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The research aims to explore energy-saving techniques in water desalination leveraging humid air cycles and interphase mass transfer.

June 10, 2026Open Access

The Scientific Concept of AIr-Based, Energy-Efficient Water Desalination Systems Encompasses Humid AIr Cycles, Evaporation- Condensation Processes, and Interphase Mass Transfer

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This article analyzes energy-efficient water desalination in the context of global water scarcity, suggesting practical engineering solutions.

The research aims to explore energy-saving techniques in water desalination leveraging humid air cycles and interphase mass transfer.
Analyzed the scientific and practical foundations of desalination systems
Focused on solar air collectors and the kinetics of humid air cycles
Evaluated new engineering solutions for enhanced energy efficiency
Demonstrated significant energy savings compared to traditional desalination methods
Achieved full autonomous operation utilizing low-temperature solar energy
Provided substantiation for engineering solutions enhancing desalination system efficacy

Kholiyorov et al. (2026) studied this question.

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This article analyzes energy-efficient water desalination in the context of global water scarcity, suggesting practical engineering solutions.