2023
DOI: 10.1021/acs.iecr.3c02178
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Investigation of the Mixing Rate and Channel Volume Efficiency of a Self-Driven Rotary Energy Recovery Device in the Reverse Osmosis System

Abstract: The mixing problem of the rotary energy recovery device (RERD) adversely affects the reverse osmosis desalination process. The influence of working conditions on the inflow length and mixing rate in a self-driven hydraulic RERD was studied by analyzing the mass transfer mechanism in the rotor channels via computational fluid dynamics (CFD) simulation. The feasibility and reliability of the simulation were experimentally verified. Channel volume efficiency was defined to analyze the inflow status of channels an… Show more

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Cited by 3 publications
(1 citation statement)
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“…Li et al [28] used a kind of inclined channel to reduce the mixing rate of RERD. Xu et al [29] researched the working conditions influencing the mixing rate of the servomotor-driven RERD via CFD simulation, while Ye et al [30] investigated that of a hydraulic self-driven RERD and the effect of angles in end covers. Ye et al [31] and Sun et al [32] designed a rotary vane RERD and a new swash plate-plunger RERD, respectively.…”
Section: Innovative Structural Designmentioning
confidence: 99%
“…Li et al [28] used a kind of inclined channel to reduce the mixing rate of RERD. Xu et al [29] researched the working conditions influencing the mixing rate of the servomotor-driven RERD via CFD simulation, while Ye et al [30] investigated that of a hydraulic self-driven RERD and the effect of angles in end covers. Ye et al [31] and Sun et al [32] designed a rotary vane RERD and a new swash plate-plunger RERD, respectively.…”
Section: Innovative Structural Designmentioning
confidence: 99%