【Daily Discussion】Utilities - HVAC - 20200911

Cooling and dehumidification: Cool the air below its dew point, then remove the water that has condensed. It is effective in cases where the dew point is above this value. Compression dehumidification involves compressing and cooling humid air to separate out its moisture. It is effective in situations with low air volume, but not suitable for high air volume. Solid adsorption dehumidification uses capillary action to absorb moisture onto solid desiccants. It can lower the dew point, but as the adsorption area increases, the equipment also becomes larger. Liquid absorption dehumidification uses a lithium chloride aqueous solution to absorb moisture through spraying. The dew point can be reduced to around that level, but the equipment is large and the absorbent liquid must be replaced. Adsorption wheel dehumidification involves processing thin plates impregnated with a desiccant into honeycomb-shaped wheels for ventilation. Its dehumidification structure is simple, and the dew point can reach below -70°C through special configuration. Appropriate dehumidification range, principle of air treatment: continuously supply dry air. Air treatment is a high-performance dry dehumidifier that uses a honeycomb dehumidification rotor. As the honeycomb rotor for air treatment rotates, it continuously repeats the moisture absorption and regeneration process, without interfering with air flow, thereby providing dry air with an ultra-low dew point on a continuous basis.

Cooling and dehumidification: Cool the air below its dew point, then remove the water that has condensed. It is effective in cases where the dew point is above this value. Compression dehumidification involves compressing and cooling humid air to separate out its moisture. It is effective in situations with low air volume, but not suitable for high air volume. Solid adsorption dehumidification uses capillary action to absorb moisture onto solid desiccants. It can lower the dew point, but as the adsorption area increases, the equipment also becomes larger. Liquid absorption dehumidification uses a lithium chloride aqueous solution to absorb moisture through spraying. The dew point can be reduced to around that level, but the equipment is large and the absorbent liquid must be replaced. Adsorption wheel dehumidification involves processing thin plates impregnated with a desiccant into honeycomb-shaped wheels for ventilation. Its dehumidification structure is simple, and the dew point can reach below -70°C through special configuration. Appropriate dehumidification range, principle of air treatment: continuously supply dry air. Air treatment is a high-performance dry dehumidifier that uses a honeycomb dehumidification rotor. As the honeycomb rotor for air treatment rotates, it continuously repeats the moisture absorption and regeneration process, without interfering with air flow, thereby providing dry air with an ultra-low dew point on a continuous basis.

Cooling and dehumidification: Cool the air below its dew point, then remove the water that has condensed. It is effective in cases where the dew point is above this value. Compression dehumidification involves compressing and cooling humid air to separate out its moisture. It is effective in situations with low air volume, but not suitable for high air volume. Solid adsorption dehumidification uses capillary action to absorb moisture onto solid desiccants. It can lower the dew point, but as the adsorption area increases, the equipment also becomes larger. Liquid absorption dehumidification uses a lithium chloride aqueous solution to absorb moisture through spraying. The dew point can be reduced to around that level, but the equipment is large and the absorbent liquid must be replaced. Adsorption wheel dehumidification involves processing thin plates impregnated with a desiccant into honeycomb-shaped wheels for ventilation. Its dehumidification structure is simple, and the dew point can reach below -70°C through special configuration. Appropriate dehumidification range, principle of air treatment: continuously supply dry air. Air treatment is a high-performance dry dehumidifier that uses a honeycomb dehumidification rotor. As the honeycomb rotor for air treatment rotates, it continuously repeats the moisture absorption and regeneration process, without interfering with air flow, thereby providing dry air with an ultra-low dew point on a continuous basis.

Cooling and dehumidification: Cool the air below its dew point, then remove the water that has condensed. It is effective in cases where the dew point is above this value. Compression dehumidification involves compressing and cooling humid air to separate out its moisture. It is effective in situations with low air volume, but not suitable for high air volume. Solid adsorption dehumidification uses capillary action to absorb moisture onto solid desiccants. It can lower the dew point, but as the adsorption area increases, the equipment also becomes larger. Liquid absorption dehumidification uses a lithium chloride aqueous solution to absorb moisture through spraying. The dew point can be reduced to around that level, but the equipment is large and the absorbent liquid must be replaced. Adsorption wheel dehumidification involves processing thin plates impregnated with a desiccant into honeycomb-shaped wheels for ventilation. Its dehumidification structure is simple, and the dew point can reach below -70°C through special configuration. Appropriate dehumidification range, principle of air treatment: continuously supply dry air. Air treatment is a high-performance dry dehumidifier that uses a honeycomb dehumidification rotor. As the honeycomb rotor for air treatment rotates, it continuously repeats the moisture absorption and regeneration process, without interfering with air flow, thereby providing dry air with an ultra-low dew point on a continuous basis.

