EIPL delivered a Redu-Reox based incineration system for treatment of high calorific waste streams, integrated with steam generation and NOx control.
EIPL successfully commissioned a Redu-Reox incineration system for AkzoNobel at its Ghlin facility in Belgium, designed to process complex waste streams including waste gases and high calorific effluents & suspensions.
The system operates at a thermal capacity of 8.2 MW, handling both liquid and gaseous waste streams simultaneously. The design ensures stable combustion while minimizing auxiliary fuel usage, with natural gas required only during start-up.
A key feature of the installation is the integration of a Flame Tube Waste Heat Recovery Boiler (WHRB), generating 10 TPH of steam at 23 bar, enabling effective energy recovery and improved plant efficiency.
For emission control, the system incorporates SNCR (Selective Non-Catalytic Reduction) technology to reduce NOx emissions, ensuring compliance with environmental regulations.
Key Highlights
Client:
- AkzoNobel, Ghlin, Belgium
Waste Streams:
- Waste gasesÂ
- High calorific effluents and suspensionsÂ
- Support fuel: natural gas (start-up only)Â
Capacity:
- 8.2 MW thermal inputÂ
- 1.3 TPH liquid waste & suspensionsÂ
- 6 TPH waste gasesÂ
- 10 TPH steam generation @ 23 barÂ
System Configuration:
- Redu-Reox incineratorÂ
- SNCR deNOx systemÂ
- Flame Tube WHRB
Commissioning:
- November 2013
Conclusion
This project highlights EIPLâs capability to deliver advanced thermal treatment systems with integrated energy recovery, enabling efficient handling of high calorific industrial waste streams while ensuring environmental compliance.
