◆ RTO Rotary one Can Type Regenerative Thermal Oxidizer

● PRINCIPLE：

1. Volatile Organic Compounds VOC is oxidized at high temperature(760℃~850℃) to produce CO2 and H2O to purify exhaust.
2. Heat released by VOC decomposition is absorbed by the heat storage material in the equipment,and then the heat absorbed by the VOC is used to heat the incoming exhaust gas, and the cycle works to achieve the dual purpose of environmental protection and energy conservation.
3. 12 zones in a circular case, the same effect as 11-rooms of RTO.[5 entry zones,5 exit zones,1 cleaning zone,1 standby zone]

● APPLICATION：

1. Applicable to large air capacity (10,000~100,000NCMH),low-concentration engineering.
2. Coating,printing,electronics,petrochemistry,fertilizer,food and other related projects.

● ADVANTAGE：

1. Coating,printing,electronics,petrochemistry,fertilizer,food and other related projects.
2. High heat recovery efficiency(85~97%).
3. When the concentration is more than 3% of the Lower Explosive Limit(LEL),no auxiliary fuel is required to operate.
4. Small pressure fluctuations(5mmAq or less)when processing waste flow changes.
5. Simple and compact equipment,simple operation and maintenance.

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◆ RTO Chamber Type Regenerative Thermal Oxidizer

● PRINCIPLE：

1. Volatile Organic Compounds VOC is oxidized at high temperature(760℃~850℃) to produce CO2 and H2O to purify the exhaust.
2. The heat released from VOC decomposition is absorbed by the heat storage material in the equipment, and the heat absorbed by the VOC is used to heat the incoming exhaust gas, and the cycle works to achieve the dual purposes of environmental protection and energy consevation.
3. According to the processing efficiency and air capacity, it can constitute 2 towers to 5 towers.

● APPLICATION：

1. Applicable to large air capacity (compared to 1 Rotary Can Type, there is no air capacity limit),low concentration and powerful system.
2. Coating,printing,electronics,petrochemistry,fertilizer,food and other related projects.

● ADVANTAGE：

1. High processing efficiency(95~99%).
2. High heat recovery efficiency(85~97%).
3. When the concentration is more than 3% of the Lower Explosive Limit(LEL), no auxiliary fuel is required to operate.
4. Easy to operate and easy to maintain.