化州TS2000 Thermosiphon tank

principle

The TS2000 thermosiphon tank is a device that uses thermal energy as a power source to achieve exhaust emissions, and is commonly used in industries such as chemical, metallurgical, and power. Its working principle is based on the phenomenon of thermosiphon, which generates airflow by establishing a temperature difference to direct exhaust gas from low-temperature areas to high-temperature areas, achieving gas emission and treatment.

System composition

The system composition of TS2000 thermosiphon tank mainly includes burner, thermosiphon device, exhaust gas pretreatment device, smoke exhaust system, and monitoring and control system.

The burner is the energy source of the entire system, which burns fuel to produce high-temperature gas. Burners generally use gas, heavy oil, and other fuels, which are ignited by an ignition device to form flames. The high-temperature gas generated by the flame creates a temperature difference through a thermosiphon device, driving the flow of exhaust gas.

The thermosiphon device is the core component that realizes the principle of thermosiphon. It consists of a heat exchanger, suction tank, exhaust tank, etc. The suction tank is located in a low-temperature area, and the exhaust gas flows into the suction tank through a fan or pressure difference, where it exchanges heat with the cooling medium. The cooling medium can be water, coolant, etc. Through the heat dissipation effect of the cooling medium, the exhaust gas is cooled down. The exhaust tank is located in a high-temperature area, and the heat energy comes from the high-temperature gas generated by the burner or other heat sources. The heat energy in the high-temperature area exchanges heat with the exhaust gas, resulting in a temperature difference.

The exhaust gas pretreatment device is mainly used to purify exhaust gas, remove particulate matter, toxic substances, odors, etc., in order to meet environmental standards. The preprocessing device can be equipped with different processing units according to actual needs, such as dust collectors, catalysts, adsorbents, etc. Before entering the pre-treatment device, the exhaust gas usually undergoes heat exchange between the suction tank and the exhaust tank to improve the pre-treatment effect.

The smoke exhaust system is a system that discharges treated exhaust gas into the atmosphere. The smoke exhaust system includes chimneys, fans, and connecting pipes with other components of the system. Chimney is the outlet for exhaust gas emissions, which has a certain height to effectively discharge the exhaust gas into the atmosphere. Fans are used to generate negative pressure, increase the flow rate of exhaust gas, and improve emission efficiency.

The monitoring and control system is used to monitor and control the system, ensuring its safe operation and stability. Monitoring systems typically include sensors such as temperature, pressure, and flow to monitor the working status of various components in real-time. The control system achieves stable control of the system by adjusting parameters such as burner and fan speed based on monitoring data.

TS2000 Thermosiphon tank