Humidity regulation plays a pivotal role in both residential and industrial environments,
significantly impacting comfort, health, and process efficiency. The integration of …

Introducing microporous membranes into absorption refrigeration systems (ARSs) provides
a promising technology that can improve heat/mass transfer performance of …

Investigating new energy efficient and sustainable designs for air conditioning has become
imperative due to air conditioning's contribution to global warming. The combination of …

Realizing the recovery of latent heat and moisture from low-temperature and high-humidity
flue gas (LHFG) can effectively improve energy efficiency and reduce carbon emissions. A …

Functional ionic liquids (ILs) are a promising alternative to traditional liquid desiccants. This
work is mainly concerned with an experimental investigation on the dehumidification and …

Dehumidification and drying processes significantly contribute to energy consumption in air
conditioning and dry material manufacturing. Conventionally, water is removed by cooling …

Comfort air conditioning systems generally provide supply air with a dew point temperature
exceeding 5° C and are widely used in building sectors. In industries and scientific research …

Increasing temperatures have worldwide become a high health risk. High humidity
aggravates the risk and reduces the comfort perception. Conventional air conditioners …

Membrane based dehumidification technology has attracted wide attention. The anti-
hydrolytic property of the membrane holds a significant role in its long-term operation in a …

Abstract 6FDA-based polyimide air-dehumidification membrane has been considered as
one of the most advanced technologies for the energy-saving heating, ventilation, and air …