Formaldehyde Monitoring
With formaldehyde monitor, serious impacts of formaldehyde explore can be reduced and prevent
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Noise monitoring
Noise pollution occurs through various sources and has harmful impacts which can be reduced and controlled by Noise Monitoring.
Chlorine monitoring
Elemental chlorine is a highly reactive, greenish-yellow gas. It has a suffocating, irritating, and pungent bleach-like odour that is detectable at low concentrations (above 0.3 – 0.5 ppm). Therefore, continuous or high-level exposure to Cl2 can quickly deaden a person’s sense of smell, making the odour of Cl2 an unreliable indicator of its presence. Hence, …
Methyl Mercaptan monitoring
Methyl mercaptan (CH3SH), also known as methanethiol, is a colorless, highly flammable, toxic gas with a distinct, strong unpleasant odour. Moreover, microbial degradation of organic matter releases methyl mercaptan. As a result, prolonged exposure to CH3SH can quickly deaden a person’s sense of smell, making the odour of methyl mercaptan an unreliable indicator of its …
CH4 monitoring
Methane has a direct influence on climate change as well as an indirect effect on human health, plant yield, and productivity due to its role as an important precursor to ground-level ozone formation. Therefore, CH4 monitoring is an efficient way to detect the buildup of CH4 levels and take necessary actions. This article covers information …
TVOC monitoring
Total Volatile Organic Compounds (TVOC) are a group of compounds containing carbon that have a high vapor pressure present in the air. There are abundant VOC emitted from everyday activities among which some are colourless and some odourless and some are toxic. Therefore, TVOC monitoring is an efficient way to detect exposure to toxic VOCs. …
H2S monitoring
H2S is formed whenever elemental sulfur or sulfur-containing compounds come into contact with organic materials at high temperatures. Continuous or high-level exposure to H2S can quickly deaden a person’s sense of smell, making the odour of H2S an unreliable indicator of its presence. Hence, other means such as hydrogen sulfide monitoring a viable solution to …
NH3 monitoring
Ammonia is a colorless, toxic, irritating gas with a pungent odor that is as a result released from decaying organic matter, including plants, animals, animal wastes, and fertilizer use. As a result, prolonged exposure to NH3 can quickly deaden a person’s sense of smell, making the odor of NH3 an unreliable indicator of its presence. …
Ozone monitoring
Ground-level ozone is harmful to human health and the environment, especially on sunny days when its concentration can reach high levels. Also, it is a precursor of photochemical smog, which has its fatal effects. Real-time O3 monitoring helps in calculating the air quality index to deliver health advisories as well as formulating an action plan …
SO2 monitoring
SO2 monitoring is an efficient way to detect and reduce exposure to sulfur oxides which further benefits in reducing the formation of particulate sulfur pollutants like fine sulfate particles, acid rain, and smog. This article covers information on sulfur oxides, their sources, permissible levels in the ambient air, health, and environmental impact, possible corrective measures, …