Investigation of The Combined Effect of Indoor Air Stability and Displacement Ventilation on Pollutant Transport in Human Breathing Microenvironment

The ventilation system removes pollutants effectively, and the resultant vertical temperature difference in the room greatly affects the indoor air distribution. A reasonable air distribution system is essential to provide a satisfying indoor air quality (IAQ) for the occupants, of which air quality in the breathing microenvironment plays a major role in occupant health, as they are exposed to this region directly.

Vertical Distribution of Temperature and Contaminant Concentration in a Room with Impinging Jet Ventilation System

The impinging jet ventilation system (hereinafter referred to as IJV) has been proposed as a new air conditioning ventilation system. Properties of indoor environment with this system using impinging jet are complicated. The present paper reports fundamental properties of indoor air with distributed interior heat generation load assuming an office. The experiment was conducted in the climate chamber of which floor area was 27.0 m2, and basic properties of temperature and CO2 distributions were investigated.

Modelling thermal comfort and energy consumption of a typical mixed-cooling apartment in Guilin, China

Many studies have shown that the use of mixed-mode cooling can bring down the cooling load significantly while maintaining satisfactory in door air quality and thermal comfort. But there is little information available concerning mixed-mode cooling in China. Thus, basing on design parameters of design standard, A series of computer simulation of a typical mixed-cooling apartment in Guilin, lies south-west of China, was conducted by Eneryplus and Climate Consultant software.

Prediction of the influence of solar radiation on adaptive thermal comfort using CFD simulation

Adaptive thermal comfort model has been widely used to evaluate the thermal comfort level of natural ventilation buildings.However, current adaptive standards offer a simple linear relationship between the outdoor temperature and the indoor comfort temperature,ignoring the influence of solar radiation.

Hunan University

7-11 July 2014, Conference, Hong Kong - INDOOR AIR 2014

Indoor Air 2014 is the flagship conference of the International Society for Indoor Air Quality and Climate, ISIAQ.  The triennial conference first began in 1978 to promote the science of IAQ and climate.  The last Indoor Air 2011 conference was held in Austin, Texas.

Indoor Air 2014 is co-organized by The University of Hong Kong, Hong Kong University of Science and Technology, Hong Kong Polytechnic University and City University of Hong Kong.

The theme and topics:

Healthy indoor air for an energy efficient and sustainable built environment.

English