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Fluence is to design, engineer and construct a 12 000 m3/day seawater desalination plant at a steel production facility in Brazil.
Tests on the new ultra-high-pressure reverse osmosis technology have achieved good results.
The disc and screen self-cleaning filters are used mainly to remove suspended solids in the water.
Assessing oil-water soluble coolant mist filter media and cleanable dust filter media using PM2.5 quality factor
The plant is currently producing an average of 150kL of drinking water per day.
The technical program will focus on energy and environmental issues related to desalination and water reuse.
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.
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Desalination and advanced water treatment congress
Abstract submission deadline: 24 January 2020
Platform to showcase products, services and solutions available in the water industry worldwide.
BlueTech Forum 2019 takes place on 5-6 June at Kew Gardens, London, UK.
Information is supplied in real time and historically across Veolia's secure Cloud-based portal.
The MIT Water Innovation Prize is a start-up competition run by MIT Water Club network for water research and innovation.
The full system will be delivered in 2020.
Filter materials made of P84 fibres maintain a higher permeability at constant pressure drop.