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(Summary description)Humidification is a process of converting liquid water into vapor water that can be absorbed by air, which involves an energy conversion process. A humidifier is a system rather than just a humidifier, and the conditions of use are crucial for its normal use, so combining it with existing resources is crucial. Of course, the accuracy control requirements for humidification are also crucial for selecting the appropriate humidification method. Generally speaking, if there is excess boiler steam, it is preferred to consider using a boiler steam humidifier. If the relative humidity requirement is high, the control accuracy requirement is high, and the humidification demand is not large, the first consideration is steam humidification. If the accuracy control requirement is above ± 3 and there is no excess boiler steam, electric steam humidifiers should be considered and SCR control should be used, but it is best to use pure water. If the accuracy control requirement is around ± 5, there is no excess boiler steam, and there is no pure water, it is recommended to consider an electrode type steam humidifier; If pure water is available and the budget is sufficient, it is recommended to use an electric steam humidifier. 3. If there is sufficient heat source on site, the accuracy control requirement is below ± 5, and the relative humidity requirement is not high, the first consideration is water mist humidification If there is sufficient compressed air on site, it is recommended to use two fluid ultrasonic spray humidification system. If there is a high demand for humidification and there is not enough compressed air, it is recommended to use a high-pressure micro mist humidification system. If there is a high demand for humidification and there is a requirement for washing air, it is recommended to use a water wash humidification system. Note: When choosing water mist humidification, it is necessary to pay attention to whether there is sufficient enthalpy provided and absorption distance.

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(Summary description)Humidification is a process of converting liquid water into vapor water that can be absorbed by air, which involves an energy conversion process.

A humidifier is a system rather than just a humidifier, and the conditions of use are crucial for its normal use, so combining it with existing resources is crucial. Of course, the accuracy control requirements for humidification are also crucial for selecting the appropriate humidification method.




Generally speaking, if there is excess boiler steam, it is preferred to consider using a boiler steam humidifier.




If the relative humidity requirement is high, the control accuracy requirement is high, and the humidification demand is not large, the first consideration is steam humidification.

If the accuracy control requirement is above ± 3 and there is no excess boiler steam, electric steam humidifiers should be considered and SCR control should be used, but it is best to use pure water.

If the accuracy control requirement is around ± 5, there is no excess boiler steam, and there is no pure water, it is recommended to consider an electrode type steam humidifier; If pure water is available and the budget is sufficient, it is recommended to use an electric steam humidifier.




3. If there is sufficient heat source on site, the accuracy control requirement is below ± 5, and the relative humidity requirement is not high, the first consideration is water mist humidification

If there is sufficient compressed air on site, it is recommended to use two fluid ultrasonic spray humidification system.

If there is a high demand for humidification and there is not enough compressed air, it is recommended to use a high-pressure micro mist humidification system.

If there is a high demand for humidification and there is a requirement for washing air, it is recommended to use a water wash humidification system.




Note: When choosing water mist humidification, it is necessary to pay attention to whether there is sufficient enthalpy provided and absorption distance.

Information

Humidification is a process of converting liquid water into vapor water that can be absorbed by air, which involves an energy conversion process.

A humidifier is a system rather than just a humidifier, and the conditions of use are crucial for its normal use, so combining it with existing resources is crucial. Of course, the accuracy control requirements for humidification are also crucial for selecting the appropriate humidification method.


Generally speaking, if there is excess boiler steam, it is preferred to consider using a boiler steam humidifier.


If the relative humidity requirement is high, the control accuracy requirement is high, and the humidification demand is not large, the first consideration is steam humidification.

If the accuracy control requirement is above ± 3 and there is no excess boiler steam, electric steam humidifiers should be considered and SCR control should be used, but it is best to use pure water.

If the accuracy control requirement is around ± 5, there is no excess boiler steam, and there is no pure water, it is recommended to consider an electrode type steam humidifier; If pure water is available and the budget is sufficient, it is recommended to use an electric steam humidifier.


3. If there is sufficient heat source on site, the accuracy control requirement is below ± 5, and the relative humidity requirement is not high, the first consideration is water mist humidification

If there is sufficient compressed air on site, it is recommended to use two fluid ultrasonic spray humidification system.

If there is a high demand for humidification and there is not enough compressed air, it is recommended to use a high-pressure micro mist humidification system.

If there is a high demand for humidification and there is a requirement for washing air, it is recommended to use a water wash humidification system.


Note: When choosing water mist humidification, it is necessary to pay attention to whether there is sufficient enthalpy provided and absorption distance.

Humidification Knowledge

Three state changes of water

Three state changes of water

Water is a ubiquitous substance on Earth that is colorless, odorless, and non-toxic. It undergoes three different states of change, including solid, liquid, and vapor, depending on temperature. In an ideal state, water freezes into a solid state at 0 ℃, with a smaller specific gravity. When we heat the ice, the temperature does not immediately rise and remains at 0 ℃. It needs to absorb a latent heat of dissolution of 80kcal/kg before it slowly turns into water at 0 ℃, forming a state of coexistence of solid and liquid phases. When liquid water completely turns into 0 ℃ saturated water, adding 1 kilocalorie (kcal) of heat will increase the temperature of 1 kilogram (kg) of water by 1 ℃. Continuing to heat will gradually increase the temperature of the water, and the continuous injection of enthalpy will increase the water temperature to 100 ℃. The temperature change process from 0 ℃ water to 100 ℃ water is called sensible heat (visible heat), which can be displayed on a thermometer. The specific heat of water is 1 kcal/kg, which requires 1 kcal of heat to increase the temperature of 1 kilogram of water by 1 ℃. At 1 atmospheric pressure, when the liquid water temperature reaches 100 ℃, the water begins to boil, known as the boiling point. Continue to provide heat, but the water temperature does not increase. Water gradually changes into gas and undergoes a phase change (from liquid to gas), which is the phenomenon of latent heat of water evaporation (which absorbs heat but cannot see temperature changes on the thermometer). The heat of latent heat of evaporation is very huge, at 539 kcal/kg, which is about 5.4 times the sensible heat (100 kcal/kg).

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