Abstract
We present the newest results about thermal properties of the waste-derived coal-water slurry with petrochemicals doped by small amount of aluminium and titanium dioxide powder. The mixture droplets were burned in the hot air flow with the temperatures range 590–770°C. The presence of aluminium (2wt.%) makes the combustion temperature higher than observed maximum for pure waste-derived slurry for 20–30°C. The fuel combustion temperature has been evidently increased for lower temperatures of the oxidant flow at the both cases of the doping. The non-combustible particles make fuel combustion temperature less sensitive for environment temperature changes.
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