Economical because the activated carbon used on-site is transported and reactivated.

A groundbreaking patented new technology for activated carbon reactivation using superheated steam.

Significantly improved quality of reactivated carbon compared to conventional methods.

Excellent thermal efficiency and regeneration efficiency through superheated-steam reactivation.

Purifies water by adsorbing and filtering contaminants through activated carbon pores.

Purifies water by adsorbing and filtering contaminants through activated carbon pores.

Prevents top-layer clogging, agglomeration, and channeling of activated carbon caused by suspended solids.

Prevents top-layer clogging, agglomeration, and channeling of activated carbon caused by suspended solids.

Transfers spent carbon used in the activated carbon filtration facility to the reactivation facility via transfer equipment.

Transfers spent carbon used in the activated carbon filtration facility to the reactivation facility via transfer equipment.

Generates superheated steam at 600°C or higher using a superheated steam boiler and sprays it onto the activated carbon through lances inside the tower (restoring adsorption capacity).

Generates superheated steam at 600°C or higher using a superheated steam boiler and sprays it onto the activated carbon through lances inside the tower (restoring adsorption capacity).

Transfers the regenerated carbon to each activated carbon filter via transfer equipment.