Answer: Absorption dehumidification, refrigerant compressor dehumidification； Adsorption dehumidification, rotary dehumidifier

Cooling and dehumidification: Cool the air below its dew point, then remove the water that has condensed. It is effective in cases where the dew point is above this value. Compression dehumidification involves compressing and cooling humid air to separate out its moisture. It is effective in situations with low air volume, but not suitable for high air volume. Solid adsorption dehumidification uses capillary action to absorb moisture onto solid desiccants. It can lower the dew point, but as the adsorption area increases, the equipment also becomes larger. Liquid absorption dehumidification uses a lithium chloride aqueous solution to absorb moisture through spraying. The dew point can be reduced to around that level, but the equipment is large and the absorbent liquid must be replaced. Adsorption wheel dehumidification involves processing thin plates impregnated with a desiccant into honeycomb-shaped wheels for ventilation. Its dehumidification structure is simple, and the dew point can reach below -70°C through special configuration. Appropriate dehumidification range, principle of air treatment: continuously supply dry air. Air treatment is a high-performance dry dehumidifier that uses a honeycomb dehumidification rotor. As the honeycomb rotor for air treatment rotates, it continuously repeats the moisture absorption and regeneration process, without interfering with air flow, thereby providing dry air with an ultra-low dew point on a continuous basis.

Cooling and dehumidification: Cool the air below its dew point, then remove the water that has condensed. It is effective in cases where the dew point is above this value. Compression dehumidification involves compressing and cooling humid air to separate out its moisture. It is effective in situations with low air volume, but not suitable for high air volume. Solid adsorption dehumidification uses capillary action to absorb moisture onto solid desiccants. It can lower the dew point, but as the adsorption area increases, the equipment also becomes larger. Liquid absorption dehumidification uses a lithium chloride aqueous solution to absorb moisture through spraying. The dew point can be reduced to around that level, but the equipment is large and the absorbent liquid must be replaced. Adsorption wheel dehumidification involves processing thin plates impregnated with a desiccant into honeycomb-shaped wheels for ventilation. Its dehumidification structure is simple, and the dew point can reach below -70°C through special configuration. Appropriate dehumidification range, principle of air treatment: continuously supply dry air. Air treatment is a high-performance dry dehumidifier that uses a honeycomb dehumidification rotor. As the honeycomb rotor for air treatment rotates, it continuously repeats the moisture absorption and regeneration process, without interfering with air flow, thereby providing dry air with an ultra-low dew point on a continuous basis.

Cooling and dehumidification: Cool the air below its dew point, then remove the water that has condensed. It is effective in cases where the dew point is above this value. Compression dehumidification involves compressing and cooling humid air to separate out its moisture. It is effective in situations with low air volume, but not suitable for high air volume. Solid adsorption dehumidification uses capillary action to absorb moisture onto solid desiccants. It can lower the dew point, but as the adsorption area increases, the equipment also becomes larger. Liquid absorption dehumidification uses a lithium chloride aqueous solution to absorb moisture through spraying. The dew point can be reduced to around that level, but the equipment is large and the absorbent liquid must be replaced. Adsorption wheel dehumidification involves processing thin plates impregnated with a desiccant into honeycomb-shaped wheels for ventilation. Its dehumidification structure is simple, and the dew point can reach below -70°C through special configuration. Appropriate dehumidification range, principle of air treatment: continuously supply dry air. Air treatment is a high-performance dry dehumidifier that uses a honeycomb dehumidification rotor. As the honeycomb rotor for air treatment rotates, it continuously repeats the moisture absorption and regeneration process, without disrupting air flow, thereby providing dry air with an ultra-low dew point on a continuous basis

Cooling and dehumidification: Cool the air below its dew point, then remove the water that has condensed. It is effective in cases where the dew point is above this value. Compression dehumidification involves compressing and cooling humid air to separate out its moisture. It is effective in situations with low air volume, but not suitable for high air volume. Solid adsorption dehumidification uses capillary action to absorb moisture onto solid desiccants. It can lower the dew point, but as the adsorption area increases, the equipment also becomes larger. Liquid absorption dehumidification uses a lithium chloride aqueous solution to absorb moisture through spraying. The dew point can be reduced to around that level, but the equipment is large and the absorbent liquid must be replaced. Adsorption wheel dehumidification involves processing thin plates impregnated with a desiccant into honeycomb-shaped wheels for ventilation. Its dehumidification structure is simple, and the dew point can reach below -70°C through special configuration. Appropriate dehumidification range, principle of air treatment: continuously supply dry air. Air treatment is a high-performance dry dehumidifier that uses a honeycomb dehumidification rotor. As the honeycomb rotor for air treatment rotates, it continuously repeats the moisture absorption and regeneration process, without interfering with air flow, thereby providing dry air with an ultra-low dew point on a continuous basis.

Cooling and dehumidification: Cool the air below its dew point, then remove the water that has condensed. It is effective in cases where the dew point is above this value. Compression dehumidification involves compressing and cooling humid air to separate out its moisture. It is effective in situations with low air volume, but not suitable for high air volume. Solid adsorption dehumidification uses capillary action to absorb moisture onto solid desiccants. It can lower the dew point, but as the adsorption area increases, the equipment also becomes larger. Liquid absorption dehumidification uses a lithium chloride aqueous solution to absorb moisture through spraying. The dew point can be reduced to around that level, but the equipment is large and the absorbent liquid must be replaced. Adsorption wheel dehumidification involves processing thin plates impregnated with a desiccant into honeycomb-shaped wheels for ventilation. Its dehumidification structure is simple, and the dew point can reach below -70°C through special configuration. Appropriate dehumidification range, principle of air treatment: continuously supply dry air. Air treatment is a high-performance dry dehumidifier that uses a honeycomb dehumidification rotor. As the honeycomb rotor for air treatment rotates, it continuously repeats the moisture absorption and regeneration process, without interfering with air flow, thereby providing dry air with an ultra-low dew point on a continuous basis.