Regenerative Thermal Oxidation(RTO),Kelan

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Focuses on the management and operation of industrial volatile organic waste gas, and is committed to providing customers with full life cycle system solutions with high purification efficiency and low operational energy consumption.

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SOLUTIONS

SOLUTIONS

Focuses on the management and operation of industrial volatile organic waste gas, and is committed to providing customers with full life cycle system solutions with high purification efficiency and low operational energy consumption.

Regenerative Thermal Oxidation(RTO) SMARTRTO Catalytic Oxidation(CO) Regenerative Catalytic Oxidation(RCO) Thermische Nachverbrennung(TNV) Thermal Oxidizer (TO) Rotary Concentrator(RC) Selective Catalytic Reduction(SCR) Pulse Dust Precipitator
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CASES

Focuses on the management and operation of industrial volatile organic waste gas, and is committed to providing customers with full life cycle system solutions with high purification efficiency and low operational energy consumption.

Petrochemical Fine Chemical Coal Chemical Painting Coating Rubber Other
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AFTER SALES

Focuses on the management and operation of industrial volatile organic waste gas, and is committed to providing customers with full life cycle system solutions with high purification efficiency and low operational energy consumption.

Breakdown Repairs Maintenance and Upkeep Upgrading and Remodeling Spare Parts and Accessories
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CAREERS

Focuses on the management and operation of industrial volatile organic waste gas, and is committed to providing customers with full life cycle system solutions with high purification efficiency and low operational energy consumption.

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Regenerative Thermal Oxidation(RTO)

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Regenerative Thermal Oxidation(RTO)

This equipment is used to purify industrial exhaust gases and uses ceramic heat storage materials to efficiently process the exhaust gases generated and collected in all stages of production, realizing economic energy savings. When the exhaust air volume is very large, the equipment can also be operated according to the system optimization. Under suitable solvent concentration conditions, the system can realize self-heating operation.

Theory

Firstly, the exhaust gas is heated to a temperature close to that of thermal oxidation through the heat accumulator, and then it enters the combustion chamber for thermal oxidation. The temperature of the oxidized gas increases, and the organic matter is basically converted into carbon dioxide and water. After the purified gas reaches another heat accumulator, the temperature drops and can be discharged after reaching the emission standard. The heat absorption and exotherm of the exhaust gas in different heat accumulator chambers are controlled through valves.