Results 171 to 180 of about 2,534,371 (216)
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Design of an H2O-LiBr absorption system using PCMs and powered by automotive exhaust gas
Applied Thermal Engineering, 2021Abstract The main challenge of the absorption cycle in automobile air conditioning (A/C) systems is the use of exhaust energy to drive the system at low engine speeds. To obtain a continuous supply of cooling energy from the absorption cycle, the present study highlights a proposal for a numerical investigation of a novel generator design in an ...
Ahmed Saad Soliman +4 more
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Electrolytic Separation of Iodine from LiCl–KCl–LiBr–LiI Melt and Recovery of Iodine Gas with Copper
ECS Transactions, 2022The separation and recovery of iodine from LiCl–KCl–LiBr–LiI melt was investigated at 723 K. Cyclic voltammograms at a glass-like carbon electrode showed that I2 gas generates at more negative potential compared with Cl2 and Br2 gases. Potentiostatic electrolysis for I2 gas generation was conducted at glassy carbon and Au electrodes, where the ...
Yutaro Norikawa +2 more
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Performance prediction of a solar/gas driving double effect LiBr–H2O absorption system
Renewable Energy, 2004Abstract This paper presents the performance prediction of a solar/gas driving double effect LiBr–H2O absorption system. In order to use auxiliary energy more effectively and be less dependent on solar irradiation, a new kind of solar/gas driving double effect LiBr–H2O absorption system is designed.
Y.L. Liu, R.Z. Wang
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Universidad Libre 100 años educando en libertad para la justicia y la paz
, 2023 Considero excepcional fortuna la de quienes, como actuales directivos, hemos vivido la solemne efeméride de los primeros cien años de la Universidad Libre, con diferentes manifestaciones de identidad y orgullo en el año transcurrido entre marzo de 2022 y
Gaviria Liévano, Jorge
exaly +2 more sources
International Journal of Greenhouse Gas Control, 2021
Abstract An integrated system of natural gas combined cycle (NGCC) with monoethanolamine-based (MEA-based) CO2 capture was proposed in this study aiming to reduce the efficiency penalty of CO2 mitigation. In the proposed system, three measures were adopted: (1) utilizing absorption heat transformer (AHT) and ejector to recover the waste heat as well ...
Yue Hu +5 more
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Abstract An integrated system of natural gas combined cycle (NGCC) with monoethanolamine-based (MEA-based) CO2 capture was proposed in this study aiming to reduce the efficiency penalty of CO2 mitigation. In the proposed system, three measures were adopted: (1) utilizing absorption heat transformer (AHT) and ejector to recover the waste heat as well ...
Yue Hu +5 more
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Advanced Materials Research, 2012
From the standpoint of offering reference for its optimal design, liquid-gas ejector is applied to absorption refrigerator in order to improve mass transfer efficiency. The experimental performance of ejector driven by aqueous LiBr solution was investigated.
Hong Tao Gao, Rui Wang, Ling Deng
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From the standpoint of offering reference for its optimal design, liquid-gas ejector is applied to absorption refrigerator in order to improve mass transfer efficiency. The experimental performance of ejector driven by aqueous LiBr solution was investigated.
Hong Tao Gao, Rui Wang, Ling Deng
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Applied Thermal Engineering, 2005
Abstract The integration of microgas turbines (MGT) and absorption chillers is an emerging technology that uses a wide range of fuels to produce electricity, cooling and heating simultaneously for small scale distributed generation in grid connected or isolated locations.
Joan Carles Bruno +2 more
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Abstract The integration of microgas turbines (MGT) and absorption chillers is an emerging technology that uses a wide range of fuels to produce electricity, cooling and heating simultaneously for small scale distributed generation in grid connected or isolated locations.
Joan Carles Bruno +2 more
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Transactions of Tianjin University, 2010
An exhaust heat recovery generator is proposed to be integrated with conventional gas-fired triple-effect LiBr/water absorption cooling cycles to improve system energy efficiency. As a case study, simulation of the novel cycle based on promising parallel flow with cooling capacity of 1 150 kW is carried out under various heat recovery generator vapor ...
Leilei Wang +3 more
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An exhaust heat recovery generator is proposed to be integrated with conventional gas-fired triple-effect LiBr/water absorption cooling cycles to improve system energy efficiency. As a case study, simulation of the novel cycle based on promising parallel flow with cooling capacity of 1 150 kW is carried out under various heat recovery generator vapor ...
Leilei Wang +3 more
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Advanced Materials Research, 2013
Miniaturization and high-efficiency plays an important role in the further development of absorption refrigeration. In order to improve the mass transfer efficiency, liquid-gas ejector is intended to be used in refrigeration system. Experimental analysis of effects of non-structural factors on Liquid-Gas Ejector driven by aqueous LiBr solution is ...
Rui Wang, Hong Tao Gao
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Miniaturization and high-efficiency plays an important role in the further development of absorption refrigeration. In order to improve the mass transfer efficiency, liquid-gas ejector is intended to be used in refrigeration system. Experimental analysis of effects of non-structural factors on Liquid-Gas Ejector driven by aqueous LiBr solution is ...
Rui Wang, Hong Tao Gao
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Energy Conversion and Management, 2020
Abstract Combined cooling, heating, and power systems have been studied extensively because of their great potentials. Accordingly, in the present study, an innovative trigeneration system including a gas turbine cycle, a gasification unit, a heating unit, alongside a single effect absorption refrigeration cycle is proposed.
N. Asgari +2 more
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Abstract Combined cooling, heating, and power systems have been studied extensively because of their great potentials. Accordingly, in the present study, an innovative trigeneration system including a gas turbine cycle, a gasification unit, a heating unit, alongside a single effect absorption refrigeration cycle is proposed.
N. Asgari +2 more
openaire +1 more source