Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
4989663 | Separation and Purification Technology | 2017 | 65 Pages |
Abstract
Research on membrane distillation (MD) experienced a slow growth from the 1970s through 90s but has gained revived interest recently. Despite recent developments, MD still has to overcome several hurdles to pave its path to successful commercialization. This article presents a systematic map review of all research publications available in the ScienceDirect database from 1970 to 2016 focusing on the key aspects of MD publication trends, applications, research topics and the studied membrane materials and configurations. The gathered information was compared with MD implementation trends to assess the alignment of academia and industry towards MD commercialization. A select group of MD experts, both from academia and industry, were then surveyed for their perspective on the future for MD commercialization. While desalination is the most studied MD application so far, brine concentration was unanimously identified as the most likely future application for MD. Industry experts believe topics of practical significance, such as fouling and wetting, deserve more research focus. On the contrary, improving energy efficiency in MD was the top pick by academic experts. The most researched topic, development of novel MD membranes, was at odds with the key research topics identified by the industry and research experts for MD' growth and development.
Keywords
DCMDVMDPESOPEXMembrane distillation crystallizationZLDTFCCSPPVDFPVDF-HFPWOSTDSCNTAGMDSECSWROMDCSGMDGORPTFEPoly (vinylidene fluoride-co-hexafluoropropylene)MSFLGMDPEIReverse OsmosisForward osmosisSeawater reverse osmosisPressure Retarded OsmosisUltravioletRenewable energyMEDCommercializationZero liquid dischargeDirect contact membrane distillationMultiple effect distillationMembrane distillationVacuum membrane distillationAir gap membrane distillationSweeping Gas Membrane DistillationMulti-stage flash distillationResearch trendsIndustryPhotovoltaicConcentrated solar powerTotal dissolved solidsspecific energy consumptionNanofiltrationCarbon nanotubePROGained output ratioPractitioner surveyoperational expenditureWeb of SciencePES, PolyethersulfonePolyetherimidePolyethylenepolytetrafluoroethylenePolysulfonePolyvinylidene fluoridePolypropylenePVCPolyvinyl chlorideEuropean CommissionTimeline
Related Topics
Physical Sciences and Engineering
Chemical Engineering
Filtration and Separation
Authors
Navya Thomas, Musthafa O. Mavukkandy, Savvina Loutatidou, Hassan A. Arafat,