EDGE QR™ VOC abatement systems based on our inward-fired Duratherm™ oxidizer burner deliver maximum destruction of difficult fluorinated and chlorinated compounds, BTEX, as well as many others. In tests coordinated with EPA, destruction efficiencies of greater than 99.999% were demonstrated on several halogenated compounds. Systems have been installed for specialty chemical manufacturing, chemical loading/unloading, fluoropolymer and semiconductor manufacturing, and pharmaceutical manufacturing.
ALZETA’s EDGE GC™ (graded-cell) catalytic oxidizer technology can be used in VOC abatement systems to create extremely fuel-efficient oxidizers with low operating cost and small installation footprints. Destruction efficiencies greater than 99% have been demonstrated. Applications include semiconductor and pharmaceutical manufacturing, and painting and coating operations.
Using ALZETA’s premix surface-stabilized combustion burner to provide a short (2-3”) flame length, the EDGE SB™ thermal oxidizer assures uniformly high-temperature environments and steady residence times for maximum VOC destruction. A key advantage for the semiconductor industry lies in the processing of VOCs that oxidize to silicate particulate. Particles remain in a dry dust state, rather than agglomerating and creating maintenance-intensive glass-like coatings inside oxidation system components.
ALZETA’s oxidizer technologies are often combined with rotor concentrators to minimize VOC abatement system operating costs when processing low concentrations of waste gases.
