Ion Science Tiger VOC Detector used by leading Thai indoor air quality monitoring specialist
Dec 14 2016 Comments 0
When its existing photoionisation detectors (PIDs) proved ineffective in high humidity, indoor air quality monitoring specialist, Clean Air (Thailand) Company Ltd turned to Ion Science and its high performance Tiger instrument. The handheld detector is being used by the Bangkok-based business as part of its audit programme to measure potentially harmful total volatile organic compounds (TVOCs) in a wide range of buildings including offices, hospitals, hotels and residential properties.
Established since 2007, Clean Air Thailand designs and manufactures specialist Ozone and UVGI equipment to improve indoor air quality (IAQ). The company also offers an IAQ test service which helps building managers understand what is happening in their properties. The scientific information provided can then be used to introduce IAQ improvement programmes, often without the need for extra equipment.
Philip North, Director at Clean Air Thailand, comments: “Even though a building’s IAQ might seem fine, it is essential that all the parameters which make up the air being breathed are regularly assessed. As part of our IAQaudit service, we measure TVOCs present within buildings but our previous monitoring instrument proved unreliable in Thailand’s humid conditions. We provide solutions to customers based on high levels of TVOCs being detected so needed a device we can completely trust when we show before and after readings.
“Following recommendation from another business, we chose the Ion Science Tiger VOC detector due to its revolutionary PID sensor technology offering excellent humidity resistance and anti-contamination design. As well as providing highly accurate readings, we were impressed with the system’s response time of just two seconds and opted for the data logging function for easy reporting.”
Providing market-leading accuracy and run time, the Tiger’s PID sensor capabilities utilise advanced patented Fence Electrode technology, a three-electrode format with increased
resistance to humidity (up to 99% RH) and contamination. Combined with 24-hour battery life, these features maximise usage by minimising erroneous readings in high humidity and drift in harsh environments. The anti-contamination design also reduces calibration frequency.
Independently verified as the industry’s best performing PID for its speed of response, accuracy and linearity, the Tiger provided the most stable, repeatable readings when tested against competitor instruments in humid and contaminated environments.
The instrument’s well proven MiniPID is a simple plug and play sensor that has been specially developed by Ion Science to deliver a dynamic and reliable response to thousands of VOCs.
Designed for rapid detection, with an unrivalled response time of just two seconds, and the widest measurement range of one part per billion (ppb) to 20,000 parts per million (ppm)*, the robust Tiger is extremely simple to set up.
It offers worldwide Intrinsic Safety (IS) certification, making it suitable for use in potentially explosive, hazardous environments, and also meets ATEX, IECEx, UL and CSA standards.
Philip adds: “The service from Ion Science’s UK operation has been very good. Most importantly, I would give the Tiger instrument top marks for reliability and accuracy. It has proved entirely fit for purpose and can easily cope with the Asia’s extreme humidity.”
Do you like or dislike what you have read? Why not post a comment to tell others / the manufacturer and our Editor what you think. To leave comments please complete the form below. Providing the content is approved, your comment will be on screen in less than 24 hours. Leaving comments on product information and articles can assist with future editorial and article content. Post questions, thoughts or simply whether you like the content.
In this edition Business News Spotlight on Gas Sensor Technology Condensing or Humid Atmospheres are no Sweat for Falco Fixed PID Ffrom Ion Science Water / Wastewater On-line...
View all digital editions
May 30 2017 Nuremberg, Germany
May 31 2017 Munich, Germany
May 31 2017 Bordeaux, France
May 31 2017 Baku, Azerbaijan
Jun 02 2017 Seattle, WA, USA