This work introduces a complete study of freshwater productivity prediction of a solar-driven
humidification-dehumidification unit (HDH) based on experimental and machine learning …

Reliable and cost-effective industrial-based sustainable desalination technologies are
crucial for efficient and effective desalination of saline water. Seawater desalination …

Water is essential for life on Earth. By turning saline water into drinkable water, desalination
technology may help solve water scarcity. The present work uses artificial neural networks …

Today artificial intelligence is a major utility technology that can help industry and research
in many fields, including solar thermal energy for water desalination purposes. Hence, the …

The aim of this study is to investigate analytically and experimentally the effect of using an
induced atmospheric air, water heaters, external reflector and weather condition on the …

In this study, the application of data-driven methods for performance prediction of a heat
pump assisted humidification-dehumidification (HDH-HP) desalination system was …

This research focuses on rating and sizing a thermodynamically-balanced humidification-
dehumidification (HDH) system with zero, single, and double extractions of humid air from …

This paper presents experimental validation of a solar humidification-dehumidification (HD)
desalination unit which has been constructed based on optimization results reported in …

This study compares the freshwater productivity of a three-stage vacuum humidification-
dehumidification (VHDH) desalination system to a single-stage VHDH system. Experimental …

This study develops reliable and robust machine learning (ML) models to predict the outlet
air temperature and humidity and thermal efficiency of a solar air heater (SAH). Also, the …