Quantum Green Technology

Versatile Waste Handling: Capable of incinerating a wide variety of municipal solid waste (MSW), including paper, plastics, food scraps, textiles, metals, and more.

High Temperature and Efficient Combustion: These incinerators burn waste at very high temperatures (often over 1,000°C) to ensure the complete breakdown of materials, reducing the volume of waste.

Energy Recovery (Waste-to-Energy): Many MSW incinerators are equipped with systems to capture the heat generated by the combustion process, converting it into electricity or district heating.

Advanced Air Pollution Control: Includes advanced filtering systems, such as:

• Scrubbers to neutralize acidic gas

• Flue Gas Treatment Systems to reduce harmful gases such as nitrogen oxides (NOx), sulfur dioxide (SO₂), and dioxins.

Emission Monitoring and Control: Real-time monitoring systems to ensure that emissions stay within legal limits, with automatic adjustments made to combustion conditions when needed.

Waste Sorting (Pre-Incineration): Some modern incinerators use mechanical or manual sorting to remove recyclables or hazardous materials from waste before incineration.

Thermal Efficiency: Many incinerators are designed with high thermal efficiency, reducing the energy required for combustion and maximizing heat recovery.

Multi-Chamber Design: Some systems incorporate multiple combustion chambers to ensure complete incineration of waste, often in a two-step process (primary and secondary combustion chambers).

Ash Management: While they reduce the volume of waste, MSW incinerators also generate ash. Systems are designed to manage and safely dispose of ash, which may contain heavy metals.

Sustainability: Though controversial, these incinerators are sometimes used in conjunction with recycling programs to reduce landfill waste, with some incinerators producing green energy.

Continuous Operation: Typically, these incinerators are designed for continuous operation, with automated systems to feed waste into the furnace and control combustion.