Volatile Organic Compound (VOC) Detection and Monitoring within Laboratories.Protecting from Hydrogen Sulfide Exposure with Gas Monitoring in the Textiles, Agriculture and Oil and Gas Industries.A Guide to Volatile Organic Compounds (VOCs) in Semiconductor Fabrication.Gary Smith, Business Unit Manager (Portables) Personal Protective Equipment (PPE) The Ion Science MiniPID practically eliminates the effects of humidity by employing the Patented Fence Electrode Technology and Anti Contamination Technology. This enables a business to formulate an appropriate response to legislative standards.Īs with all PID detectors, a key challenge is over/under reading in the presence of humidity. This allows both short and long-term health outcomes to be investigated, resulting from chronic and severe exposure to toxic gases and hazards. Occupational Hygienists concentrate on the management of health risks using cost-effective and pragmatic techniques by resolving and evaluating practical challenges. These are commonly analyzed using specialist precision equipment that documents data, such as the Ion Science Cub. Occupational Hygienists perform risk assessments and conduct surveys regarding workplace health by precisely monitoring exposure levels. Monitoring Employee Exposure to Toxic Gases This helps to ensure the safety of colleagues in their workplace. The Cub personal Volatile Organic Compounds (VOC) gas detector from Ion Science is worn in the breathing zone to monitor toxic gas exposure. The breathing zone of the employee is consistently monitored and will notify the worker as and when the environment becomes dangerous. A personal unit is allocated to each worker. Every thirty seconds, a worker dies as a result of being exposed to toxic gases in the workplace.
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