Membrane-based liquid desiccant air dehumidification (MLDAD) is a separation process
driven by the vapor pressure difference. Different from the conventional liquid desiccant air …

This review compares the different types of membrane processes for air dehumidification.
Three main categories of membrane-based dehumidification are identified–membrane …

As we navigate an era marked by significant environmental concerns and technological
advancements, the search for energy-efficient and ecological friendly solutions is more …

Air conditioners (ACs) use an enormous amount of energy as they are widely used to
provide people with favorable indoor conditions. In recent years, liquid desiccants have …

As a promising alternative to inefficient vapor-compression-based air conditioning, liquid
desiccant dehumidification uses a liquid desiccant in contact with the humid air absorbing …

Abstract Membrane-based Liquid Desiccant Air Dehumidifier (MLDAD) has the potential to
overcome the shortcomings of the conventional open-tower liquid desiccant air dehumidifier …

Engineering case studies are important for providing valuable experience and reference for
energy conservation in actual industrial factories with deep-dehumidification requirements …

Humidity control using efficient dehumidification technologies is considered a promising way
to achieve energy savings in air-conditioning systems in buildings. The present study …

Over the past few decades, the air-conditioning (AC) sector has seen significant growth in
liquid desiccant air-conditioning (LDAC) system technologies. The LDAC system has been …

Liquid desiccant air dehumidification has gained substantial attention recently due to its
attractive energy‐saving capability, high moisture retention, and low regeneration …