Purification Technology Q&A [014]
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What is the significance of controlling the CO2 temperature in the regeneration tower? Answer: 1. Since CO2 is an acidic gas that is corrosive, and its corrosive effect increases as the temperature rises, it is necessary to control the temperature of CO2 in order to reduce its corrosion on the pipelines. 2. By controlling the temperature of CO2, it is possible to adjust the amount of moisture carried away by CO2 from the system, thereby regulating water balance.
1. Since CO2 is an acidic gas that is corrosive, and its corrosive effect increases as the temperature rises, it is necessary to control the temperature of CO2 in order to reduce its corrosion on the delivery pipelines. 2. By controlling the temperature of CO2, it is possible to adjust the amount of moisture carried away by CO2 from the system, thereby regulating water balance.
1. Since CO2 is an acidic gas that is corrosive, and its corrosive effect increases as the temperature rises, it is necessary to control the temperature of CO2 in order to reduce its corrosion on the delivery pipelines. 2. By controlling the temperature of CO2, it is possible to adjust the amount of moisture carried away by CO2 from the system, thereby regulating water balance.
①Since CO2 is an acidic gas that is corrosive, and its corrosive effect increases as the temperature rises, it is necessary to control the temperature of CO2 in order to reduce its corrosion on the pipelines. ②By controlling the temperature of CO2, it is possible to adjust the amount of moisture carried out of the system by CO2, thereby regulating the water balance.
①Since CO2 is an acidic gas that is corrosive, and its corrosive effect increases as the temperature rises, it is necessary to control the temperature of CO2 in order to reduce its corrosion on the pipelines. ②By controlling the temperature of CO2, it is possible to adjust the amount of moisture carried out of the system by CO2, thereby regulating the water balance.
1. Since CO2 is an acidic gas that is corrosive, and its corrosive effect increases as the temperature rises, it is necessary to control the temperature of CO2 in order to reduce its corrosion on the delivery pipelines. 2. By controlling the temperature of CO2, it is possible to adjust the amount of moisture carried away by CO2 from the system, thereby regulating water balance.
1. Since CO2 is an acidic gas that is corrosive, and its corrosive effect increases as the temperature rises, it is necessary to control the temperature of CO2 in order to reduce its corrosion on the delivery pipelines. 2. By controlling the temperature of CO2, it is possible to adjust the amount of moisture carried away by CO2 from the system, thereby regulating water balance.
Significance: ① Since CO2 is an acidic gas that is corrosive, and its corrosive effect increases as the temperature rises, it is necessary to control the temperature of CO2 in order to reduce its corrosion on the pipelines. ②By controlling the temperature of CO2, it is possible to adjust the amount of moisture carried out of the system by CO2, thereby regulating the water balance.
: ① Since CO2 is an acidic gas that is corrosive, and its corrosive effect increases as the temperature rises, it is necessary to control the temperature of CO2 in order to reduce its corrosion on the delivery pipelines. ②By controlling the temperature of CO2, it is possible to adjust the amount of moisture carried out of the system by CO2, thereby regulating the water balance.
: ① Since CO2 is an acidic gas that is corrosive, and its corrosive effect increases as the temperature rises, it is necessary to control the temperature of CO2 in order to reduce its corrosion on the delivery pipelines. ②By controlling the temperature of CO2, it is possible to adjust the amount of moisture carried out of the system by CO2, thereby regulating the water balance.
①Since CO2 is an acidic gas that is corrosive, and its corrosive effect increases as the temperature rises, it is necessary to control the temperature of CO2 in order to reduce its corrosion on the pipelines. ②By controlling the temperature of CO2, it is possible to adjust the amount of moisture carried out of the system by CO2, thereby regulating the water balance.