In Brief Oxygen concentration in confined spaces must stay within the 19.5% to 23.5% range to protect workers and prevent fire hazards. TDLAS-based analyzers offer fast, drift-free O₂ measurement that avoids the calibration burden and degradation modes of...
In Brief Combustion efficiency depends on maintaining the correct excess oxygen level in the flue gas. Too much O₂ wastes fuel by heating unnecessary air; too little produces carbon monoxide, unburned hydrocarbons, and soot. TDLAS provides fast, drift-free O₂...
In Brief The purchase price of a gas analyzer is a small fraction of what it costs to operate over a decade. Calibration gas, sensor replacements, maintenance labour, sample conditioning consumables, and unplanned downtime dominate the lifecycle cost of conventional...
In Brief The Beamonics product line covers three TDLAS measurement configurations: cross-stack (BeamStack), extractive (BeamCell), and remote stand-off (BeamSight). Each configuration has genuine strengths and genuine limitations. The right choice depends on the...
In Brief Water and wastewater treatment facilities produce and consume several gases that require continuous monitoring: methane in anaerobic digesters, hydrogen sulphide in sewer networks and sludge handling, oxygen in aeration basins, and carbon dioxide as an...
