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How can we develop and implement cost-effective and environmentally friendly solutions for managing brine byproducts in the desalination process?
How can we develop a scalable and sustainable method for managing brine disposal in desalination plants?
How can desalination plants efficiently increase water recovery from reject streams without significantly boosting energy consumption?
How can we develop cost-effective and easy-to-maintain desalination solutions that provide reliable access to clean water for remote communities?
How can desalination plants harness advanced data analytics to optimize their processes in real-time?
How can desalination plants effectively integrate renewable energy resources to mitigate their carbon footprint and reduce operational costs?
How can we leverage technology to implement an automated predictive maintenance system in desalination plants that minimizes downtimes and reduces operational costs?
How can we effectively mitigate microplastic contamination in the output of desalination processes?
How can desalination plants reduce their carbon footprint while maintaining efficiency and cost-effectiveness?
How can we proactively and reliably detect early-stage biofilm and microbial fouling in desalination systems before it impacts efficiency and causes unplanned downtime?