Principles of Biodiesel Equipment

Principles of Biodiesel Equipment

The complete set of biodiesel equipment is connected to the pyrolysis gasification treatment process, which integrates various skills such as gasification, catalysis, carbon dioxide recovery, pyrolysis, etc. based on the principle of pyrolysis, to achieve the resource utilization and treatment of waste. Similar to the exothermic process of combustion, pyrolysis requires the absorption of a lot of heat to generate organic matter in the waste, and the obtained mixed gas and residue are processed to obtain combustible molecular compounds.

Biodiesel refers to a renewable diesel fuel that can replace petrochemical diesel, which is made from oil crops, wild oil plants, engineering aquatic plant oils, animal oils, and food waste oils through ester exchange processes. Biodiesel is a type of biointelligence, which is a monoalkyl ester of long-chain fatty acids obtained from biomass through thermal cracking and other technologies.

Biodiesel is a mixture of complex organic components with extremely high oxygen content, mainly composed of high molecular weight organic compounds, including almost all types of oxygen-containing organic compounds such as ethers, aldehydes, ketones, phenols, organic acids, alcohols, etc. Composite biodiesel is synthesized using waste animal and vegetable oils, waste engine oil, and by-products from refineries as raw materials, with the addition of catalysts, through specialized equipment and special processes.