Laboratory air cleaning is a top priority for many laboratories, as the widespread use of formalin and xylene in pathology and histology laboratories can cause elevated contamination levels and therefore long term exposure of staff and work processes to elevated formalin and xylene levels.
Airborne transmission is a known route of infection for diseases such as tuberculosis and aspergillosis and is linked to outbreaks of MRSA. Hospital air filtration is an essential solution. Providing clean air to sensitive areas through existing ventilation systems can be challenging, but Commercial Air Filtration provides a solution; high-performance mobile hospital air filtration systems.
Our company provides commercial settings throughout the UK with expert advice and solutions for the filtration and control of airborne particles, gases and chemical contamination.
To discover how we can help your organisation address its airborne hygiene needs, call or email us today.
There are a wide range of systems available on the market that show differing levels of efficacy in capturing airborne viruses and bacteria. But which class of HEPA filters – H13 vs H14 filtration – have a higher long-term efficacy?
In this post, we provide an overview of why air filtration is an important measure to mitigate the risk of airborne contamination and airborne viral transmission, how HEPA filters can reduce this risk, and which class - H13 vs H14 filtration – has shown the highest overall efficacy in achieving this.
Here we explore the benefits of adopting air filtration and purification systems in school classrooms, alongside recommended measures such as social distancing, hand washing and face mask use. Effective air filtration can help provide protection against Covid-19 and improve indoor air quality more broadly.