Energy analysis of a solar driven cogeneration system using supercritical CO2 power cycle and MEE-TVC desalination system

Kouta, Amine; Al‐Sulaiman, Fahad A.; Atif, Maimoon

doi:10.1016/j.energy.2016.11.041

Cited by 52 publications

(12 citation statements)

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“…In other works, the energy analysis of a solar-driven cogeneration system has been studied (Kouta et al 2017). In this system by defining a Brayton cycle that was combined with multiple-effect evaporation with thermal vapor compression, the desalination plant has powered.…”

Section: Energy Analysismentioning

confidence: 99%

Hybrid renewable energy systems for desalination

Esmaeilion¹

2020

Appl Water Sci

148

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Water and energy are two key factors in human life that always control the growth and development of human societies. Climate changes, increasing the population in urban areas and industrialization, have increased the demands for freshwater around the world. Estimates show that a small percentage of all freshwater produced in the world is from renewable sources. By developing the technology, lowering equipment prices and increasing attention to the environmental problems of fossil fuels, utilizing renewable energy is growing. By providing a wide variety of conventional desalination methods driven by various types of renewable energy technologies in the world, water and energy legislators should choose different methods to meet the needs based on the local potentials by paying attention to the desalination processes and power systems. In some cases, concentrated solar power for thermal desalination or electricity generated by the photovoltaic plants for membrane desalination systems can be used in arid areas. Definitely, the most problem of using renewable sources is their unsteady natures, which using storage systems or combining with other renewable sources can solve this problem. This chapter provides extensive information about renewables, desalination and performance analysis of power systems. Reverse osmosis technique is a practical process in desalination which 69% of desalination plants use this system. Solar energy is an important source of energy for hybrid systems. The geothermal has a steady performance at a specified depth. Ultimately, obtained results from energy and exergy analysis would have provided a better insight.

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Section: Energy Analysismentioning

confidence: 99%

Hybrid renewable energy systems for desalination

Esmaeilion¹

2020

Appl Water Sci

148

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“…(2012b); Popli et al., (2012); Mezher et al., (2012); Malik and Bouzguenda (2013); Abdul-Majeed et al., (2013); Hussein et al., (2013); Al-Amir and Abu-Hijleh (2013); Mokri et al., (2013); Chandarasekharam and Aref (2014); Ghaffour et al., (2014); Lashin and Al Arifi (2014); Abdmouleh et al., (2015); Baseer et al., (2015); Mondal et al., (2016); Ouda et al., (2016); Paleologos et al., (2016); Khondaker et al., (2016); Kumar et al., (2016); Jamil et al., (2016); Juaidi et al. (2016a); Gherboudj and Ghedira (2016); Mohan et al., (2016); Al-Maamary et al., 2017a, Al-Maamary et al., 2017b; Bou-Rabee et al., (2017); Nizami et al., (2017); Khan et al., (2017); Ramli et al., (2017); Mokheimer et al., (2017); Kouta et al., (2017); Alnaser (2018); Alnaser et al., (2018); Alsayegh et al., (2018); Almarshoud and Adam (2018)2EquilibriumAyyash et al., (1983); Ayyash (1983); Ayyash and Hammoudeh (1985); Al-Marafie et al., (1989); Kellow (1989); Al-Hinai et al., (1993); Burney and Al-Matrouk (1996); Dincer et al., (2004); Dincer et al., (2005); Eissa (2011); BuShehri and Wohlgenant (2012); Ahmad and Ramana (2014); Mondal et al., (2014); Matar et al., (2015); Juaidi et al. (2016b); Groissböck and Pickl (2016); Alasseri et al., (2017); Matar and Anwer (2017); Matar et al., (2017)3Investment OptimizationAlnatheer (2005); Al-Muhawesh and Qamber (2008); Farnoosh et al., (2014); Jayaraman et al., (2015); Almansoori and Betancourt-Torcat (2015); Jayaraman et al., (2017); Alshammari and Sarathy (2017); Baseer et al., (2017); …”

Section: Main Textmentioning

confidence: 99%

Survey and analysis of the quantitative methods used in electricity research on GCC countries: 1983–2018

AlKhars

2019

Heliyon

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This study provides a systematic analysis of research on the electricity sector in Gulf Cooperation Council (GCC) countries in the period 1983–2018. GCC countries have experienced tremendous economic growth in the past few decades. This was accompanied by a corresponding increase in electricity consumption. Therefore, a thorough review is needed to understand the research conducted on the electricity sector in GCC countries. This study reviewed articles published in five well-known energy journals: Applied Energy, Energy, Energy Economics, Energy Policy, and Renewable and Sustainable Energy Reviews. The articles were classified into seven categories based on the analysis tools implemented in the papers: 1. Simulation tools, 2. Scenarios tools, 3. Equilibrium tools, 4. Top-down tools, 5. Bottom-up tools, 6. Operations optimization tools, and 7. Investment optimization tools. This study also provides an overview of the research, including the increase in publications over time, an authorship analysis, a keywords analysis, and an analysis of the length of the publications.

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“…28 They optimized the performance and cost metrics of the integrated unit by PSO (particle swarm optimization) method and improved the energy and exergy efficiencies of the system by 11.4% and 6.02%. Combining a CSP-driven S-CO 2 and MEDthermal vapor compression (TVC) desalination, Kouta et al 29 recruited regeneration and recompression operations in the power cycle to increase thermal efficiency by 6%. The use of solar and geothermal energies by Siddiqui et al 30 led to the design a polygeneration system producing cooling, power, and hydrogen simultaneously.…”

Section: Introductionmentioning

confidence: 99%

Investigation of a novel solar‐biogas based trigeneration system using a liquid metal magnetohydrodynamic equipment

Nezhad

Jafarmadar

2022

Intl J of Energy Research

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Summary The unsophisticated configuration of plants with magnetohydrodynamic liquid metal and no dynamic parts has made them cost‐effective and sustainable compared to the turbine‐based types. This paper proposes an innovative liquid metal magnetohydrodynamic‐based system for electricity, cooling, and hydrogen production utilizing a parabolic solar unit and waste exhaust gases as renewable heat sources, a double effect absorption cooling cycle, and a proton exchange membrane electrolyzer. Hence, an environmentally‐friendly system is devised and analyzed thermodynamically towards a lower emission footprint. The results of the thermodynamic analysis reveal that 71.5 kW, 10.26 m3/day, and 834.9 kW, power, hydrogen, and cooling are produced by the designed unit, respectively, with exergy efficiency and energy utilization factor of 45.28% and 40.27%. Also, the overall destruction of the exergy is obtained 527.4 kW, the main cause of which is the receiver due to high heat loss to the environment. The output of the parametric study indicates that the energy efficiency of the present plant improves by reducing the biogas temperature or by increasing the effectiveness of the solution heat exchanger and mass flow rate of the magnetohydrodynamic stream.

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Energy analysis of a solar driven cogeneration system using supercritical CO2 power cycle and MEE-TVC desalination system

Cited by 52 publications

References 37 publications

Hybrid renewable energy systems for desalination

Hybrid renewable energy systems for desalination

Survey and analysis of the quantitative methods used in electricity research on GCC countries: 1983–2018

Investigation of a novel solar‐biogas based trigeneration system using a liquid metal magnetohydrodynamic equipment

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