advancement, from leak detection to the implementation of sensor-based systems and the integration of IoT connectivity, we move closer to realising the vision of the fully optimised, sustainable washroom ecosystem.


Toilet and urinal flushing and washing facilities together constitute a significant portion of water usage. One of the first steps toward a sustainable future is shifting user habits, a task where technology is the great enabler. By incorporating sensor technology and automated systems, we know we can significantly reduce water usage and encourage more responsible behaviour. For instance, sensor-activated taps and toilets intelligently eliminate unnecessary water flow, directly addressing the habit of leaving taps running or by minimising the volume of water used in each flush. These technologies promote a culture of conservation through seamless, intuitive controls.


A second critical aspect of water conservation is the early detection and eradication of leaks. According to Waterwise, between 5% and 8% of UK toilets are leaking, wasting as much as 400m litres of clean, fresh water every day. The problem often lies with the type of valve predominantly used in dual flush toilets – and the issue is completely preventable. Cistermiser has developed solutions like the EasyflushEVO siphonic flushing valve, designed to prevent leaks by eliminating the common failure points found in traditional systems. Each unit can save up to 146,000 litres of water per year. Additionally, the Sensazone solution uses infrared motion sensors to control water flow, closing it off when no motion is detected, significantly reducing the risk of floods.


"Estimates indicate that water availability could plummet by 10% to 15% over the next 25 years."


Connectivity The future of washroom management lies in the power of connectivity. By harnessing the capabilities of the IoT, facility managers will be able to monitor and control washroom environments in real-time, transforming these spaces into fully integrated ecosystems.


Artificial Intelligence (AI) is already playing a crucial role in elevating the washroom environment, from managing water usage and energy consumption, to ensuring the highest standards of hygiene and user comfort. By analysing usage patterns and predicting peak times, AI will become embedded in dynamically adjusting water flow, heating and ventilation, maximising resource efficiency and reducing waste. This level of automation and intelligence in managing utilities not only supports environmental goals but will also contribute significantly to cost savings for facilities.


AI will also assist further in inventory management, ensuring that supplies such as soap, paper towels and toilet paper are automatically replenished, and will respond quickly to any cleaning needs, enhancing the


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WASHROOM


user experience and operational efficiency. The ability to predict potential issues before they arise, such as identifying parts that are likely to fail or detecting leaks early, will further elevate the maintenance and management of washrooms. Adopting this proactive approach to maintenance will help avoid costly repairs, minimise downtime and extend the lifespan of washroom fixtures and systems.


This future for washroom facilities is not so far away. Cistermiser and its sister company, Keraflo, stand at the forefront of innovation and connectivity in water management, specifically tailored for the unique challenges faced by hard working facilities managers. Our combined expertise and commitment to developing cutting-edge solutions have positioned us as leaders in the industry, with a portfolio of integrated solutions and technologies that set the standard for water efficiency, sustainability and intelligent facilities management.


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