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Protecting medical environments from VOC contamination with multisite sensor PID technology
Categories: InsightsEnsuring that staff and medical environments (including treatment, manufacture, or research and development spaces) are protected against potential harmful exposures is essential for employers. Medical environments are often indoor spaces with limited natural ventilation, increasing the possibility of VOCs (volatile organic compounds) building quickly to dangerous levels. ION Science’s range of fixed PID (photoionisation detection)…
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How PID sensor technology protects against VOC exposure: An ION Science and Blackline Safety Webinar
Categories: InsightsAs the focus on air quality for health, safety, and environmental reasons continues to grow in importance, protecting against exposure to VOCs (volatile organic compounds) has also been recognised as essential. ION Science and Blackline Safety are joining together as experts in PID technology and worker safety to discuss how to detect VOCs and prevent…
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Gas concentration: Parts Per Million (PPM)
Categories: InsightsWhat is a Part Per Million (PPM)? Measuring Acetone to Hydrogen sulphide, Benzene to Xylene, if you are measuring harmful gases, you are likely to measure them using PPM units. Parts Per Million is self-explanatory, it’s simply the number of gas molecules in a million but what does PPM look like? This simple video offers a clear graphical representation of Part…
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Sensor Technology to Support the Semiconductor Industry
Categories: InsightsThere’s no denying the importance of semiconductors in modern life. From smartphones to smart factories, these crucial pieces of technology are what make Industry 4.0 possible. Semiconductors require precise and careful fabrication, and the potential for exposure to VOCs (volatile organic compounds) during the process calls for the highest standard of sensors and monitoring –…
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Leading the way with PID Sensor technology: ION Science supporting Blackline Safety
Categories: InsightsThere’s no denying the importance of semiconductors in modern life. From smartphones to smart factories, these crucial pieces of technology are what make Industry 4.0 Gas detection instruments are critical to protecting the life, health and safety of workers in many industries. Preventing dangerous exposure levels and monitoring over time is key, and using the…
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VOC Sensors and Detection – Promoting the highest levels of air quality
Categories: InsightsUpholding and promoting the highest levels of air quality and building health with VOC sensors and detection. Ensuring the workplace has excellent air quality and ventilation is something building and facility managers have been aware of since the 1990s. Sick building syndrome was identified as a critical issue for employee health over 30 years ago,…
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Tackling Hazardous Air Pollutants Early For Community Safety
Categories: InsightsComplete confidence in local community environments thanks to highly sensitive and reliable Falco PID from ION Science Albany in New York, USA is just one of several global locations where pressure has been increasing to seek environmental justice for vulnerable local communities facing exposure to Hazardous Air Pollutants (HAPs). It’s a key ongoing political issue…
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Improving Employee Welfare by PID Detection
Categories: InsightsBusinesses can evidence carbon neutrality and improved employee welfare thanks to the fastest and most accurate PID ever from ION Science Whilst China and other governments around the world commit to a green economy by 2030, companies are starting to turn to employee health and safety monitoring to learn and evidence improvements in carbon emissions.…
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ION Science MiniPID 2 Sensor Guide
Categories: InsightsION Science MiniPID 2 Sensor Guide Our sensors are designed for use across a wide number of industries and applications, wherever you have a need to detect gases and vapours. Why use a VOC sensor? VOCs are a wide range of naturally and synthetically occurring chemicals which are found almost everywhere. They are described as…