Coking
During high-temperature pyrolysis, heavy components or incompletely cracked macromolecules in raw materials will form hard coke deposits on the inner wall of the reactor and the surface of heating tubes.This reduces heat transfer efficiency and increases energy consumption. In severe cases, it may cause local overheating, and even lead to reactor deformation, rupture and other safety accidents.
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Solution
Pyrolysis series equipment adopts 304 / 310S stainless steel for the reactor material. Integrated heat utilization and reflux technology are applied to optimize the reaction temperature field, reduce local overheating and slow down coking formation.Online coke cleaning and regular maintenance are also supported to ensure long-term stable operation of the equipment.
