Purification Technology Edition Daily Question (Short Answer) [2018-1-29]
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Why is it necessary to strictly control the temperature of raw gas? 1. High inlet temperature and a high amount of impurities in the raw gas can lead to an increase in the pressure difference across the four-stage cooling system as well as blockages in the heat exchangers. 2. The high temperature, along with water and impurities present in the raw gas, affects the absorption process. 3. Excessive amounts of impurities end up reaching the pre-washing system, affecting its operation and regeneration process.
1. High inlet temperature and a high amount of impurities in the raw gas can lead to an increase in the pressure difference across the four-stage cooling system as well as blockages in the heat exchangers. 2. The high temperature, along with water and numerous impurities present in the raw gas, affects the absorption process. 3. Excessive amounts of impurities end up reaching the pre-washing system, affecting its operation and regeneration process.
1. High inlet temperature and numerous impurities carried in the raw gas can easily lead to an increase in the pressure difference across the three-stage cooling system as well as blockages in the heat exchangers； 2. High temperature, with the crude gas containing a lot of water and impurities, which affects absorption ； 3. Excessive impurities eventually end up in the pre-washing system, affecting the operation of pre-washing and regeneration.
1. High inlet temperature and a high amount of impurities in the raw gas can lead to an increase in the pressure difference across the four-stage cooling system as well as blockages in the heat exchangers. 2. The high temperature, along with water and impurities present in the raw gas, affects the absorption process. 3. Excessive amounts of impurities end up reaching the pre-washing system, affecting its operation and regeneration process.
1. High inlet temperature and a high amount of impurities in the raw gas can lead to an increase in the pressure difference across the four-stage cooling system as well as blockages in the heat exchangers. 2. The high temperature, along with water and various impurities present in the raw gas, affects the absorption process. 3. Excessive amounts of impurities end up reaching the pre-washing system, impacting the operations related to pre-washing and regeneration
1. High inlet temperature and numerous impurities carried in the raw gas can easily lead to an increase in the pressure difference across the three-stage cooling system as well as blockages in the heat exchangers； 2. High temperature, with the crude gas containing water and many impurities, which affects absorption
1. The inlet temperature is high, and the crude gas contains many impurities, which can easily lead to an increase in the pressure difference across the three-stage cooling system as well as blockages in the heat exchangers. 2. The raw gas contains a lot of water and impurities, which affects absorption. 3. Excessive impurities entering the pre-washing system affect the operation of pre-washing and regeneration.
1. High inlet temperature and a high amount of impurities in the raw gas can lead to an increase in the pressure difference across the four-stage cooling system as well as blockages in the heat exchangers. 2. The high temperature, along with water and numerous impurities present in the raw gas, affects the absorption process. 3. Excessive amounts of impurities end up reaching the pre-washing system, affecting its operation and regeneration process.
Why is it necessary to strictly control the temperature of raw gas? Answer: 1. High inlet temperature and a high amount of impurities in the raw gas can lead to an increase in the pressure difference across the four-stage cooling system as well as blockages in the heat exchangers. 2. The high temperature, along with water and impurities present in the raw gas, affects the absorption process. 3. An excessive amount of impurities end up reaching the pre-washing system, affecting its operation.
1. High inlet temperature and numerous impurities carried in the raw gas can easily lead to an increase in the pressure difference across the four-stage cooling system as well as blockages in the heat exchangers； 2. High temperature, with the crude gas containing a lot of water and impurities, which affects absorption ； 3. Excessive impurities eventually end up in the pre-washing system, affecting the operation of pre-washing and regeneration.
1. High inlet temperature and many impurities carried in the raw gas can easily lead to an increase in the pressure difference across the four-stage cooling system as well as blockages in the heat exchangers. 2. High temperature, along with water and numerous impurities in the raw gas, affects absorption. 3. Excessive impurities eventually end up in the pre-washing system, affecting the operation of pre-washing and regeneration.