South Korea maintains a very high level of coffee consumption, with numerous specialty coffee roasteries located in dense urban commercial districts. As urban environmental regulations tighten, the characteristic odors (Volatile Organic Compounds, VOCs) and grease emissions generated during the Coffee Baking process have become a focus of neighborhood complaints
The client in this case is a premium coffee chain brand in Seoul, South Korea. Their roasting center is situated in a busy commercial street, discharging exhaust with high concentrations of grease particles, aldehydes, and ketones
Tailored to the specific characteristics of coffee roasting exhaust, we provided a purification solution based on high-performance VOC Catalysts
Key Technical Parameters:
Product Type: VOC Catalyst - Volatile Organic Compounds Treatment Catalyst
Light-off Temperature: Features a low light-off temperature, ensuring the system enters a high-efficiency catalytic state during the initial start-up of the roaster, thereby reducing energy consumption.
Anti-clogging Structure: Utilizes a honeycomb ceramic substrate with optimized cell density to enhance exhaust flow and effectively reduce pressure drop increases caused by grease condensation
Deep Oxidation Efficiency: Converts odor molecules from roasting into carbon dioxide and water through catalytic oxidation
Feedback from the Korean client indicates that after installing the VOC catalytic system, sensory evaluations of odors at the discharge point dropped significantly, fully complying with strict local environmental standards. Due to the excellent stability of the catalyst, maintenance cycles have been greatly extended, saving the client significant operational costs.
Summary: By delving into the intersection of Indoor Air Purification and industrial production, we successfully resolved the environmental pain points of Coffee Baking for our Korean client
South Korea maintains a very high level of coffee consumption, with numerous specialty coffee roasteries located in dense urban commercial districts. As urban environmental regulations tighten, the characteristic odors (Volatile Organic Compounds, VOCs) and grease emissions generated during the Coffee Baking process have become a focus of neighborhood complaints
The client in this case is a premium coffee chain brand in Seoul, South Korea. Their roasting center is situated in a busy commercial street, discharging exhaust with high concentrations of grease particles, aldehydes, and ketones
Tailored to the specific characteristics of coffee roasting exhaust, we provided a purification solution based on high-performance VOC Catalysts
Key Technical Parameters:
Product Type: VOC Catalyst - Volatile Organic Compounds Treatment Catalyst
Light-off Temperature: Features a low light-off temperature, ensuring the system enters a high-efficiency catalytic state during the initial start-up of the roaster, thereby reducing energy consumption.
Anti-clogging Structure: Utilizes a honeycomb ceramic substrate with optimized cell density to enhance exhaust flow and effectively reduce pressure drop increases caused by grease condensation
Deep Oxidation Efficiency: Converts odor molecules from roasting into carbon dioxide and water through catalytic oxidation
Feedback from the Korean client indicates that after installing the VOC catalytic system, sensory evaluations of odors at the discharge point dropped significantly, fully complying with strict local environmental standards. Due to the excellent stability of the catalyst, maintenance cycles have been greatly extended, saving the client significant operational costs.
Summary: By delving into the intersection of Indoor Air Purification and industrial production, we successfully resolved the environmental pain points of Coffee Baking for our Korean client