Heat and mass transfer modeling

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A stepwise model of direct contact membrane distillation for application to large-scale systems: Experimental results and model predictions • A simpliﬁed membrane distillation coefﬁcient calculation method is validated. • A stepwise modeling approach is shown to accurately model large-scale DCMD membrane modules. • A new spacer modeling method accounts for woven spacers with complex geometries. • Distribution of water ﬂux, temperature a Desalination 378 (2016)
Structural analysis and modeling of the commercial high performance composite ﬂat sheet membranes for membrane distillation application Direct contact membrane distillation (DCMD) module was operated with three ﬂat sheet commercial membranes (PTFE/PP 1.0, PTFE/PP 0.45, and PTFE/PE 0.45) under various operating conditions. High ﬂux was observed when the PTFE/PP 1.0 membrane was used and there was no membrane wetting when the feed con Desalination 349 (2014)

A stepwise model of direct contact membrane distillation for application to large-scale systems: Experimental results and model predictions

• A simpliﬁed membrane distillation coefﬁcient calculation method is validated. • A stepwise modeling approach is shown to accurately model large-scale DCMD membrane modules. • A new spacer modeling method accounts for woven spacers with complex geometries. • Distribution of water ﬂux, temperature a

Desalination 378 (2016)

Structural analysis and modeling of the commercial high performance composite ﬂat sheet membranes for membrane distillation application

Direct contact membrane distillation (DCMD) module was operated with three ﬂat sheet commercial membranes (PTFE/PP 1.0, PTFE/PP 0.45, and PTFE/PE 0.45) under various operating conditions. High ﬂux was observed when the PTFE/PP 1.0 membrane was used and there was no membrane wetting when the feed con

Desalination 349 (2014)

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