The location of the cleanrooms is the most important for its productivity. While designing the Clean Room, we first check if the building is tough enough to harbor the specific requirements of a cleanroom, such as airflow, vibration control, flooring and wall finishes, temperature humidity, etc. easy access for transporting the equipment and elements into the clean room is vital to decrease the risks of contamination.  We leverage smart energy models in the Clean Rooms designs that do the job using less energy, which means lower utility bills.

Effective environmental controls help maintain the perfect conditions inside a controlled space. Accuracy in regulating temperature, pressure, and humidity is crucial to meeting specific requirements. Control of these factors is very important as they may lead to serious issues such as moisture and the invasion of contaminants. These controls create the rigid conditions necessary for the processes to be conducted in the cleanrooms.

In making the architectural design for a cleanroom, pay attention to materials and layout. Ceilings, doors, floors, and walls are made of materials that produce a minimalistic number of particles. The layout is designed for cleaning, non-porous surfaces that are smooth to practice rigorous hygiene protocols. The doors are mapped out for airtight sealing to prevent pollutants from entering.

Creating effective and successful HVAC systems is key to the design of a cleanroom, as it helps maintain cleanliness and air flow within a controlled environment. Using filters like HEPA ensures the removal of particulate matter, microbes, and contaminants. The system provides a consistent and controlled airflow, which prevents the buildup of airborne particles, which can be highly dangerous for the products or processes in the cleanroom.