Description

RD Range Wastes are thermally decomposed and burnt using a semi-pyrolitic process with low oxygen in the primary chamber. Gases produced are combusted in a high temperature post-pyrolitic chamber, then passed to the flue or heat recovery plant.

Temperatures are maintained using automatic burners to ensure minimal carbon content in the ash. Thermal oxidizers which can operate up to 1200 °C guarantee elimination of any possible odours. This coupled with gas retention times of between 1.0 and 2.5 seconds produce outstandingly low emission figures every time.

The units are all in accordance with European codes for waste destruction and pollution control.

The RD Range work using a semi-pyrolitic system. Pyrolysis is the process of heating a waste in the absence of oxygen until it starts to thermally decompose without ignition. In a semi-pyrolitic system such as the RD range featured here, there is some oxygen and thus some ignition, but most of the gases produced pass un-burnt into the thermal oxidizer, where complete combustion takes place in stoichiometric conditions i.e. more air than is required for complete combustion. This, along with good air mixing and turbulence in the thermal oxidizer, assures the good combustion characteristics of these units. Using this process drastically decreases amounts of potential particulate emissions and reduces the waste down to a very sterile ash.

Features

• Refractory Lining suitable for up to 1400°C
• Robust construction for a long working life
• Reliable Operation
• Simple to operate
• Oil & Gas firing
• Modular Design

Options

• Hydraulic ram loader for automatic loading
• Bin tipping system
• Automatic/Semiautomatic de-ashing system
• Flue gas monitoring