Every year, ambient particulate matter (PM) causes more than one million deaths worldwide.
Considering that people spend more than 80% of their time indoors, there is an urgent need …

Traditional polymeric fibrous membranes have been extensively used to reduce the health
risks caused by airborne particulate matter (PM), leading to the dramatically increasing …

Ambient particulate matter (PM) poses severe environmental health risks to the public
globally, and efficient filtration technologies are urgently needed for air ventilation. In this …

Aerosols are a primary source of indoor pollution. In recent years, there has been significant
interest in identifying the control mechanisms of aerosolized contaminants by fibrous media …

The particle motion in a room is affected by the thermal environment and the air supply
conditions caused by seasonal changes. In the study, a Lagrangian discrete trajectory …

In this study, a new method to establish an annular baffle at the dust filter cartridge opening
is proposed to improve the reverse pulsed-jet airflow of the cartridge regeneration …

In this study, a pressure drop model was developed through numerical simulation and
experimentation for optimizing the design of the pleated structure of the filter media to extend …

In fibrous filtration for airborne particulate matter (PM), the triple wins among efficiency,
resistance, and lifetime are hard to achieve owing to the filters' intrinsic geometry. Although …

The opposing pulsed-jet cleaning with round nozzles has been recently introduced to
reduce the patchy cleaning often faced during the regeneration of pleated filter cartridges in …

Maintaining indoor air quality is essential for human health, and the threat posed by
bioaerosols emphasizes efficient capture and inactivation technologies in ventilation …