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Water-Energy Nexus

The Desalination & Resource Recovery 2025 conference will be a pivotal global forum where utility leaders, desalination experts, and industry innovators come together to tackle the urgent challenges of water scarcity and aging infrastructure while optimising costs and minimising environmental impacts. Driven by evolving market dynamics, rapid urbanisation, and the need for sustainable water supplies, the desalination industry is at a turning point. At the core of this transformation is the integration of renewable energy with cutting-edge energy recovery systems, an innovative approach that is enhancing operational efficiency and reshaping the future of water treatment and resource management.

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Switching to renewable energy sources—such as solar and wind—is emerging as a key factor in lowering operational costs and reducing desalination plants' reliance on fossil fuels. As green energy technologies continue to advance, desalination facilities are increasingly adopting these power sources to enhance efficiency while ensuring resilient water supply systems. Numerous studies confirm that renewable energy can be seamlessly integrated with modern desalination processes, offering both significant cost savings and a reduced environmental footprint.

Optimising energy recovery systems is a key driver in enhancing desalination performance. Technologies that reclaim thermal energy from processes like multi-effect distillation or recover pressure in reverse osmosis systems are helping facilities significantly reduce energy consumption. By harnessing waste heat and other recoverable energy sources, desalination operators can not only improve water production rates but also achieve substantial cost savings, creating new growth opportunities and attracting investment in the sector.

Investments in advanced heat exchangers and energy recovery devices are expected to account for a significant share of capital expenditure in the industry. By utilising state-of-the-art heat exchange technologies, modern desalination plants can capture residual thermal energy to improve process efficiency, reduce maintenance needs, and extend equipment lifespans. These technological advancements are emerging as a key force behind operational excellence, enabling utilities to tackle the dual challenges of rising energy costs and declining freshwater resources in an increasingly competitive, technology-driven market.

The adoption of advanced automation and control systems is transforming desalination plant operations. Intelligent control solutions that continuously monitor and adjust water flow, energy consumption, and process parameters are essential for maintaining peak performance under fluctuating demand conditions. By integrating digital technology with real-time analytics, desalination facilities can enhance operational efficiency while supporting a sustainable business model through proactive maintenance and optimised resource management.

The Desalination & Resource Recovery 2025 event will be a dynamic platform for stakeholders across the desalination sector to exchange ideas, explore emerging technologies, and build collaborative partnerships. The conference will feature a technology-focused agenda that emphasises the water-energy nexus, showcasing innovative approaches driving the industry toward a more sustainable and resilient future. Attendees will engage with solutions tackling the complex challenges of water pollution, micropollutants, and the lasting impacts of outdated infrastructure, marking a pivotal moment in the global pursuit of sustainable resource management.

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Topics on the agenda

PERSPECTIVES ON SEAWATER DESALINATION

Day 1: undefined

15:30 - 15:55

UTILISING DIGITAL TOOLS FOR REAL-TIME MONITORING AND PREDICTIVE MAINTENANCE

Day 1: undefined

16:00 - 16:25

DESALINATION AND RESOURCE RECOVERY

Day 1: undefined

09:40 - 10:05

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