Due to the continuous increase in industrial pollution and modern lifestyle, several types of
air contaminants and their concentrations are emerging in the atmosphere. Besides …

This literature review aims to sum up existing studies regarding the influence of positively as
well as negatively charged ions on particles in indoor environments, as well as supply air …

Passive removal materials (PRMs) have recently gained great interest for their abilities in
removing indoor pollutants without additional energy consumption and lower amounts of by …

The semiconducting transition metal oxide TiO2 is a rather cheap and non-toxic material
with superior photocatalytic properties. TiO2 thin films and nanoparticles are known to have …

Enormous energy has been consumed by cleanroom ventilation systems due to their
characteristics of greater flowrate and round-clock operation. The novel PTFE HEPA …

The photocatalytic oxidation of volatile organic compounds (VOCs) has been extensively
investigated. With respect to water treatment, photocatalytic degradation of air pollutants is …

Ventilation systems are a vital component of buildings in order to ensure a healthy and
comfortable environment for the occupants. In cold climate regions, ventilation systems are …

The diffusive uptake rate is essential for using passive samplers to measure indoor volatile
organic compounds (VOCs). The traditional theoretical model of passive samplers requires …

Reducing volatile organic compounds (VOCs) concentrations in built environments is
necessary to achieve acceptable indoor air quality or comply with workplace regulations …

Air cleaning technologies are needed to reduce indoor concentrations and exposure to
volatile organic compounds (VOCs). Currently, air cleaning technologies lack an accepted …