Incinerator 

Primary chambers (850-1200°C) and secondary chambers (1000-1400°C) guarantee maximum destruction of organic compounds and pathogens with destruction removal efficiency (DRE) of over 99.99%.

Multi-stage air pollution control systems comprising cyclone separators, wet scrubbers, dry scrubbers, bag filters and activated carbon filters to eliminate particulates, acid gases, dioxins and furans.

Heat recovery systems such as waste heat boilers and steam generators, which harness thermal energy to heat the process, to produce electricity or to use this heat in district heating, are examples of this.

State-of-the-art PLC-based control panel with touchscreen HMI interfaces that have real-time monitoring, automated feed control, temperature control, and complete data logging to meet regulatory requirements.

Its refractory lining materials are of high quality that can withstand extreme temperatures and corrosivity and this guarantees long equipment life and less time in maintenance.

Real-time CEMS in order to monitor such vital parameters as temperature, oxygen levels, carbon monoxide, nitrogen oxides, sulphur dioxide and the level of particulate matter to maintain regulatory compliance.

Designed to handle a variety of waste such as solid, liquid, semi-solid and gaseous wastes with adjustable feeding mechanisms to handle different waste properties and quantities.

Multiple safety provisions, such as an emergency shutdown system, a flame detector, over-temperature protection, explosion relief panels, and ventilation interlocks, which provide operator safety.