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+86-551-62240026
- leonnn410@gmail.com
+86-551-62240026
No pre-preparation of samples for mass spectrometry - no complex procedure for pre-preparation of samples for mass spectrometry is required, isotope ratios are obtained directly upon sample injection, the operating threshold and operating costs are significantly reduced.
1.Synchronous output of two-dimensional information “concentration + isotopes”- based on high-precision concentration measurement by attenuation spectroscopy in the optical cavity, modules for spectral detection of carbon isotopes (¹³C) and hydrogen isotopes (D, ¹⁸O) have been added, synchronous analysis of the content of δ¹³C in CO₂, δ¹³C in CH₄, δD and δ¹⁸O in H₂O has been provided, information on concentration and isotopes are obtained simultaneously in one measurement.
2.Ultra-high accuracy of isotope content measurements— δ¹³C-CH₄ ≤ 1‰ (at 2 ppm CH₄), δ¹³C-CO₂ ≤ 0.25‰ (at 400 ppm CO₂), δ¹⁸O-H₂O ≤ 0.1‰ (at 12500 ppm H₂O), δD-H₂O ≤ 0.3‰ (at 12500 ppm H₂O), high-level scientific research grade accuracy is achieved.
3. Lack of preliminary sample preparation for mass spectrometry— a complex procedure for preliminary sample preparation for mass spectrometry is not required, isotope ratios are obtained directly upon sample injection, the operating threshold and operating costs are significantly reduced.
4.Fast continuous monitoring- Single measurement ≤ 4 seconds, supports continuous on-site field observation, meeting the needs of high-frequency sampling.
5.Integrated design— the system simultaneously displays data on the concentration of CO₂, CH₄ and H₂O (the concentration accuracy corresponds to the basic model), high degree of product integration, flexible deployment.
Identifying sources of atmospheric greenhouse gases– distinguishing CH₄ of fossil and biogenic origin through δ¹³C, accurately identifying the contribution of emissions.
Study of evapotranspiration processes in groundwater hydrology— use of δD and δ¹⁸O in H₂O to trace moisture sources and conversion processes.
Isotope tracing of carbon and oxygen in ecosystems— analysis of carbon cycle pathways and processes of photosynthesis and respiration in ecosystems.
Identification of Natural Gas Leak Sources— determination of the source and origin of a gas leak by comparing isotope fingerprints.
| Parameter | Meaning |
| Accuracy δ¹³C-CH₄ | ≤ 1‰ (at 2 ppm CH₄) |
| Accuracy δ¹³C-CO₂ | ≤ 0.25‰ (at 400 ppm CO₂) |
| Accuracy δ¹⁸O-H₂O | ≤ 0.1‰ (at 12500 ppm H₂O) |
| Accuracy δD-H₂O | ≤ 0.3‰ (at 12500 ppm H₂O) |
| Sample preparation for mass spectrometry | not required |
| Single measurement | ≤ 4 s |
| Operating mode | continuous field surveillance on site |
Ultra-high-speed scanning - a two-channel high-speed rotating device in the visible and infrared ranges, the scanning speed reaches 50°/s, significantly reducing the time for surveying large areas.
Highly cost-effective - the combination of a mid-focus optical lens and a standard long-wave infrared detector, the configuration with the greatest cost advantage among mobile products.
Ultra-long-range warning - large aperture long-focus telescopic system, effective detection radius reaches 5 km, specially designed for the borders of enterprises and security posts.
Excellent long-term stability - Built-in precision closed-loop temperature and pressure control system, chamber temperature stability ±0.005°C, pressure stability ±10 Pa, provides long-term data traceability in harsh field conditions.
Wide-Angle Effective Patrol - Optical design with short-focus lens and large field of view, the coverage area per scan is increased by 40% compared with the standard type, greatly reducing the time to eliminate blind spots in daily patrolling.
Ultra-wide-angle scanning - horizontal scanning range from 0° to 360°, tilt angle from -45° to +45°, tilt angle significantly superior to similar products, adapting to the multi-dimensional monitoring needs of air, land and sea.
Ultra-High Accuracy Source Locator - Combination of long lens and wide-spectrum detector, 3 km monitoring range, extremely high spatial resolution, specifically designed to accurately locate the source of a leak.
Independent development and import substitution - the foreign monopoly has been broken, key technologies and products are independent and controlled.
Fast response - single measurement response ≤ 5 seconds, supports continuous online sampling 7x24 hours without personnel presence, automatically saves monitoring curves for the entire period.
Flight level stability - equipped with a three-axis lightweight stabilizing rotary device, effectively isolates flight vibration and attitude disturbances, ensures the stability of spectral acquisition in conditions of complex air flows at high altitudes.
Ultra-high accuracy at the ppb level - Adopts optical cavity attenuation spectroscopy technology, provides real-time online analysis of methane (CH₄) and ethane (C₂H₆) at the ppb level, accurately recognizing leakage signals.
Ultra-long battery life - Built-in rechargeable lithium battery, continuous operation time ≥ 12 hours, meeting the needs of patrolling all day long.
Beyond Line of Sight Monitoring - 3km monitoring radius, increased by 33% compared to standard type, higher coverage capability for ground mobile patrol.
Portable and Efficient - Integrated compact design, one-person carry and quick deployment, one-button automatic start-up, low operating threshold.
Self-developed and advanced technology - Adopts internationally advanced Fourier transform infrared spectroscopy remote sensing technology, key capabilities are independent and controllable.
Full Wide Spectrum Coverage - Overcoming the limitation of the conventional 7-14μm range, equipped with a 2-16μm wide-spectrum infrared detector, simultaneously capturing alkane VOCs and inorganic acid gases (SO₂/HCl), more comprehensive detection ability.
