Combustion Gas Analyzers
Maintaining the ideal level of oxygen in flue gases coming from the combustion processes, optimal efficiency is gained.
Maintaining the ideal level of oxygen in flue gases coming from the combustion processes, optimal efficiency is gained.
In boilers and process heaters, the amount of oxygen remaining after a combustion reaction indicates how complete the process is. Complete combustion leaves no reactants - fuel or oxygen. Excess fuel is costly and dangerous due to the risk of explosion, while excess air will quench flames and lower the heat content. Rosemount combustion analyzers provide accurate measurement of the oxygen remaining in flue gases. By maintaining an ideal oxygen level, the lowest levels of NOx, CO and CO2 are produced.
Combustion Analyzers
Learn how the Rosemount in-situ O2 probe can monitor emissions of NOx and CO so you can meet the new emission regulations
Combustion Actuators
Pneumatic actuators control process valves, dampers and feed mechanisms accurately and in response to a demand signal
Emerson’s Rosemount™ in-situ oxygen analyzer probes are fully field repairable. In this video, we’ll show you how to install a replacement cell in the oxygen analyzer probe and replace your diffuser using a Rosemount™ Oxygen Analyzer Replacement Kit.
Doug Simmers talks about the 6888 In-Situ Flue Gas Oxygen Analyzer and the Integral AutoCal feature.
Doug Simmers explains how the 6888 In-situ combustion analyzer helps customers solve challenges like improving combustion efficiency.
