The advent of the 5G era means that the concepts of robot, virtual reality (VR)/augmented
reality (AR), unmanned aerial vehicle (UAV), smart home, and smart healthcare based on …

Ionic liquids (ILs) have recently become an increasingly popular working medium for liquid-
desiccant deep dehumidification as applied to low-humidity industries and, in particular, the …

In the context of green and low-carbon production, efficient co-generation systems have
received more attention. Many production and life scenarios exhibit the need of constant …

Effective thermo-hygrometric control is essential for buildings and greenhouses, particularly
in green and low-carbon production. There is growing interest in integrating heat pumps with …

Independent cascade hybrid heat pump (ICHHP) can bridge the large temperature gap
between low-grade air sources and high-temperature industrial demands. However, the …

Solution regeneration belongs to a separation and purification technology for multi-
component liquid systems, which is involved in many fields such as liquid desiccant air …

Ionic liquid desiccants (ILDs) have vapor pressures similar to lithium chloride and no
corrosion and crystallization problems, so they are considered a promising alternative to …

Air source compression-absorption hybrid heat pumps hold promise for industrial
decarbonization, but their current temperature lift capacity remains insufficient to meet ultra …

Liquid desiccant deep dehumidification (LDDD) holds significant energy-saving potential in
low-humidity industries, and ionic liquid desiccant (ILD) has proven to be an ideal working …

Liquid desiccant deep dehumidification (LDDD) is an excellent energy-saving technology for
low-humidity industries. Ionic liquids (ILs) are favored as optimal working fluids for LDDD …