Fibrous filters and mist eliminators are widely used in a range of manufacturing and process
industries worldwide to remove liquid mists from gas streams, thereby coalescing them to …

To celebrate the tenth anniversary of InterPore, we present an interdisciplinary review of
colloid transport through porous media. This review aims to explore both classical colloid …

A phenomenological model is presented to explain the increase in pressure drop (Δ p) of air
filters during steady operation with oil mist. It is based on (currently) semi-quantitative …

Pore size is a key factor that influences the removal of oil mist droplets by a coalescence
filter. However, the influence of the pore size distribution among different filter layers on …

Conventional filters for oil-mist filtration chiefly use fibrous materials, which have inadequate
efficiency for small oil mists (eg, size< 1 μm). Thicker filter mats are applied to increase …

The evolution of pressure drop, drainage rate, saturation, and efficiency of combined philic,
and phobic oil mist filters in real‐time are examined. The experiments used four different …

Bioaerosols are common biological factors in work environments, which require routine use
of filtering respiratory protective devices (FRPDs). Currently, no studies link humidity …

The capture of liquid microdroplets on fibers, webs, and surfaces is important in a range of
natural and industrial processes. One such application is the fibrous filtration of aerosols …

For the filtration of fine mists, glass fiber nonwovens are commonly used as filter media,
especially in high efficiency applications. For the filters, several layers of these media are …

This self-contained handbook and ready reference examines aerosol science and
technology in depth, providing a detailed insight into this progressive field. As such, it covers …