TSKE's Sub-Com system was developed based on Sub-Com technology. It includes the two processes of combustion and quenching.
Fuel produces a short flame under the condition of combustion air cycling at high speed in the vortex burner. Combustion is completed in a very small volume through the use of vortex motion.
(1) High level of performance of 36GJ/m3
(2) Can be combust under reduced O2 conditions (air ratio of 0.8),without producing soot.
(3) Can be employed to combust not only gaseous and/or liquid fuels but also waste oil.
In addition, many fuels can be combusted simultaneously without having to take into consideration the types of gas, liquid, fuel or waste oil to be combusted.
It is essential to atomize liquids in order for the incinerator to provide optimum levels of performance. The treatment mechanism for liquid wastes involves evaporation and decomposition. When we design smaller more economical incinerators, small incinerators must be able to provide perfect decomposition. Therefore, TSKE has developed injectors that can be employed for an extremely wide range of liquid wastes.
The incinerator is maintained at a liquid waste decomposition temperature through fuel and/or waste oil combustion in the vortex burner. Liquid waste is supplied to the incinerator by TSKE's liquid injector after atomization and is subsequently completely decomposed. When liquid wastes include salts, these are melted and continuously discharged from the incinerator.
Combustion gas from the incinerator is fed into the quencher through a downcomer tube and is instantaneously cooled to approximately 90°C using water. After cooling using water and saturation with water vapor, combustion gas is exhausted from the quencher. In the quencher, when the combustion gas passes through the water, most of the dust and molten salts are captured and dissolved in the water.