The waste generated by residential, industrial, municipal and commercial customers can be reduced, stabilized and neutralized through the incineration process which involves the combustion of organic materials and/or substances.

Why an Incinerator?

Waste Reduction
Incinerators reduce the volume of the original waste by 95~96% and the weight by 80~85% converting it into flue gas. Consequently, the required landfill space decreases significantly.

Sanitary Treatment
Incineration has particularly strong benefits for the treatment of certain waste types such as hazardous wastes, where pathogens and toxins can be destroyed by high temperatures.

Waste-To-Energy (Recovery)
Collect the potential energy from the combustible elements among the wastes through the incineration process. Then, use it as heat energy and generate electricity.

Air Emissions
All country specific air emission standards are met through the implementation of patented gas scrubbing technology

Technology
The technology used is the most proven incineration technology against pyrolisis and plasma incineration with over 2000 plants in operation worldwide against less than 10 using alternate technologies such as pyrolysis and plasma incineration. Costs are well proven and operating methodologies well documented and proven.

Benefits of Incineration vs. Landfill

Benefit	Landfill	Incineration
Reduction	- no reduction in both volume    and weight - a huge area required	- volume: reduction to 10% of the original waste - weight: reduction to 30% of the original waste
Stabilization	- polluting ground water	- almost complete decomposition of organics
Safety	- infectious pathogen - bad odour	- exterminate infectious pathogens
Alternative energy	- no recovery	- recycle with heat recovery
Other	- risk of ground subsidence	- holding more available area

Applications
Plants are designed to handle from 400 tonnes per day of waste to over 800 tonnes per day. The energy output of the plant will be dependent on the mix of waste being delivered to the plant.