A comparison of industrial afterburners with thermal oxidizers<\/a> is relevant both by process and by consequences \u2013 but may vary according to precisely which configuration is employed.<\/p>\n An industrial afterburner uses controlled flame combustion within an enclosed space to facilitate a process already initiated. Such a configuration may be used as an air pollution control or monitoring system, and may be used with a configuration of other types of thermal oxidizers to maintain heat transfer. A large number of industrial afterburner technologies exist and can be modified to suit particular industrial requirements. Customized units of industrial afterburner technologies can be applied to stand alone or trailer mounted applications.<\/p>\n Afterburners can be efficient solutions for loading solvents and fast-changing operating conditions. Many industrial afterburner configurations employ computer-generated optimal designs which can be adapted to domain constraints and previous knowledge about relevant experimental variables. Carbon monoxide emissions are often used as initial controlled variables in (more…)<\/span><\/a><\/p>\n","protected":false},"excerpt":{"rendered":" A comparison of industrial afterburners with thermal oxidizers is relevant both by process and by consequences \u2013 but may vary according to precisely which configuration is employed. An industrial afterburner uses controlled flame combustion within an enclosed space to facilitate…<\/span><\/p>\n