CFD Computational Fluid Dynamics
(CFD Fluidodinamica Computazionale delle Camere Bianche)
Clearoom is a controlled environment with a constant, highly filtered air flow to flush out impurities such as
- micro airborne organisms
- water vapour
- other contaminants
CLEANROOM & INDUSTRY
Cleanroom facilities are necessary for activities performed in scientific/industrial applications:
- scientific research
- surgical rooms
These industries employ clean room techniques to keep products / instruments /personnel free from contaminants.
Contaminating particles are dangerous
and, if cleanrooms are not designed properly,
could have negative effects inside the lab.
to provide confidence
that air quality targets are met.
Up to 50 times energy.
Why CFD for CLEANROOM?
Using our CFD (Computational Fluid Dynamics) engineering service as part of the cleanroom design process, you can:
- validate design performance
- optimize airflow
- check air change effectiveness
- evaluate risk of contamination
- ensure air quality targets
- control flow field and air velocity
- check energy efficiency
- analyze cleanrooms in every working scenarios
So you can ensure a better cleanroom design and meet the required performance criteria.
STAMINA LAB EXAMPLE
VALIDATE DESIGN PERFORMANCE
- Flow patterns and air velocity
- Air change effectiveness
- Vorticity and recirculation
You can identify zones of the cleanroom that might be troublesome.
After checking flow patterns, air change effectiveness and recirculation, you can apply changes and the CFD can show the improvements in your design.
- Evaluate the air speed within the room.
- Identify areas of high flow velocity.
- Ensure steady air movement throughout the whole domain.
Contaminant control is important: CFD can predict distribution and concentration in the cleanroom.
Tracking contaminants will allow a greater control over potential hazards.
CFD allows to calculate the time required to remove all contaminants from the cleanroom.
With this simulation focus, you can identify zones where contaminats could be more persistant.
MULTI-OPERATION STATE ANALYSIS
Cleanroom state changes continuosly.
Opening a door, personnel moving, switching on a device can influence the state of the cleanroom.
CFD can analyze the performance in different working scenarios.
All conditions should be investigated and verified for ensuring your best-in-class design.
CFD allows you to analyze:
- temperature distribution
- cooling / heating performance
- steady operational conditions
- comfort conditions for personnel
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