Solid Waste incinerator
Pyrolysis incinerator
Introduction/What is it
Pyrolysis Incinerator is a high-efficiency and environmentally friendly system designed for the thermal decomposition and disposal of organic and hazardous solid or liquid wastes. It utilizes pyrolysis and partial oxidation under controlled conditions to break down complex organic compounds into combustible gases and carbon residues, significantly reducing the formation of harmful emissions such as dioxins.
It is widely used in chemical, pharmaceutical, medical waste, and hazardous waste treatment industries, effectively achieving harmless, volume-reducing, and resource-recovering disposal. The recovered pyrolysis gas can be reused as auxiliary fuel, helping reduce energy consumption and supporting green and sustainable industrial development.
theory
Pyrolysis Incinerator operates on the principles of thermal decomposition and controlled oxidation. It efficiently treats industrial solid and liquid wastes by breaking down complex organics into harmless gases and residues, while recovering useful heat energy from the process.
The system features a multi-chamber design that separates pyrolysis and oxidation zones, ensuring complete decomposition and stable combustion. Refractory and corrosion-resistant linings withstand up to 1,100 °C, providing durability and reliable long-term performance.
Its core function is to convert organic waste into combustible gases under limited oxygen, followed by high-temperature oxidation. The recovered heat can be reused for steam generation, drying, or process heating, improving energy efficiency and reducing emissions.
Widely used in chemical, pharmaceutical, and hazardous waste treatment industries, the Pyrolysis Incinerator provides a safe, clean, and sustainable solution for industrial waste management and energy recovery.
RUIDING SMART MANUFACTURING, MEETING SAFETY STANDARDS.
Pyrolysis Incinerator
ADVANTAGES
Efficient Pyrolysis Process
Two-stage design combines low-oxygen pyrolysis and high-temperature oxidation, ensuring >99.99% organic destruction and clean flue gas output.
Energy Recovery
Recovered combustion heat is reused for steam or hot water generation, reducing fuel use by 20–30% and lowering CO₂ emissions.
Durable & Reliable
Refractory and corrosion-resistant materials withstand up to 1,100–1,200 °C, providing stable operation and long service life.
Smart Control System
Automated temperature and air control enhance process stability, improve combustion efficiency, and reduce maintenance costs by over 30%.
Pyrolysis incinerator
Item example
