kadora plant treats all kinds of wastes in the same unit, including decayed matter, liquids, solids, fishery products, raw garbage, chemical waste liquids etc. From liquid phase to solid, and from solid to marine products, the transforming process is easily managed from the control panel.

Initially, receiving tanks are installed which correspond to the type of waste material, and then the respective waste is loaded automatically for drying. For example, when a truck loaded with solid waste arrives at the plant, the waste is tipped into a receiving hopper and stored there. Then the waste is transported to an intermediate hopper by the screw fitted at the bottom of the receiving tank and then by bucket conveyor the waste is fed into the specified cyclone dryer, from where it is discharged under a constant duration time (approx. 20-60 minutes). The whole process is a continuous cycle and is managed from the control panel.

When a dried product is to be used as recycled fertilizer, then it is stored in a dried product hopper. If this dried product has a strong smell or is not considered suitable for recycling, then it is subjected to a further process during which the volume is decreased further by carbonizing through non-oxygen thermal cracking with the Okadora Super Speed Carbonizer. In this state, a carbonized product may be used for various applications. The reduction in volume down to 1/3 ~1/5 of the dried state should be seen in the light of the total reduction in volume of the ingredient of about 1/20 ~ 1/40. In the carbonizing process, the waste heat generated in the deodorant apparatus is used as a source of heating. As for waste steam containing water or any elements of strong smell from the cyclone dryer, these are conducted directly to the Teinenpi High Temperature Oxidizing Deodorizer, in which the elements of BOD and Cod are burned off completely at a temperature of 650 ﾐ 700 deg. C. and emitted through the chimney into the atmosphere as non-polluting elements. In this process, the remarkable thing is that not one drop of waste water is produced. The other most notable aspect of the system is the flexibility, which allows for waste liquids or material in a liquid phase to be treated in one dryer, while at the same time solid waste is treated in another.