American-made, field-proven precision + local 24/7 support
Step into the new era with PAS SENSE. Master EPA Risk Management Program compliance, exceed alarm response expectations and protect your team.
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PAS SENSE
PAS SENSE meets regulatory requirements for sulfur hexafluoride monitoring in chemical manufacturing environments, supporting industry compliance.
Advanced sensitivity helps spot trace-level SF6 leaks, ensuring safer plant operations and helping reduce unwanted emissions.
Lightweight design and minimal calibration keep PAS SENSE ready for everyday chemical process monitoring, wherever you need it most.
Why CAI ENVEA
With over 45 years of global leadership and more than 30 years of proven gas detection experience, ENVEA supports US chemical manufacturing plants through locally built analyzers, rapid-response service, and expert technical guidance.
Manufactured and serviced in Orange, California for fast delivery and local technical support.
30+ years of trusted gas detection in utilities, energy, and compliance-critical industries.
Industry-leading gas monitoring backed by global R&D and regulatory alignment.
The product kit
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Questions
ENVEA has acquired the INNOVA technology range from Lumasense, seamlessly integrating it with their emission monitoring portfolio. The INNOVA Lumasense photoacoustic technology is now known as the PAS SENSE Series.
ENVEA is a global leader in environmental monitoring solutions with over 45 years experience in the field. ENVEA are proud to have acquired the Lumasense INNOVA range, expanding their offerings to a comprehensive product portfolio.
With the transition to ENVEA, all PAS SENSE products are now built, serviced and distributed directly from the CAI ENVEA Group facility in Orange, California.
The PAS sense analyzer (1314i and 1512) can detect from 1 to 5 gas parameters, including H2O vapour, that absorb in the mid-IR spectrum. For example, EtO, SF6, NH3, Ethanol, N2O, CO2, CO and H2O.
Sulphur Hexafluoride – or SF6 – is important to measure for safety purposes, and because it is a powerful greenhouse gas. SF6 has a Global Warming Potential (GWP) of 24,300 times that of carbon dioxide over a 100-year period. As a result, SF6 is regulated under the Kyoto Protocol to limit its release into the atmosphere.
Rules and regulations are always subject to change. However, as a general guide, SF6 monitoring and reporting is required as part of the EPA’s Greenhouse Gas Reporting Program, California’s Air Resource board regulations, Massachusetts’ regulation 310 CMR 7.72.
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