“NeoMonitor: The Next Generation of Real-Time Analytics” is not an off-the-shelf software product, but rather a conceptual framework or specialized industrial initiative tied to the next generation of real-time gas sensing and process optimization. It is powered by the advanced Tunable Diode Laser Absorption Spectroscopy (TDLAS) technology engineered by NEO Monitors, a leading subsidiary of the Nederman Group.
This technology shifts real-time analytics from traditional, slow “sample extraction” methods to in-situ (direct in-process), contactless laser analytics that scan and process molecular data in milliseconds. Key Capabilities of Next-Gen TDLAS Analytics
Contactless In-Situ Measurement: Transmitters and receivers are mounted directly opposite each other across stacks, pipes, or reactors. The laser crosses the process gas directly, eliminating the need for complex, high-maintenance gas extraction and sampling systems.
Millisecond Scan Rates: The laser scans absorption lines in milliseconds. This provides true real-time operational insights down to one-second intervals for immediate automated control loops.
Zero Cross-Interference: Every gas molecule has a unique optical “fingerprint”. NEO Monitors’ technology isolates these signatures with unmatched precision, ensuring background gases, moisture, or high dust loads do not distort the analytics.
IROSS™ Signal Processing: This advanced, proprietary algorithm uses a source-separation method inspired by the music industry. It differentiates overlapping complex gas mixtures to track multiple components simultaneously. Target Applications
The hardware and data engines driving these real-time analytics are deployed across severe industrial environments via specialized product lines: Contactless combustion analysis – Neo Monitors