Effects

• Efficiently remove volatile organic compounds in production processes
• Remove a wide range of VOCs
• Remove odor substances

Effects

• High collection efficiency (over 90%)
• Applicable at high temperatures
• Capable of collecting dusty gases in a wide range

Effects

• High collection efficiency (over 80%)
• Efficient in removing gases from acid/alkali discharge facilities

Effects

• Domestic mass-produced air pollution removal catalysts and semiconductor process pollution removal catalysts using cutting-edge new materials based on a chemical combination technology
• Catalyst usable at low temperatures (over 95%)
• Minimization of CAPEX and operation costs
• Long catalyst life due to dual separation catalyst mechanism with separate oxygen fixation and reaction
• Excellent fast catalytic performance (0.5 seconds) with large catalyst surface area
• Applicable from room temperature to high temperature due to the unique stable structure
• Renewable, non-toxic catalyst with low possibility of secondary pollutants
• The highest removal efficiency applied to various processes and proven to maximize operating performance