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The desalination system is composed of a spiral-wound air-gap membrane distillation module with internal heat recovery function.
This paper presents the simulation and the experimental validation of the distillation module of a desalination unit, currently operating in Sfax, Tunisia.
The behaviour of a distillation module of a desalination unit coupled with hot water storage tank heated by a solar collector field is investigated by a series of simulation, in order to increase productivity of the desalination unit.
In the present work, continuous-effect membrane distillation (CEMD) process with a function of in-situ internal latent-heat-recovery was applied to concentrate aqueous glycerol solution by using a hollow fiber air-gap membrane distillation module.
The laminar flow hollow-fiber direct contact membrane distillation module for desalination to produce pure water, under both concurrent-flow and countercurrent-flow operations, is investigated theoretically and experimentally.
A fermenter with a working volume of 2 L was connected to a membrane distillation module.
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Here, an energy efficiency framework for membrane distillation modules is developed based on heat exchanger theory, and with this an accurate but vastly simplified numerical model for MD efficiency and flux is derived.
The modeling equations for predicting distillate flux in the direct contact membrane distillation (DCMD) module with embedded spiral wire of various spiral wire pitches in concentric circular module were developed theoretically and verified experimentally.
For comparison, a set of different conventional single-channel direct contact membrane distillation (DCMD) module prototypes is introduced and experimentally evaluated, as well.
To maximize the desalination performance of both productivity and thermal efficiency, model-based optimal design of a hollow fiber direct contact membrane distillation (DCMD) module is proposed.
A new multi-channel spiral-wound membrane distillation (MD) module with a membrane surface area of 27.5m2 was developed, constructed and characterized.
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