EN-SCAN Labrador Handheld GC

EN-SCAN Labrador Handheld GC

Portable handheld gas chromatograph for detecting VOCs and other contaminants in air, soil, water
EN-SCAN Labrador Handheld GC
The EN-SCAN Labrador Handheld GC brings laboratory-grade gas chromatography directly to the field, allowing environmental professionals to detect VOCs and contaminants in air, soil, and water within minutes. Built for real-time, on-site analysis, it eliminates dependence on slow and costly off-site labs, helping teams respond immediately to contamination risks, maintain compliance, and make decisions faster. With parts-per-billion sensitivity and results in as little as 4.5 to 15 minutes, it provides actionable data before delays escalate into regulatory fines, environmental damage, or loss of community trust.

Features

featureReal-time data
featureRugged & Portable
featureAnalyze VOCs in air, water, and soil
featureMinimal training required

Lab-grade, field-ready environmental analysis for air, water, and soil.

Real-time on-site analysis of VOCs with parts per billion (ppb) level sensitivity

Application

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Rapid Benzene Compliance

Instantly screen specific "hot spots" for Benzene and aromatic hydrocarbons, ensuring real-time adherence to strict OSHA Method 12 exposure limits.
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Confined Space Clearance

Validate air safety before entry by quantifying specific solvent vapors like Toluene and Xylene per NIOSH 1501 protocols without waiting for lab results.
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Rapid Groundwater Screening

Screen purge water or groundwater for BTEX immediately using headspace analysis, providing instant feedback comparable to EPA 8021B screening protocols.
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Underground Storage Tank (UST) Assessment

Quickly delineate soil contamination boundaries during tank removal, using field headspace methods to approximate EPA 5035A/8021B preparation and analysis.
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Phase II ESA Screening

Accelerate Phase II Environmental Site Assessments by instantly screening soil and water borings, reducing the amount of expensive lab samples.
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Spill Perimeter Mapping

Rapidly map the outer edges of a chemical spill plume to establish safe zones and work areas for emergency response teams.
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Remediation Monitoring

Rapidly identify the precise location and extent of contaminated soil and groundwater, then track cleanup progress in real time with laboratory-quality field analysis. By eliminating the delays associated with off-site testing, teams can adjust remediation strategies immediately reducing idle personnel time, avoiding unnecessary equipment standby costs, and accelerating project completion.
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Hands-on Education and Research

Empower universities, research institutions, and field teams with high-volume, real-time data collection using laboratory-grade analysis in the field. By dramatically lowering the cost and time barriers associated with traditional lab workflows, researchers can generate robust environmental datasets, capture dynamic volatility trends, and expand study scope with affordable, defensible data points.

Specifications

Trace level detection of VOCS
Photoionization Detector
ppb or ppbv
10.6 eV
2 orders of magnitude
≈ 10 minutes
5 minutes
Up to 3 weeks
>650,000 analyses
Easy to use for air, water, and soil
Base Unit 6.80 kg (15 lb)
"29.2cm W x 41.7cm D x 40.4cm H (ll.5"" W x 16.4"" D x 15.9"" H)"
O to 50°C
~95% non- condensing
"7"" Sunlight Readable Capacitive HDMI TFT LCD Module"
"24 V, 6Ah battery or 24 V DC supply"
4 hours
Thermal desorption
Purge and trap