20kg of solid waste can be put into the incinerator at one time and burned simultaneously with waste oil.

Ships with a 25-man crew produce up to about 20 kg of waste per day. Since all this waste can be charged into the incinerator at one time, the work is reduced.At the same time,a fixed amount of waste oil can also be incinerated.

Miura’s unique incinerator structure

Using the unique semi-disrillation-type incineration method,materials containing a lot of water can be burned simultaneously with producers of high heat such as plastics.Furthermore, since this incinerator can be opened from both sides of the burner, it can easily repaired and maintained.

The waste oil burner users a high-performance air atomizer

The combination of spesialized fan and enhanced combustibility air-atomizing burner help to support efficient vaporized incineration.

Automatic combustion control

Purge, ignition, combustion and cooling within the incinerator are all controlled automatically (Required job is the switching operations of the cooling fan and insertion of combustion only.) During incineration, various safety limit switches monitor operations to reduce hazards. *When waste oil is in extremely bad condition, the pilot burner and waste oil burner are set to incinerate simultaneously.

Ejector system

The ejector, which is installed at the incinerator exit,maintains the negative pressure within the incinerator and cools gases by mixing them with diluted air. In conventional incinerators, exhaust gases coming from the incinerator contain many corrosive gases,so the fan is corroded in exhaust systems that use a suctioning fan. However, with the model BGW-N incinerator, the ejector system protects the fan from corrosive gases.

Suppression of dioxins

Dioxins sre formed when incompletely burned waste at incinerator exit combines with chlorides in a temperature environment of 300-400℃ However,the model BGW-N incinerator is equipped with an ejector at the exhaust duct that mixes exhaust with cold air and it instantaneously to 200℃ or less to sappress the formation of dioxins.