Eco-friendly & Cost-effective: Spherical activated carbon is regenerated via thermal desorption after saturation, not only environmentally friendly but also saving on replacement costs.
Optimized Adsorption: Fluidized state ensures uniform temperature and mixing. The upper layer of fresh carbon handles low molecular weight solvents, while the lower layer (with 15% mesopores) captures larger molecules or high boiling point solvents.
High Flexibility: Carbon volume can be adjusted based on inlet concentration, making it highly adaptable to process changes.
System Features
Ideal for High (Medium) air volume and Medium (Low) VOC concentrations.
Particularly effective for ultra-low concentrations (<50 ppm as CH_4) or solvents with low boiling points and small molecular diameters (e.g., IPA).
High concentration ratio reduces secondary treatment air volume; multi-stage heat exchangers enhance energy efficiency.
Low Maintenance : High wear resistance of spherical carbon requires only 10–15% annual replenishment.
Carbon Reduction : Can be paired with condensers for solvent recovery (e.g., DMF), reducing CO_2 emissions.
Applicable Industries
Semiconductor, Optoelectronic Panel, and PCB industries.
Printing, Coating, Component Cleaning.
Automotive, Petrochemical, and Pharmaceutical industries.
Yacht manufacturing, wire and cable, and solvent recovery.
