Sniffer TDLAS (Methane)
The Soarability Sniffer TDLAS uses TDLAS technology to detect and measure gases with high accuracy.
With the help of TDLAS technology, the device can detect even very low concentrations of gases.
It is a rugged gas detection solution specifically designed for harsh environments like chemical plants, oil and gas refineries, and industrial facilities.
The device is portable and easy to use, making it perfect for field-based applications.
It provides real-time gas concentration measurements, enabling quick detection of gas leaks or other hazards and preventing accidents or safety issues.
The device has a long lifespan, requires low maintenance and has no consumables, making it a cost-effective solution for gas detection in various industries.
Gas detection is a critical aspect of maintaining a safe and healthy work environment, particularly in industries dealing with hazardous gases. A gas leak can be fatal, leading to explosions, fires, and other safety hazards. It is why the Sniffer TDLAS is an essential gas detection device that uses Tunable Diode Laser Absorption Spectroscopy (TDLAS) technology to detect and measure gases.
A Reliable Gas Detection Solution for Harsh Environments
The Soarability Sniffer TDLAS is a reliable gas detection device designed for use in harsh environments, such as oil and gas refineries, chemical plants, and industrial facilities. The Sniffer TDLAS provides real-time gas concentration measurements, allowing users to quickly identify gas leaks or other hazards and take appropriate action to prevent accidents or other safety issues.
Real-Time Gas Concentration Measurements with Soarability Sniffer TDLAS
The Sniffer TDLAS's TDLAS technology and low maintenance design provide a cost-effective gas detection solution for industries that require continuous monitoring of gas concentrations. The Sniffer TDLAS can detect and measure gases such as methane, carbon dioxide, and other hydrocarbons. The Sniffer TDLAS's accuracy, sensitivity, and portability make it a reliable gas detection solution for harsh environments.
The Portable Gas Detection Solution
The Soarability Sniffer TDLAS is a portable and easy-to-use gas detection device that uses TDLAS technology to detect and measure gases. The Sniffer TDLAS's features and portability make it an ideal solution for field-based applications. The Sniffer TDLAS's long lifespan and low maintenance design provide a cost-effective gas detection solution for many industries.
The Soarability Sniffer TDLAS is an essential gas detection device that provides real-time gas concentration measurements. Its reliability, accuracy, sensitivity, and portability make it a cost-effective gas detection solution for industries that require continuous monitoring of gas concentrations in harsh environments. With the Sniffer TDLAS, workers can be confident that their safety is being taken care of.
Comparison table of the three major methane detection technologies used in field inspections:
Feature / Metric
OGI (Optical Gas Imaging)
TDLAS (Laser Absorption)
Gas Sniffers (PID, FID, etc.)
Detection
Infrared plume image
Methane-specific laser absorption
Chemical/electrical gas sensing
Output
Visual
Quantitative (ppm / ppm-m)
Quantitative (ppm)
Sensitivity
Moderate (<100 ppm)
High (ppb–ppm)
High (varies by sensor)
Methane Selectivity
Moderate (others detected too)
High (methane-tuned)
Variable
Quantification
No
Yes (with path length)
Yes
Range / Coverage
Moderate to wide
Long (10–250 m)
Point only
Real-Time
Yes
Yes
Yes
Conditions
Needs thermal contrast
Stable in most environments
Affected by weather
Automation
High (UAVs, robots)
High (UAVs, fixed units)
Low–Medium (handheld)
Remote Use
Excellent (standoff)
Excellent (remote possible)
Poor (manual, close-up)
Speed
Fast (area scan)
Fast (drones, long path)
Slow (point by point)
Cost
High ($80K–150K)
Medium ($10K–60K)
Low–Medium ($2K–20K)
Best Use
Visual leaks, LDAR, complex sites
Quantifying, monitoring, drones
Localized, indoor leaks
Regulatory Use
Accepted (OGI/Method 21 alt.)
Gaining approval for quantification
Standard Method 21
