When containment systems fall short, lab personnel may be unknowingly exposed to hazardous fumes and vapors, putting their health and safety at risk. For lab managers tasked with creating safe and cost-effective environments, ensuring that ventilation systems meet real-world demands is a critical responsibility.
Ductless filtering fume hoods are increasingly favored for their flexibility and energy efficiency. But, as with any safety equipment, performance depends on proper implementation. Factors such as chemical compatibility, filtration and containment efficiency, and air face velocity must be evaluated to ensure the hood aligns with the intended application and provides reliable protection.
This resource compendium brings together expert guidance and regulatory standards, including AFNOR NF X 15-211:2009, to help lab managers make informed decisions. Whether you’re implementing new systems or revalidating existing ones, this collection will help you prioritize safety and compliance without compromising flexibility.
Download this compendium to explore:
- How standards like AFNOR NF X 15-211:2009 support lab safety
- What to look for when evaluating ductless fume hoods for containment and filtration efficiency
- The importance of chemical validation, feasibility studies, and filter selection