Single-Photon Quantum Gas LiDAR

Single-Photon Quantum Gas LiDAR

GL-Q500 Photon Quantum Gas LiDAR
Single-Photon Quantum LiDAR for Continuous, Autonomous Methane Detection, Localization & Quantification
500 m max detection distance
360°×180° full PTZ scan coverage
0–100,000 ppm·m detection range
24/7/365 autonomous operation
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Description

IR-EO Cameras & Systems Co., Ltd. is one of the most reliable manufacturers and suppliers of single-photon quantum gas lidar in China. Our factory offers high quality products made in China with competitive price. Welcome to contact us for customized service.

 

Single-Photon Quantum LiDAR for Continuous, Autonomous Methane Detection, Localization & Quantification

  • 500 m max detection distance
  • 360°×180° full PTZ scan coverage
  • 0–100,000 ppm·m detection range
  • 24/7/365 autonomous operation

 

KEY FEATURES

  • Patented single-photon quantum LiDAR combining tunable-diode-laser absorption spectroscopy (TDLAS), differential absorption LiDAR (DIAL) and time-correlated single-photon counting (TCSPC)
  • Detects, visualizes, localizes and quantifies methane emissions in real time, replacing modeled estimates with continuous measured data
  • Eye-safe Class 1 infrared laser (16xx nm) paired with a single-photon avalanche detector; effective plume counting range up to 200 m radius, 20× zoom, covering up to 12 hectares per unit; maximum detection distance 500 m
  • Rated micro-leak detection accuracy below 10 g/hr; independently demonstrated detection of a 19 g/hr methane plume under controlled-release testing at the UK National Physical Laboratory (NPL), referencing Appendix K OGI performance criteria
  • Approved by the US EPA as an Alternative Test Method (ATM) for methane detection under the OOOO regulation program
  • Ranked first in quantification accuracy, source-localization accuracy, detection time and detection limit (<0.4 kg/hr) in an 11-week, all-weather blind test against 10 competing technologies at Colorado State University's Methane Emissions Technology Evaluation Center (METEC), covering 565 controlled leak events across 20 equipment types
  • 360°×180° full-envelope PTZ scanning; searchlight (fast full-site scan, ~10 min/site), spotlight (targeted 3-minute point measurements, up to 20× zoom) and panorama (comprehensive site coverage, ~2 hr/site) operating modes
  • No cooling required; ATEX explosion-proof option; rugged design rated for harsh outdoor environments; fixed or mobile deployment with battery/solar power options
  • Cloud platform provides multi-site map view, device-level real-time view, automated monitoring, reporting and alerting, with optional single sign-on (SSO)
  • Field-validated at scale: 100+ units deployed across four continents as of publication

 

TECHNICAL SPECIFICATIONS

Parameter

Specification

Detected Gas

Methane (CH₄)

Detection Principle

Single-photon quantum LiDAR

Detection Range

0–100,000 ppm·m

Response Time

30 s (zero false alarm, per manufacturer)

Power Supply

220V AC / 24V DC

Power Consumption

30 W typical / 50 W max

Operating Temperature

−30°C to +60°C

Enclosure Material

304 / 316L stainless steel

Dimensions / Weight

529 × 396 × 320 mm, ~35 kg

Laser Safety

Class 1 (eye-safe), 16xx nm

Max Detection Distance

500 m

Scan Coverage

360°×180° PTZ

Explosion Protection

Ex db IIC T6 Gb / Ex tb IIIC T80°C Db (GB 3836, Zone 1)

Ingress Protection

IP68

Response time, detection-limit and accuracy figures are manufacturer-published and third-party test results as cited by the source material; please confirm current certification status with the factory before quoting to an end user.

 

APPLICATIONS

Continuous, autonomous methane leak detection and quantification for upstream and midstream oil & gas production sites, LNG facilities, wastewater treatment plants, and landfills, supporting regulatory compliance (e.g., EPA OOOO) and net-zero emissions reporting programs.

 

 

 

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