The rapid expansion of human populations and industrial activity worldwide has led to a
severe scarcity of fresh water, presenting a pressing issue that demands attention. While …

Solar air heaters (SAHs) are widely used solar thermal systems with applications in diverse
sectors. However, its effectiveness is restrained by low convective heat transfer (HT) …

The current global water crisis arises from the combination of limited freshwater resources
and a growing world population, which highlights the need for self-sustainable water …

Regional economic, social, and ecological security are all entwined and influenced by the
availability of water. Since the available water resources are depleting at a very faster rate …

A solar-driven humidification-dehumidification (SDH-DH) desalination system has shown to
be a highly efficient and viable solution to meet the freshwater needs of a community …

Fresh water resources are scarce worldwide, and prevailing water harvesting systems face
limitations of nighttime operations, high regeneration temperature and limited water yield. To …

Amidst worsening water scarcity in the urban region, exploring alternative water sources is
crucial. Atmospheric water extraction (AWE) technology emerges as a cost-effective and …

This research paper presents a comprehensive evaluation of an evacuated tube solar air
heater (ETSAH) integrated with annulus coaxial aluminum pipe (ACALP) and phase change …

Photovoltaic thermal technology (PVT) is gaining increasing attention due to its improved
performance and reliability made possible by continuous technological advances. Despite …

Solar powered atmospheric water harvesting (SPAWH) is an innovative and sustainable
approach that addresses the urgent need of a drinkable water source. Low productivity and …