CAJ | 학술논문

针对液柱活塞的海水淡化能量回收装置存在浓盐水与海水混合现象，增加了反渗透系统的工作负担，导致容积利用率较低的问题。阐述了实体活塞容器模型参数和增压泄压原理；使用流体力学软件Fluent仿真增压泄压过程，得出了液压缸内部流域随增压过程的速度分布；探究了液压缸结构和活塞运动速度的变化对能量传递效率的影响，为海水淡化系统余压能回收液压缸的设计提供依据。
침대액주활새적해수담화능량회수장치존재농염수여해수혼합현상，증가료반삼투계통적공작부담，도치용적이용솔교저적문제。천술료실체활새용기모형삼수화증압설압원리；사용류체역학연건Fluent방진증압설압과정，득출료액압항내부류역수증압과정적속도분포；탐구료액압항결구화활새운동속도적변화대능량전체효솔적영향，위해수담화계통여압능회수액압항적설계제공의거。
For the liquid piston desalination energy recovery device exists concentrated brine and seawater mixed phenomenon, the workload of reverse osmosis system is Increased,leads to lower capacity utilization. the entity container piston model parameters and the pressurization pressure principle are expounded, the CFD software. Fluent has been used for the simulation of supercharging pressure release process, the pressurization process of velocity distribution of hydraulic cylinder is obtained;the hydraulic cylinder structure and the changes in the velocity of the piston motion effects on energy transfer efficiency are Explored, the reference for the design of the hydraulic cylinder of desalination system and pressure recycling has been provided.