types (ICU) – PICU – NICU – Burn ICU.
· Radiology rooms, types and classes·
· Precautions for Ductwork Penetration for Lead-lined Rooms·
· Linear accelerator radiation therapy room ·
· Endoscopy rooms·
· Bronchoscopy Room·
· Emergency Department (ER) and its various rooms.
· Cardiac Catheterization room·
· Pharmacy department·
· Central Sterilization Department CSSD ·
· TSSU Sterilization Department·
· Mortuary: Difference Between Morgue and Autopsy·
Garbage rooms · and others