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The Mercury Vapour Indicator (MVI) is a cutting-edge mercury detector that can identify mercury vapours in under three seconds. Due to the instrument’s dual beam UV absorption technology, MVI does not saturate or require regeneration between readings, unlike conventional gold film detection methods, which prevents downtime. The MVI detects and measures mercury vapour quickly and continuously.
The mercury vapour indicator does not saturate or require regeneration between readings, unlike conventional gold film detection methods, thanks to the dual beam UV absorption technology used by the Mercury Vapour Indicator. This eliminates the mercury indicators downtime.
The Global Mercury Vapour Indicator market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
Accurate Calibration of Mercury Vapour Indicators for Occupational Exposure Measurements using a Dynamic Mercury Vapour Generator. Using a dynamic mercury vapour generator traceable to the conventional bell-jar calibration apparatus, a precise and quick calibration process for mercury vapour indicators used for occupational exposure monitoring is described.
Compared to other approaches, the method offers more calibration flexibility, accuracy, and traceability for mercury vapour indicators used to evaluate occupational exposure. The mercury vapour indicator’s mass concentration value can have a correction made via the calibration process. Following calibration, the extended uncertainty of measurement findings from the mercury vapour indicator at the 25 g/m occupational exposure limit has been calculated to be 8%.
