This invention belongs to the field of
peroxide production technology, specifically relating to a
continuous production apparatus and method for
lauroyl peroxide. The
continuous production apparatus for
lauroyl peroxide includes a primary reactor, to which a secondary reactor, a
tertiary reactor, and a filter tank are sequentially connected. Each of the primary, secondary, and
tertiary reactors is equipped with a stirrer, with a spiral plate threaded onto its upper part. A motor is connected to the top of the stirrer. A
conveyor belt is installed inside the filter tank, and a
mother liquor outlet is located in the center of the bottom plate. The bottom plates on both sides of the
mother liquor outlet are inclined. A primary washing tank, a secondary washing tank, and a
tertiary washing tank are sequentially connected to the filter tank. Each of the primary, secondary, and tertiary washing tanks is equipped with a filter screen and a
sprayer. This invention employs a multi-reactor series
continuous production process, resulting in higher production efficiency and more stable operation.