In the field, environmental fluctuations ruin data integrity. While traditional monitors require constant, costly recalibration as temperature and pressure shift, the Sapiens GHG-100 stays locked in by putting Advanced TDLAS (Tunable Diode Laser Absorption Spectroscopy) at its core. By replacing unstable sensors with pure laser analytics, it eliminates the vulnerability of baseline drift entirely.

Engineered with a highly stabilized internal thermal and pressure environment, this rock-solid laser tracking system delivers unmatched stability. This breakthrough extends your field deployment cycles indefinitely and, under optimal conditions, eliminates the need for routine calibration—saving you time, labour, and maintenance overhead.

• CO₂ (TDLAS): Maps a wide 0–5000 ppm range with exceptional ±0.3 ppm reference-grade accuracy.
• CH₄ (TDLAS): Captures minute methane spikes down to a highly sensitive 10 ppb resolution and ±0.03 ppm accuracy.
• N₂O (Mid-IR): Tracks trace emissions at critical sensitivities under 1 ppb with near-zero signal baseline drift.