Gas air pre-heater Air Heater
By recovering the boiler exhaust gas heat for combustion of air, the boiler efficiency is dramatically improved. There are three types: compact heat heat pipe type, steel pipe type, and rotating regenerator for large capacity type.

Feed Water pre-heater Economizer
With asystem that reuses exhaust gas heat for pre-heating feed water, this is designed to increase heat efficiency and provide energy savings. The heat can be recovered without increasing the NOx in the exhaust gas, which prevents emission.

Collect steam and absorb load fluctuations Accumulator
Hot water is stored in the accumulator. When there is large amount of steam usage, steam is generated through self-evaporation, which supplements the shortage of steam. This eliminates sudden load fluctuation in the boiler, thus increasing efficiency.

Effective energy-saving measures Drain recovery device
A large amount of potential heat remains in the drain, and by recover-ing and reusing this heat, the fuel costs can be greatly reduced. Drain recovery is one of the most effective energy-saving measures available.

Massive energy savings Rotation control device
The FDF (forced draft fan) accounts for about 40-70% of the power consumed when operating a boiler. Using a revolving speed control device on the FDF enables great energy savings. (The same energy savings can be seen with an IDF (induced fan).) Furthermore, compared to discharge damper system, the combusion can be adjusted easily, which makes it effective when used as controls for low 02 combusion control device.

Automated manufacturing from load fluctuations Emulsion oil manufacturing device
By using microcomputer controls to regulate the amount of water injected, this breakthrough system can continuously manufacture emulsion oil. It creates and combusts emulsion oil depending on the load fluctuation, which improves conbustion efficiency and reduces the amount of dust and soot that is generated.