Ventilation is essential for the health and safety of workers in industrial buildings, as it can
reduce the exposure to hazardous substances. This study used an experimental chamber …

The pollutant control performance of exhaust hoods plays a crucial role in the indoor air
quality and energy consumption of ventilation systems in industrial buildings. To better …

Two high-temperature buoyant jets widely exist during the pouring process of molten metal.
The lateral exhaust hood is usually used to capture contaminated airflow considering …

This study proposed a control logic for a novel constant-air-volume (CAV) range hood. The
Field Oriented Control vector was used to adjust the fan speed by comparing the current …

Local ventilation systems are widely used in industrial production processes to capture heat
release and/or gaseous/particulate contaminants. The primary objective of this study was to …

Energy saving, indoor thermal comfort and inhaled air quality in an office are strongly
affected by the flow interaction in the micro-environment around the occupants. The local …

In this study, we experimentally determined the local drag coefficient (LDC) of a round
exhaust hood that was improved with different shaped inlet sections along the boundaries of …

For a local exhaust ventilation system to trap contaminants effectively, it is highly important to
minimize its energy consumption without forgoing efficiency. Energy savings can be …

Transient high-temperature contaminated airflows generated during the pouring of high-
temperature materials are widespread in Chinese industrial plants. In this study, the …

The make-up airflow organization is considered to be another important influencing factor for
the capture performance of range hoods. Existing research has focused on the effect of …