About Us

Our range of incinerators are fully CE certified, DEFRA approved and meet all ABPR regulations.

They are smoke and smell free.

The unique hot gas filtration system ensures that:

99.99% of particulates (dust/smoke) are removed and exhaust acid gases neutralised. Pollutant levels are between 43% & 97% below WID levels.

The modular design of the filter allows quick & easy expansion if additional incinerators are brought on line.

Heat produced by the incinerators can be used to generate electricity which not only saves you money but signals your commitment to environmental protection

Because of increasingly stringent environmental regulations concerning air quality, landfills and groundwater contamination, incineration has become the desired method of disposal for: animal carcass, industrial/medical/veterinary waste, offal etc. It is the only sensible choice for waste that is wet, has high ash content, or is hazardous.

Rotary Incineration Ltd. offer a range of proven designs of rotary kiln incinerators that are individually tailored to their application.

Whilst the basic concept is a simple and well-established one, the suitability of a given design is determined by a wide range of factors.

For example, the amount of waste, its physical nature in terms of handling and flow, and its inherent combustion characteristics will combine to define the plant design parameters, of which a few are outlined below:

• The volume of the primary and secondary furnaces

• Kiln aspect ratio (length to diameter)

• Primary inclination vs rotation rate

• Type of refractory lining

• Position of air ports and the number and size of support burners.

Where a range of different materials is encountered, the kiln design must accommodate all the likely patterns of usage and at the same time maintain compliance with IPPC* and WID*.

Rotary Incineration's kilns are designed individually based on the latest combustion science and are compliant with current and likely future legislative requirements for emissions. The kiln design is combined with a state of the art ceramic filtration system and tailored heat recovery equipment to form an integrated solution. Options available include waste pre-drying systems powered by steam generated from recovered heat, building heating or cooling and electricity generation. If required, these systems can often be combined to achieve optimum energy savings and low running costs.