Over 20 years of experience in Sterile, Biological Pharmaceutical and Hospital Facilities Engineering Design, Construction and Validation.
The face velocity passing through cooling coils is one of the most important design factors that directly affect the effectiveness of heat exchange and the size of air handling units (AHUs). Traditionally, it has been suggested that the air velocity passing through the cooling coils...
Optimization of round around coils in pharmaceutical HVAC applications when dehumidification is required....
Recirculation units (RCU) design is becoming increasingly common in the design of HVAC systems in pharmaceutical facilities due to their advantages over traditional systems. In this article, we will compare this system with another traditional system and examine the advantages and disadvantages in a specific...
In this post, we'll explore the key considerations involved in designing HVAC fumigation systems for pharmaceutical facilities....
Analysis about where to locate fans in an air handling unit: blow thru (fan before coils) and draw thru (fan after coils)...
AHU zoning design in Pharmaceutical Facilities...
A few tips on energy savings in Pharmaceutical HVAC design and how to reduce energy consumption...
Low temperature cleanroom design challenges and key points to consider: avoid condensation, stratification and energy-related issues....
Cleanroom air balance calculation. Air flows considerations to completely define cleanroom HVAC....
In this post, we are going to talk about particularities of the Heat gains in the Pharmaceutical HVAC that differs slightly from other HVAC applications....
