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In this study at a full-scale desalination installation seven types of commercially available cartridge filter elements were evaluated.
This review focuses on recent advances in 3D-printed materials and methods for water-related applications.
Singapore has a complex urban water system with multiple water sources, advanced treatment processes, and recycling for potable and non-potable reuse.
Regeneration of fertilizer draw solutions was conducted using an membrane distillation process capable of being driven by solar power.
This paper reviews how membrane performance affects the cost of reverse osmosis processes, especially the specific energy consumption.
Structure-performance models for porous and composite membranes are discussed.
The role of multibore membranes from inge in helping fresh water arrive at customers' taps.
An overview of the status of state-of-the-art hybrid CSP-desalination systems.
Viable and cost-effective brine management systems are needed to reduce environmental pollution.
Seawater desalination using gas hydrates has potential for water treatment, but the role of crystal nucleation, growth and separation needs further study.
This study focuses on enhancing the mechanical strength of aquaporin (AQP)-based biomimetic membranes for seawater desalination.
High recovery brackish water desalination is achieved by applying ICD technologies between consecutive reverse osmosis stages.
Thermally rearranged polymers and mixed matrix membranes are two approaches used to advance the performance of gas separation membranes.
The 2019 IDA World Congress ‘Crossroads to Sustainability' takes place 20-24 October in the Dubai World Trade Centre.
In this study, incorporation of novel functionalized hydroxyapatite particles allowed for a further adjustment of membrane hydrophilicity.
A layer by layer surface modification strategy was used to fabricate novel positively charged FO membranes.
University of Nottingham researchers identify a new concept for reverse osmosis based on the use of a temperature gradient instead of pressure.
Water transport through graphene oxide (GO) nanochannels is gaining attention because of its potential applications in desalination and water filtration.
Dense vertically aligned carbon nanotube (CNT) arrays can be applied as multilayer transverse flow CNT membranes (CFTM) for efficient desalination.
Biomimetic approaches have the potential to overcome the problems associated with existing membranes, including excessive energy consumption.
Desalination and advanced water treatment congress
Abstract submission deadline: 24 January 2020
International exhibition for process, drinking & wastewater in Asia.
Conference exploring the latest developments in membrane technology and how it can enhance water reliability and quality.