Disposal Technologies & Process Flows
Our furnace and control technologies in compliance with international B2B standards, aiming for zero emission and high energy recovery in waste disposal.
// SCHEMATIC SYSTEM DIRECTORY v2.16
Secure Combustion Cycle in 5 Steps
The complete cycle from solid/liquid waste loading to flue gas scrubbing and chimney exhaust is monitored via automation.
Waste Loading
Waste is introduced into the primary chamber manually or via hydraulic automatic loading mechanisms.
Primary Combustion
Solid waste undergoes thermal decomposition at 800°C - 1000°C, reducing organic materials to inert ash.
Secondary Combustion
Volatile gases are drawn into the secondary combustion chamber at 1100°C for post-combustion gas destruction.
Flue Gas Treatment
Hot flue gases pass through a wet scrubber unit or neutralizing shower tower to wash out acidic particles.
Exhaust & Ash Discharge
Cleaned flue gas is exhausted through the stack; sterile ash residue at the chamber bottom is safely discharged.
Engineering Technologies Delivering High Efficiency
Incinerator longevity and thermal stability rely on the seamless integration of heavy-duty industrial components.
Refractory Insulation
Furnace body is protected by high-alumina castable refractory concrete and multi-layer insulation brick rated up to 1450°C.
Advanced Engineering Standards
Our thermal analysis and energy recovery systems that define global standards in waste incineration technology.
// 3D CFD Flow Simulation
We optimize gas flow and temperature distribution inside the combustion chamber using 3D CFD (Computational Fluid Dynamics) simulations to guarantee maximum efficiency and zero cold zones.
// Waste Heat Recovery
We extract high-temperature thermal energy from flue gases to generate hot water, steam, thermal oil, or electricity via integrated cogeneration, minimizing operational utility costs.
// Toxic Gas Destruction (1100°C / 2s)
Volatile organic compounds and toxic gases are held at 1100°C for a minimum of 2 seconds in the secondary chamber to achieve complete molecular destruction of dioxins and furans.