Intermittent cracking waste oil regeneration equipment uses pyrolysis to break down high molecular weight compounds with unsaturated bonds under anaerobic or low-oxygen conditions at controlled temperatures. This process yields monomers, dimers, and molecular fragments, which can be further polymerized into various olefins. Volatile substances are removed, forming solid carbon. The resulting products include storable energy sources such as fuel oil and cracking gas, along with by-products like carbon black and steel wire. Product composition may vary depending on the pyrolysis method, temperature, and other operating parameters.

Application Scope:

Applicable to the treatment of oily sludge, waste tires, rubber, plastics, oil-based rock cuttings, waste acrylics, medical solid waste, and more.

Optional Heat Sources:

Coal, firewood, natural gas, diesel, biomass pellets, etc. (for initial heating).