Raw Material VOC Deodorizing System





Product Overview
The Raw Material VOC Deodorizing System, provided by OmegaPack, is engineered to eliminate low-boiling VOC contaminants from recycled plastic pellets—significantly reducing unpleasant odors and enhancing end-product quality. Using a controllable heating and airflow process, the system can be monitored manually or via fully automated settings. It supports both offline (batch) and online (continuous) operation and includes heat recovery to reduce energy consumption.
Applications
This unit is specifically designed to:
Remove residual VOCs from recycled pellets produced via extrusion or pelletizing
Eliminate pungent odors in WPC, PE, PP, PET, PC, ABS, and other recycled materials
Integrate into plastic recycling plants requiring odor-free output for food-contact or fiber-grade applications
Operate in cookware, packaging, textile, or automotive plastic reclaim lines
Performance Benefits
Produces high-purity pellets with no detectable odor, ideal for sensitive applications
Optimizes energy efficiency via heat recovery combined with precise process control
Dramatically improves final product quality and workplace environment
Allows easy switch between homogenization and deodorizing workflows
Ensures safe exhaust venting to prevent workplace odor spread
Specifications
Operation Mode: Online or Offline
Adjustable Parameters: Temperature, air volume, residence time
Controls: Manual touch or PLC-based automatic mode
Optional Equipment: Electronic Nose, heat recovery system
Pre-Test Service: Material deodorization simulation at Dyun R&D Center
Customization: Fully customizable based on client material and workflow requirements
Key Benefits and Features
Feature | Description |
Adjustable Process Parameters | Temperature, airflow, and residence time can be fine-tuned automatically or manually |
Dual-Mode Operation | Supports online continuous processing or offline batch deodorizing |
Material Testing and System Design | Pre-installation material testing via Dyun R&D Center ensures optimized system layout |
One-Key Switch Operation | Quick changeover between material homogenizing and deodorizing modes |
Heat Exchange Module | Recycles thermal energy to minimize energy costs |
Electronic Nose Option | Real-time odor analytics for immediate effectiveness assessment |
Filtered Exhaust | Removes odor-carrying gases while preventing site contamination |
