Radhika - Municipal Solid Waste Incinerator

Type of Waste:

• Domestic Waste : Waste from household activities, including food preparation, cleaning, fuel burning, old
• clothes and furniture, obsolete utensils and equipments, packaging, newsprint, garden wastes etc.
• Street Sweepings : The waste is dominated by dust and soil together with varying amounts of paper metal
• and other litter from the streets. In lower-income cities, street seeping may also include drain cleaning and
• domestic waste dumped along the roads plant remains and animal manure.
• Construction and demolition Waste : The composition of the waste depends on the type of wood packaging materials and the like.
• Incineration system provides an effective means of reducing the volume of Municipal solid. Municipal solid waste incinerator converts waste into ash Combustible gases at 1000°C in primary chamber Secondary Chamber temperature is raised upto 1450°C for at least 2 seconds to incinerate the wastes with a content of more than 1% of halogenated organic substances. The incinerator reduces most combustible solid waste to nearly 1-2 percent by volume and 3 percent by weight.

DESIGN:
The design is based on the guidelines set by Central Pollution Control Board (CPCB)-India and normally adopted by military installation all over the country and worldwide. The Efficient power is supplied by electricity as well as oil burners for larger installation.

• Primary Chamber with Fully Automatic Burner Assembly (With Fire Proof Bricks Lining)
• Secondary Chamber with Automatic Burner (With Fire Proof Bricks Lining)
• Burners of the incinerators are CE certified high efficiency. They are fully automatic and well equipped with safety devices like Flame Failure Protection Device etc.
• Venture Scrubber with Shower for wet scrubbing.
• Chimney with Ladder, Platform & Sampling point
• Waste Feeding System.(Manual/Automatic)
• ID Fan
• Duct Line with Inside Lining
• Heavy Construction for Long Life
• Incineration as per Emission Standard
• Combustion efficiency of 99%.

• Primary Chamber
• Combustion requirements
• Anticipated air emission levels
• Noise control
• Combustion control
• Air pollution control devices
• Monitoring
• Ash management