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Frequently Asked Questions

For more information, please select a topic from the list below.

  • What are Jerome Analyzers used for? +


    Jerome Analyzers are used for the detection of toxic gases, specifically mercury vapor and hydrogen sulfide. They provide accurate, sensitive readings to ensure safety, regulatory compliance, and efficient monitoring in various industries, such as hazmat response, landfill management, mining, oil and gas, wastewater treatment, and construction.

  • What is the key technology behind the Jerome Analyzers? +


    Jerome Analyzers use advanced gold film sensor technology and atomic fluorescence spectroscopy. These technologies enable high sensitivity and reliability for detecting gases like mercury vapor and hydrogen sulfide, at very low levels.

  • What industries benefit most from Jerome Analyzers? +


    Jerome Analyzers are used across a wide range of industries including:
    • Mining: Ensuring worker safety by detecting harmful gases like mercury and hydrogen sulfide.
    • Oil and Gas: Protecting workers from hazardous gas exposure during exploration, refining, and drilling options.
    • Waste Management: Monitoring landfills and wastewater treatment facilities for toxic gases.
    • Construction: Ensuring the safety of construction materials and monitoring for toxic gases during site preparation.
    • Hazmat Response: Used to provide real-time readings, allowing hazmat teams to quickly assess contamination levels and respond promptly to prevent further exposure.

  • What are the differences between the J505, J405, and J605 models? +


    • J505: Uses atomic fluorescence spectroscopy for mercury vapor detection, with high sensitivity and no need for regeneration. 
    • J405: Employs gold film sensor technology for mercury detection, offering field regeneration and continuous sampling for locating contamination sources. 
    • J605: Detect hydrogen sulfide using gold film sensor technology, providing ultra-low detection limits, rugged construction, and continuous air sampling.  

  • What is the significance of survey mode on Jerome Analyzers? +


    Survey mode allows Jerome Analyzers to continuously sample the air, helping users locate sources of contamination, such as mercury vapor or hydrogen sulfide. This feature is crucial for taking corrective actions in real-time.

  • How do Jerome Analyzers ensure compliance with regulatory standards? +


    Jerome Analyzers meet or exceed EPA, OSHA, NIOSH, ACGIH, and MSHA standards for mercury vapor and hydrogen sulfide detection, ensuring industries stay compliant with safety and environmental regulations.

  • What are common interferences in mercury vapor detection, and how are they managed? +


    Common interferences in mercury vapor detection include hydrogen sulfide, ammonia, and chlorine gases. Jerome analyzers manage these interferences using internal and external filters, ensuring accurate mercury detection even in challenging environments.

  • Why should industries invest in Jerome Analyzers for toxic gas detection? +


    Jerome Analyzers offer precise and reliable toxic gas detection, protecting workers, the environment, and ensuring regulatory compliance. With advanced technologies and a reputation for durability, they are trusted tools for safeguarding industrial operations against harmful gases.