This is the efficient VOC removal system composed of RTO/CO fusion, multi-bed regeneration of the waste heat and catalytic oxidation system, forming an Independent model through the development of the valve boxes required for a compact system.
1. Important of Technology Development
Improvement of Economic Efficiency through Reduction of VOC Treatment Expense
Increase in Facility installation through Size Reduction of Facilities
Stable Treatment from Low Concentration to High Concentration
2. Related Technology
A.RTO(Regeneration Method)
Suitable for Low Concentration due to High Energy Recovery rate
High Removal Efficiency
Maintains durability even for a Long Operating Time
somewhat Large Facilities and Complicated Piping
Possibility of Overheating at High Concentrations
B.Co(Catalyst Method) or RCO (Regenerative & Catalyst Method)
Good Space Utilization due to Relatively Simple Structure
Good Economic Efficiency (RCO)
Damage of Catalyst in case of Overheating
Difficult to Take Corrective Actions for Concentration Variation
3. Characteristics of Hybrid VOC Oxidation System under Development by J-E TECH
Attainment of Economic Efficiency through Low Operation Cost
High removal Rate
Utilization of Narrow Facilities Space
Effective Corrective Action for Concentration Variation of VOC Generated in processes
Double Bed Structure for Waste Heat Regeneration and Catalysts
Hybrid Thermal Oxidation System Loaded with Hybrid Valves for Fluidized Bed Control of Thermal Bed Control of Thermal Oxidation and waste Heat Recovery Processes.
4. Application Fields and Plan
petrochemicals
Automobile Painting
Printing
Food Stuff
5. Environmental Effects
Depression of VOC Emission
Improvement of Life Environment for Industrial Complex and Residents
Establish of Enforcement Base for VOC Emission Regulation
6. Economic Effects
A.Operating Energy(Basis:Non-Reacting Material)
80% Energy Saving in Comparison with Catalyst Incineration
40% Energy Saving in Comparison with RTO
Annuval LPG cost saving 140 million won on the basis of 500Nm3/min
B.Reduction of Installation Cost
30% Reduction in Catalyst and values in Comparison with RTO
15% Reduction Size and values in Comparison with RTO
7. Effects of Technology Development
&Evaluation of Heat Efficiency and VOC Removal Efficiency
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