PID Sensors in Industrial VOC Monitoring

Industrial VOC Monitoring

Volatile Organic Compounds (VOCs) pose significant health and environmental risks in industrial parks. Traditional catalytic combustion sensors struggle with slow response times and susceptibility to poisoning, especially for high-carbon-chain VOCs (≥C5). Photoionization Detectors (PIDs), such as Alphasense PID-A1 and PID-AH, overcome these limitations by enabling rapid, precise detection at PPB to PPM levels….

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Smart Public Toilets: How Gas & Temperature/Humidity Sensors Enhance Urban Sanitation

Smart Public Toilets: A Pillar of Modern Urban Development As cities worldwide embrace the concept of “smart cities,” public toilets have evolved from basic facilities into critical components of urban infrastructure. These spaces now reflect a city’s commitment to hygiene, sustainability, and technological innovation. However, traditional public toilets often struggle…

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How PM2.5 Sensors Works for PM2.5 Environment Detectors in a Smart Home

PM2.5 environment

“2018 Central Ventilation Industry Conference” was held in Shanghai by Indoor Environment Control and Health Branch of CAEPI recently, during which many participants discussed keenly about the breakthroughs in central ventilation industry. According to a survey done by WHO, morbidity rate of respiratory diseases and flu in China stays at…

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Applications of Level Sensors in Full Automatic Ink Supply Systems in Digital Decorating Machines

Full Automatic Ink Supply System

Digital printing involves inputting a designed pattern into a computer with digital technology, editing it by CAD, and using a computer-controlled micro-piezo ink nozzle to directly spray the dye liquor onto the textile to form the desired pattern. With technology being gradually improved in recent years, the development of digital…

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Applications of Temperature and Humidity Sensors in Machine Room Monitoring

machine room monitoring

Effective management of high-security areas like data centers, IDC facilities, and power distribution cabinets demands more than basic room-level checks. Often, while all monitoring points show normal conditions, critical equipment interiors face hazardous microclimates. Internal heat dissipation causes over 50% of hardware failures as electronics generate concentrated heat. This makes internal temperature…

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