By tuning volatile removal, ash reduction, and carbonization temperature, semi-coke gains safer injection performance with better grindability.
Fibers create a reinforcing network in coal cake raw material, raising strength without adhesive binders, contamination, or higher moisture.
Co-processing thermoset resin with petroleum feedstock enables coking recovery of coke and liquid products without fiber separation.
Using waste tar as a binder eliminates contaminated wastewater and freezing issues while enabling energy-efficient coal cake solidification.
A tire sorting system uses X-ray fluorescence and near-infrared sensors to measure silica content for precise material separation.
Pyrolyzes blended carbonaceous feedstocks to produce high-grade coke, converting waste gas by-products into usable energy to eliminate environmental pollution.