Combustion Waste Equipment & Supplies

The combustion of residual waste is a complex process since the composition, heating value and ash content of the fuel is very heterogeneous. As a result, operators of waste-to energy plants face an enormous challenge: Given a service life of more than 30 years, the technology must also be able to function efficiently with the changing ...

The treatment of trash and waste through advanced technologies is a logical approach to limit cost and liability, but the gasification and combustion process must be safe and controlled to meet today's stringent air quality regulations. IWI offers a proven solution to cost effective waste disposal and renewable energy - the IWI Dual Reactor ...

A utility flare stack is a fundamental type of open pipe flare used primarily for the combustion of waste gases. Its height is engineered to comply with safety regulations, ensuring proper dispersion of combustion products and minimizing ground level radiation, which is generally kept below 1500 BTU/hr/ft². The diameter is determined by the ...

Hence utilising waste not only solves our waste related problems, it also contributes to our renewable energy ...

With controlled air incineration as standard, providing optimal combustion conditions for different waste types, which is vital for seasonal and operational variations in your organisation. It's top loading design provides liquid retention making this incinerator ideal for incineration of many different waste ...

I8-M80 incinerator was specially designed for medical waste streams. This model is a controlled air incinerator, providing optimal combustion conditions for different waste types. The front loading design provides excellent liquid retention. The i8-M80 is a medium capacity specialist "M" incinerator for medical waste disposal ...

The addition of an advanced CE2-VFD control panel, I.D. fan and increased insulation improves performance and provides all-round suitability for many different types of medical, clinical, pharmaceutical and hazardous waste streams. You get controlled air incineration to allow optimal combustion conditions for different waste ...

Taking over two years to develop the i8-M500 was designed from the ground up to offer impressive burn rates and large batch sizes while still achieving some of the lowest emissions in its class. This design also provides liquid retention making this incinerator ideal for the incineration of many different waste streams. Size, performance and flexibility all packaged in one ...

I8-M15 Medical waste incinerator is our smallest and most compact solution. You get controlled air incineration, providing optimal combustion conditions for different waste types. The i8-M15 is our smallest medical incinerator and has been designed to be as compact as possible whilst delivering performance that outweighs its overall footprint. ...

Separating combustibles from mixture wastes by rotational rakes and ...

All of the IWI systems and integrated equipment are monitored and automated by IWI’s proprietary Human Machine Interface (HMI) Control System. The system is standard with all of our Waste Combustion and Waste-to-Energy (WTE) systems. The entire process is controlled to factory settings using the IWI proprietary control system ...

IIf you utilize Steam in your process or, you generate combustible or fermentable waste, then consider using the by-products to generate electricity. Use the generated electricity to power your factory and/or sell it onwards to the Grid. With payback periods of around 24 months this is a cost-effective method to reduce overheads and reduce ...

In the oxygen-free state, the generation of secondary pollutants (such as dioxin) can be effectively prevented, without waste combustion, fly ash and waste combustion tail gas ...

Our enclosed ground flare systems combust waste gases cleanly and efficiently by eliminating smoke and minimizing noise and visible flame from conventional flaring. Enclosed flares are customized to client specifications to achieve excellence in overall system performance using unique technologies such as JZHC fin plate burners and our proprietary fluidic wind ...

A flare tip is used for the disposal of waste combustible gases and consists basically of a high grade alloy tube. Usually it is mounted on the top of a steel stack so that the heat of combustion and its products will not cause danger to life and property on the ...

Incinerator is a waste treatment technology that involves the combustion of waste at high temperatures. Incineration and other high temperature waste treatments are described as "thermal treatment". In effect, incineration of waste materials converts the waste into heat (that can be used to ...

In applications where there are no immediate safety concerns regarding the combustion of waste gas, but there is still a desire to hide visible flame and reduce odour concerns, Tornado can offer an enclosed ground ...

Stepped Hearth General Municipal Incinerator – 500kg/hr – The Addfield G500 Incinerator. The G500 General waste incinerator is designed to burn solid waste in a clean and environmentally safe manner. CE certified, the G500 is capable of incinerating up to 500kg/hr with a thermal input of 2,000,000 Kcal/hr. Its stepped hearth refractory ...

Most common flare design. Include flame retention device(s) to maintain stable combustion. Used when waste vapor is inherently smokeless or for emergency relief scenarios. No assist method or utility requirement. To reduce purge gas usage, a purge seal is ...

Each liquid waste combustion system is delivered as a complete solution including combustion system, liquid waste feed system, and ...