Formaldehyde, a common indoor air pollutant emitted from building decoration materials,
poses a significant health hazard, potentially leading to cancer. Therefore, developing a gas …

Ventilation control logics are usually based on the control indicators of occupancy. However,
strategies including control of contaminants not linked to occupancy are requested and more …

Monitoring individual exposure to indoor air pollutants is crucial for human health and well-
being. Due to the high spatiotemporal variations of indoor air pollutants, ubiquitous sensing …

In this study, concentrations of pollutants: formaldehyde, carbon dioxide (CO 2), and total
volatile organic compounds (TVOC) and parameters: indoor room temperature and relative …

Formaldehyde is a known human carcinogen and an important indoor and outdoor air
pollutant. However, current strategies for formaldehyde measurement, such as …

The use of low-cost sensors for monitoring Indoor Air Quality (IAQ) in schools has shown
promising results, with the commercialisation of these devices increasing worldwide. This …

Airtight energy-efficient buildings of today need efficient ventilation to secure high indoor air
quality. There is a need for affordable and reliable sensors to make demand control …

This research paper presents a case study on the application of Metal Oxide Semiconductor
(MOX)-based VOC/TVOC sensors for indoor air quality (IAQ) monitoring. This study focuses …

Transition metal dichalcogenides have gained considerable interest for vapour sensing
applications due to their large surface-to-volume ratio and high sensitivity. Herein, we …

Lewis acids of solid catalysts have been featured for a pivotal role in promoting various
reactions. Regarding the oxidation protocol to remove formaldehyde, the inherent drawback …