Effect of Feed Water Temperature on Reverse Osmosis Performance in a Borehole Water Desalination Plant: Numerical and Experimental Validation

Maftouh, Abderrahim; Fatni, Omkaltoume El; Echchikhi, Azeddine; Bahaj, Tarik; Gueraoui, Kamal; Rhaleb, El Houssaine El

doi:10.15866/irea.v10i4.21290

Cited by 3 publications

(2 citation statements)

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“…The findings of this assessment, conducted within the distinctive landscape of a grid-connected solar PV system illustrated in Fig. 5, provide invaluable insights into the reliability of the data generated by the array of sensors [35][36][37]. Ethernet Connectivity, Dotted Lines: Bluetooth Wireless Link)…”

Section: Data Collection and Performance Assessmentmentioning

confidence: 98%

Comparative Analysis of Energy Production and Simulation Software for Photovoltaic Systems in Multiple Moroccan Sites

Faouzi,

El Fatni,

Maftouh

et al. 2023

JERA

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This paper presents a comprehensive study conducted as part of the Propre.ma's project, comparing data from several identical photovoltaic systems installed at multiple sites in Morocco. The project capitalizes on twenty distinct locations equipped with the same solar photovoltaic system and three varieties of solar modules (Mono-si, Poly-si, and Amorphous-si) with nearly identical rated power (2kWp) and a standardized 2 kW inverter. The main objectives are to compare the energy production of different solar photovoltaic systems over two years (2015 to 2016) and to assess the performance of PVsyst and SAM simulation software, renowned for their precision. The study reveals that Mono-si and Poly-si systems produce higher energy outputs than Amorphous-si. Moreover, PVsyst demonstrates closer alignment with real-world energy production rates across all technologies (Mono-si, Poly-si, and Amorphous-si) compared to SAM. This research represents a pioneering effort in evaluating simulation software for photovoltaic systems deployed across multiple sites, providing valuable insights for future solar energy projects and technological advancements.

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Section: Data Collection and Performance Assessmentmentioning

confidence: 98%

Comparative Analysis of Energy Production and Simulation Software for Photovoltaic Systems in Multiple Moroccan Sites

Faouzi,

El Fatni,

Maftouh

et al. 2023

JERA

Self Cite

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“…In fact, 90% of the country's land is primed for the establishment of solar power plants [4,5], making it an ideal candidate for meeting its energy demands. Additionally, the development of solar energy projects in the building sector is rapidly expanding in Morocco, leading to the enhancement of the country's energy performance and decreased CO2 emissions [6,7].…”

Section: Introductionmentioning

confidence: 99%

Comparisons of Direct Normal Irradiation for the Optimization of Active Daylighting Systems

Kanibou,

El Fatni,

Maftouh

et al. 2024

JERA

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Active daylighting technology, encompassing techniques for utilizing natural light without converting it into heat or electrical energy, proves highly beneficial in sun-rich countries like Morocco. Unlike solar technologies, which capture global radiation, daylighting technology specifically leverages direct sun radiation. This study focuses on three semi-empirical models: Perrin de Brichambaut, Kasten, and Ghouard, utilizing data from the PVGIS website to develop and evaluate these systems. Comparison of experimentally obtained direct normal irradiation results against these models and the PVGIS website identifies the Kasten model as the most suitable choice, supported by the high R2 values of 0.9954, 0.9933, 0.9951, and 0.9906 for winter, spring, summer, and autumn, respectively. Furthermore, the model exhibits a minimum Mean Absolute Error (MAE) of 12.34, 24.29, 25.93, and 29.51 W/m², an optimal Mean Squared Error (MSE) of 238.16, 1129.5, 1039.9, and 1520.7 W²/m⁴, and a variance of 216.40, 1099.3, 1015.4, and 1460 for the respective seasons. These results strongly indicate the Kasten model's suitability for the climatic conditions of the studied site in Morocco, showcasing high correlation coefficients and low prediction errors. The findings underscore the Kasten model as the most fitting choice for optimizing active daylighting technology in Morocco's climate.

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A novel design of multilevel disk-type axial flux eddy current heating (AFECH) device: A sustainable approach for feed water heating in reverse osmosis desalination

Somasi,

Srichandan

2024

AIP Advances

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Feed water temperature has a role in controlling the specific energy consumption (SEC) of reverse osmosis (RO) desalination plants. Higher feed water temperatures result in lower SEC values, making management of temperature a key consideration for optimum energy efficiency in RO desalination. This paper introduces an Axial Flux Eddy Current Heating (AFECH) device to increase the temperature of feed water with the help of eddy currents. A 3D model of AFECH is designed and developed in ANSYS to analyze the magnetic characteristics, heat flux, and temperature on the aluminum plate. A hardware setup is designed to prove the concept of AFECH. Different observations are tabled for different rotor speeds. The design of AFECH is extended into a more practical approach, and this paper proposes a novel design of a multilevel disk-type AFMECH device. Based on the observations, multilevel disk-type AFMECH has raised the temperature of feed water from 29 to 60 °C. Based on the comparison between normal RO desalination and RO with a multilevel disk-type AFMECH system, the specific energy consumption has observed to be decrease from 1.16 to 0.6213 kWh/m3.

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Effect of Feed Water Temperature on Reverse Osmosis Performance in a Borehole Water Desalination Plant: Numerical and Experimental Validation

Cited by 3 publications

References 0 publications

Comparative Analysis of Energy Production and Simulation Software for Photovoltaic Systems in Multiple Moroccan Sites

Comparative Analysis of Energy Production and Simulation Software for Photovoltaic Systems in Multiple Moroccan Sites

Comparisons of Direct Normal Irradiation for the Optimization of Active Daylighting Systems

A novel design of multilevel disk-type axial flux eddy current heating (AFECH) device: A sustainable approach for feed water heating in reverse osmosis desalination

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