In this paper, a transient mathematical model is established to predict the performance of a
hybrid photovoltaic/distillation (HPV/D) system based on nanofluids splitting technique. The …

To improve the water production capacity of solar still (SS), realize the theoretical prediction
of the enhanced SS performance, and enrich the theoretical research basis of the …

Population growth, urbanization, and the effects of climate change all exacerbate the
problem of global water scarcity, which poses a serious obstacle to sustainable …

Solar-driven water desalination is growing quickly, typically using other renewable energy
sources. However, its efficiency is heavily reliant on design and process parameters. The …

Recently, the author proposed, fabricated, and experimentally tested an improved stepped
solar still (ISS) with a built-in passive condenser, which exhibited significantly better …

The current work reports a numerical investigation of the water produced and thermal
performance of a solar still (SS). Using a SS for desalination is a proposal for low-income …

Access to potable water remains a global challenge, and solar stills offer a sustainable
desalination solution. Solar stills however have low desalination efficiencies. The impact of …

To improve the water production of the disc solar still (SS), this paper proposed a new type
of membrane distillation enhanced SS by installing an air-gap membrane module vertically …

Abstract Sugarcane (Saccharum officinarum L.(SO)), a widely cultivated tropical crop,
provides a sustainable source of raw material for producing TiO 2 nanoparticles (T). This …

Solar stills are a simple method of producing potable water, but their low efficiency makes
them insufficient for meeting daily water needs. This study aims to improve the efficiency of …