Personal VOC Monitor Improves Health and Safety Regimes
6th August 2020
Aimed at the general health and safety market where workers may be exposed to a variety of different and possibly unknown hazardous and toxic compounds is the ION Science Cub personal VOC monitor. The principle detection method is the ION Science patented photoionization detector (PID) housed in a new purpose-built $5.3 million dollar facility.
Many chemicals in common use have been identified as extremely hazardous, and represent serious health risks to personnel in the plants where they are manufactured, processed, stored or transported. All such chemicals are governed by clearly defined exposure limits, so an accurate measurement provides an early warning device to the worker when exposed to excessive levels. Data logging and storing information for proof of compliance to the standards used is also essential.
Among the chemicals in industrial use are vinyl chloride, ethylene oxide, styrene, polyols, acrylates and solvents, together with a host of other VOCs and non VOCs such as H2S. Many of these are produced as intermediate products in the manufacture of other chemicals. Vinyl chloride, for example, is produced as the precursor of PVC.
Known to cause liver cancer, vinyl chloride must be carefully monitored for ambient concentrations during its manufacture, during its transport and during the manufacture of PVC. Ethylene oxide is another toxic chemical an known carcinogen, used as a sterilisation gas for medical products.
Not all of these compounds represent the same health hazards and not all carcinogenic links have been proven. Thus, depending on the particular chemical, maximum exposure levels might be set at anything from a few hundred parts per million (ppm) to under 10 parts per billion (ppb). The more dangerous these chemicals are, the smaller the concentrations that are permitted for exposure.
Legislation demands the effective monitoring of these compounds in the industrial environment to provide early warnings on any leaks or chemical build-up. This is essential both to protect personnel at the plant and to prevent leakage that could harm the environment and the wider populace.
For plant personnel, in particular, it is believed that many cases of ill health are almost certainly due to inhaling toxic vapors. The question, then, is how best to monitor the areas in which people are working to provide the best and most complete picture of the hazards present.
Any location where the chemicals are manufactured, stored, or used should be regularly monitored. This can be performed with hand-held instruments, or with fixed-in-place detectors that can send the information directly to a control system. A plant survey might identify possible sources of leaks and emissions that should be monitored with hand-held instruments. Further, the use of hand-held instruments should be used to regularly sweep for ‘hot spots’ or high concentrations.
Monitoring the breathing space of the individual employee to measure the levels of potentially harmful compounds that the individual is exposed to as he or she moves around the plant over the course of the day is best performed using a personal PID monitor.
With its high output 10.6eV lamp, the Cub personal VOC monitor provides continuous monitoring and alarms for volatile organic compounds, with market-leading parts-per-billion (ppb) sensitivity. Providing accurate monitoring of the full range of volatile organic compounds (VOCs), Cub affords the best possible protection for plant personnel, giving early warning of any harmful levels of exposure to hazardous compounds. A version with a 10.0 eV lamp is also available for monitoring Total Aromatic Compounds (TACs), including benzene. Small, compact and lightweight Cub measures just 61 x 66 x 33 mm and weighs 111g, the smallest, lightest monitor of its kind on the market. Cub personal VOC monitor is comfortable and unobtrusive to wear, yet is sensitive to over 480 gaseous compounds, with a range of 1 ppb – 5,000 Cub provides readings in ppm and mg/m3 on its bright, backlit LCD display, with selectable data logging time. When exposure exceeds pre-set limits – such as the 1 ppm eight hours time-weighted average (TWA) for vinyl chloride – Cub provides a number of alarm options, including flashing red LEDs, an audio alarm, vibration, or a combination of the three.
Cub incorporates the same PID technology employed on the leading Ion Science fixed and hand-held VOC detectors. The unique Ion PIDTM sensor incorporates both Anti-contamination and Fence Electrode technology for extended operation in challenging, humid and dusty environments. Ion Science detectors have been independently verified as the best performing PID technology available today, offering the fastest, most accurate, and most consistent results, with the widest range and market-leading sensitivities down to 1 ppb.
For more information on ION Science instruments, please contact us at:
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Everything You Need to Know about How Personal VOC Monitors Improve Health and Safety Regimes
Our Application Articles are available to download below, they provide you with key information on the exposure limits and the locations of where potentially harmful gases can occur within your application and share information on the gas detection monitoring techniques and equipment that can help you manage gas detection in the workplace.
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