This study investigates the proficiency of employing solar energy in a novel setup geared
towards simultaneous production of desalinated water and hydrogen wielding parabolic …

The thermodynamic assessment of a novel multi-generation system producing electrical
power, cooling load, potable and sanitary water, and hydrogen is conducted from the …

Fossil fuels demonstrate pollution effects and significant emissions on the atmosphere,
which made the use of clean, renewable sources of energy a necessity. Renewable energy …

With regard to the sustainability of using carbon dioxide in supercritical processes, this study
proposes a novel power/hydrogen cogeneration arrangement consisting of a recompression …

In this experimental work, the effect of combining a finned absorber solar air heater (FSAH)
with PCM-aluminum chips composite on enhancing its thermal response is experimentally …

In this paper, Energy, Entropy and Exergy (EEE) analysis of flat plate solar collector is
studied through a mathematical model by considering the overall loss coefficient as a non …

The purpose of this study is to test the solar collector in Baghdad-Iraq (33.3 north latitude,
44.2 east longitude) the energy efficiency, exergy efficiency, exergy destruction, and exergy …

[1] Energy and exergy analysis of flat plate solar collector for three working fluids, under the
same conditions [2] Solar energy engineering: Processes and systems [3] Solar engineering …

To overcome the impact on the environment and the declining source of fossil fuels,
renewable energy sources must meet the growing demand for both electricity and heat …

The scientific community has focused on the use of nanofluids to enhance solar collectors'
thermal efficiency. Solar energy is considered an extensively available energy resource with …