RCO Thermal Storage Exhaust Gas Treatment Equipment

RCO Thermal Storage Exhaust Gas Treatment EquipmentMainly used for treating medium to high concentration organic waste gas, especially suitable for high air volume and low concentration organic waste gas treatment. This device uses catalytic combustion technology to convert organic waste gas into carbon dioxide and water, while releasing heat to achieve energy recovery and utilization.

RCO Thermal Storage Exhaust Gas Treatment EquipmentThe core working principle includes the following steps: firstly, pre-treatment of exhaust gas to remove large particulate matter, moisture, and other impurities; Then heat the exhaust gas to the active temperature of the catalyst through a preheating chamber; In the catalytic combustion chamber, organic pollutants in the exhaust gas undergo oxidation reactions with oxygen under the action of the catalyst, converting into carbon dioxide and water; Finally, heat is recovered through a heat recovery system to achieve the recycling of energy.

RCO equipment has multiple technological advantages, including:

Efficient purification: The purification efficiency is high, generally reaching over 99%.

Energy conservation and emission reduction: Through a heat recovery system, energy can be recycled with low operating costs.

Environmental Protection: The entire treatment process generates no wastewater and does not produce secondary pollution such as NOX.

Wide applicability: Suitable for various industries and the treatment of organic substances.

The RCO device mainly consists of several systems such as furnace body, catalytic heat storage body, combustion system, automatic control system, and automatic valves. In the industrial production process, the organic tail gas emitted enters the rotary valve of the equipment through the induced draft fan, and the inlet gas and outlet gas are separated by the selector valve. The gas is first preheated through the ceramic material layer 1 to generate heat storage and exchange, and its temperature almost reaches the temperature set for catalytic oxidation in the catalytic layer. At this point, some of the pollutants are oxidized and decomposed; The exhaust gas continues to be heated through the heating zone (electric heating or natural gas heating can be used) and maintained at the set temperature.