- An interactive approach to combined desalting and power plants analysis
- Case study — wastewater reuse in Limassol as an alternative water source
- A new water and power combination: vacuum vapor compression seawater distillation and natural gas fuel cells
- The largest SWRO plant in the world — Ashkelon 100 million m3/y BOT project
- Dessalement et energies nouvelles
- Design criteria of 10,000 m3/d SWRO desalination plant of Tajura, Libya
- Treatment of industrial wastewater for reuse
- Privatization of dual-purpose seawater desalination and power plants — structures, procedures and prospects for the future
- The puraq seawater desalination process
- Solar power/desalination, pv*ed system
- Desalting of seawater using UF and RO — results of a pilot study
- Optimization of material selection for evaporative desalination plants in order to achieve the highest cost-benefit ratio
- A comprehensive solar electric system for remote areas
- A new look at dual purpose, water and power, plants - economy and design features
- Alicante University, closed water cycle, reverse osmosis and water treatment plants
- Experiments on seawater desalination by membrane distillation
- An investigation into greywater reuse for urban residential properties
- Design and operation experience with solar powered multistage desalination plants
- Reverse osmosis systems in military or emergency operations
- Industrial water production by utilization of a reverse osmosis and an evaporation plant
- Wind-powered MVC seawater desalination — operational results
- Wastewater reuse - limitations and possibilities
- Polarization phenomena in integrated reverse osmosis and membrane distillation for seawater desalination and waste water treatment
- Hybrid desalting systems
- Hybrid systems in seawater desalination-practical design aspects, status and development perspectives
- System design for large-scale ultrafiltration applications
- SWRO process simulator
- Yuma desalting plant. Membrane degradation during test operations
- Integration of advanced high-pressure pumps and energy recovery equipment yields reduced capital and operating costs of seawater RO systems
- Corrigendum to “Applications of capacitive deionization: Desalination, softening, selective removal, and energy efficiency” [Desalination 449 (2019) 118–130]
- Economical evaluation of Alkhobar Phase two 50 MIGPD at three different mode of operations
- Water repurification via reverse osmosis
- Integrated multi-objective membrane systems application of reverse osmosis at the Amsterdam Water Supply
- A possible regulatory framework for water recycling in Australia
- Performance of the 12,000 m3/d seawater reverse osmosis desalination plant at Jeddah, Saudi Arabia January 1979 through January 1981
- Technological and environmental aspects of desalination
- Design of a small solar-powered desalination system
- An evaluation of the energy requirements of desalination processes on the basis of the fuel-use performance ratio
- Engineering design of a 6000m3/day seawater hybrid RO-ED helio-desalting plant
- The Courtaulds desalination process
- Technologies for the desalination of typically 10 m3 of water per day
- Ground water resources in fayoum area, Egypt
- Experiments with desalination of Arabian Gulf water
- Control and instrumentation experience at Lok on pai MSF seawater desalination plant
- Etude de procédés de filtration sur sable de la région de Béchar en pré traitement de l'eau potable
- An assessment of the market potential for small solar powered desalination plants
- Development of a marine osmotic solar still for sea water desalination
- Energy-saving electro dialyzer for sea water desalination
- A general tool for a better use of design or verification of mathematical models
- Development of solar desal, a code for modeling, simulation and design of solar desalination systems
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