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Environmental Care, New & Renewable Energy
GreenWorks

GreenWorks makes use of its new and renewable energy technology for the future of mankind

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The process of N2O Removal works the same way as the regenerative catalyst combustion model. By maintaining the inserted gas at 450-600℃, the process maximizes N2O removal activity and cost reduction.
The process is applied in emission
facilities such as the N2O Nitrate Plant and Caprolactam Plan.
-The process is high in efficiency since
it enables the maintenance of stable
temperature.
-It is cost-saving since it is low in energy
consumption. (Good for CERs)
-It is simple to operate and maintain.
-Procedure for prevention of catalyst toxins should be considered.
-Cost of regular catalyst change should be considered.
Facility types Regenerative Catalyst System Catalyst System
2-BED 3-BED 1-CAN ROTARY
Main Structural Facilities
De-N2O Catalyst
Regenerative System
Burner System
Entering and Exiting Part
SeparationDamper(4ea)
De-N2O Catalyst
Regenerative System
Burner System
Entering and Exiting Part
Separation Damper(6ea)
De-N2O Catalyst
Regenerative System
Burner System
Flux Separation Rotary
Valve
De-N2O Catalyst
Regenerative System
Burner System
Heat Exchanger
Abatement Efficiency Catalyst Efficiency
(-) 3~5%
Catalyst Efficiency
(-) 1~2%
Catalyst Efficiency
(-) 1~2%
Catalyst Efficiency
(-) 0%
Heat Efficiency Over 90% Over 90% Over 90% About 60%
Advantages of the System
-Low Initial Investment
Cost
-Easy to Operate
-Simple Maintenance
-High Facility Efficiency
-High Thermal Efficiency
-Stable Facility Operation
-Low Initial Investment
Cost
-Compact Facility
-Simple Maintenance
-High Facility
Efficiency
-Compact Facility
-Simple Maintenance
-Low Initial
Investment Cost
Disadvantages of the System
-Low Treatment Efficiency
-Low Thermal Efficiency
-Change in Pressure
During Damper Operation
-High Initial Investment
Cost
-Extensive Facility Space
-Change in Pressure
During Damper Operation
During Damper Operation, No Change in Pressure Low Thermal Efficiency