Coming Soon: Real-time detection of pollutants (like BTEX) at the fenceline of chemical plants
EN-SCAN Fenceline GC transforms environmental monitoring from a routine compliance requirement into a strategic, real-time operational control system. By delivering continuous, laboratory-grade analysis at the perimeter, it enables operators to detect anomalies early, respond immediately, and prevent minor emissions from escalating into reportable violations or costly disruptions.
Every detected event is automatically date- and time-stamped with precise concentration data, creating a defensible record of actual emission levels and duration. This detailed documentation strengthens compliance reporting, supports transparent regulatory engagement, and helps ensure that any enforcement exposure is accurately aligned with verified real-time conditions.
With continuous, laboratory-grade detection of key petroleum-related compounds—including benzene, toluene, ethylbenzene, and xylenes (BTEX)—the EN-SCAN Fenceline GC provides precise, defensible data for each of the chemicals most commonly associated with fugitive emissions. Instead of waiting for periodic reports, operators gain immediate visibility into BTEX trends at the perimeter, enabling proactive mitigation and compliance.
EN-SCAN Fenceline GC transforms environmental monitoring from a routine compliance requirement into a strategic, real-time operational control system. By delivering continuous, laboratory-grade analysis at the perimeter, it enables operators to detect anomalies early, respond immediately, and prevent minor emissions from escalating into reportable violations or costly disruptions.
Every detected event is automatically date- and time-stamped with precise concentration data, creating a defensible record of actual emission levels and duration. This detailed documentation strengthens compliance reporting, supports transparent regulatory engagement, and helps ensure that any enforcement exposure is accurately aligned with verified real-time conditions.
With continuous, laboratory-grade detection of key petroleum-related compounds—including benzene, toluene, ethylbenzene, and xylenes (BTEX)—the EN-SCAN Fenceline GC provides precise, defensible data for each of the chemicals most commonly associated with fugitive emissions. Instead of waiting for periodic reports, operators gain immediate visibility into BTEX trends at the perimeter, enabling proactive mitigation and compliance.
Features
Unattended 24/7 Surveillance
Automated Gas Chromatography (GC) Technology
Defensible Regulatory Data
Proactive Trend Analysis
Mobile App Alert per event
Realtime Monitoring
Defensible Regulatory Data Compliance requires proof.
EN-SCAN Fenceline GC generates a continuous, defensible data record designed to support EPA fenceline monitoring requirements. This objective evidence protects facility operations by verifying permit compliance and providing clear, scientific records for enforcement response and community relations.
Application
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Autonomous Perimeter Defense
Continuous, unattended monitoring of facility boundaries for fugitive Benzene emissions, automating compliance documentation for OSHA and EPA regulations.
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Fugitive Emission Tracking
Automatically detect and map vapor plumes at the property line, identifying leaks of specific volatile compounds before they impact the surrounding community.
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EPA 325 Compliance
Automate federal fence-line monitoring requirements for benzene, toluene, ethylbenzene, and xylenes (BTEX) replacing passive tube delays with valuable real-time data that proves compliance with EPA Method 325A/B
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Ambient Air Quality
Deploy a network of autonomous monitors to track urban or industrial air quality trends, continuously measuring target VOCs outlined in EPA TO-14.