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Prevent water leaks across schools and universities with LeakNet. Smart monitoring detects abnormal usage, protecting buildings and reducing maintenance costs.
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Educational institutions such as schools, colleges and universities often operate across large estates containing multiple buildings and complex infrastructure. From classrooms and laboratories to student accommodation and sports facilities, these environments rely on extensive water systems that must function reliably every day.
Without continuous monitoring, leaks can remain unnoticed for long periods - particularly outside school hours or during holiday periods when buildings may be unoccupied.
Even a relatively small leak can lead to water damage, costly repairs and disruption to teaching activities.
This is why many educational organisations are adopting intelligent monitoring platforms such as LeakNet.
By analysing water behaviour continuously, LeakNet detects abnormal patterns early and alerts facilities teams immediately, helping institutions prevent leaks before they escalate into major incidents.
Educational buildings face several infrastructure challenges that increase the risk of water leaks.
Many schools and universities operate buildings constructed across different decades, each with its own plumbing infrastructure and maintenance history. These systems can become increasingly complex as campuses expand or buildings are renovated.
Typical challenges include:
Because many educational facilities are unoccupied overnight or during school holidays, leaks can remain undetected for extended periods without continuous monitoring.
Solutions such as Leak Monitoring Systems provide facilities teams with ongoing visibility of water usage across buildings, helping identify abnormal behaviour early.
LeakNet monitors water usage across educational buildings in real time, providing ongoing visibility of infrastructure performance.
Advanced analytics identify unusual water behaviour that may indicate hidden leaks or infrastructure faults.
Facilities teams receive immediate alerts when abnormal water usage is detected.
Multiple buildings across a school or university estate can be monitored through a central platform.
These capabilities allow facilities teams to detect problems early and respond quickly before water damage occurs.
Educational estates often consist of multiple buildings with varying infrastructure requirements.
Understanding how water moves across these buildings can be difficult without detailed monitoring data.
Using Smart Water Metering and Submetering, institutions can monitor water usage across individual buildings or zones within a campus.
This enables facilities teams to:
For universities and large schools managing extensive estates, this visibility provides valuable insight into infrastructure performance.
Education Case Study: Chilwell Secondary School
An example of leak monitoring within the education sector comes from Chilwell Secondary School, where unusually high water bills prompted an investigation into potential hidden leaks.
After installing LeakNet, the school was able to monitor water usage across the site in real time. Within hours, the system detected 3,600 litres of unexpected water usage while the school was unoccupied, allowing facilities teams to quickly locate and fix the issue.
Two months later, LeakNet identified the failure of two valves, which could have resulted in around 9,000 litres of water loss per day if left undetected.
Results
This case demonstrates how continuous monitoring can help schools detect hidden leaks, reduce water waste and improve infrastructure visibility across educational estates.
These environments contain extensive water infrastructure that must operate reliably throughout the academic year.
Water leaks in educational environments often originate from infrastructure that supports specialist learning spaces and large campus estates.
Schools, colleges and universities typically contain a wide variety of facilities, each with different plumbing requirements and infrastructure challenges.
Common leak sources include:
Because many educational buildings operate on fixed schedules, leaks may go unnoticed during evenings, weekends or holiday periods when facilities are unoccupied.
Continuous monitoring helps facilities teams detect abnormal water behaviour early and investigate potential issues before they escalate.
Solutions such as Leak Prevention Systems: Stop Water Damage Before It Happens support a proactive approach to water risk management, enabling educational institutions to monitor infrastructure continuously and respond quickly when abnormal activity occurs.
Early leak detection helps prevent water damage to classrooms, laboratories and lecture theatres.
Facilities teams can identify problems earlier, helping prevent expensive repair work and infrastructure damage.
Reducing water incidents helps avoid disruption to lessons, research activity and campus operations.
Continuous monitoring provides facilities teams with better insight into infrastructure performance across campus buildings.
By identifying leaks early, educational institutions can reduce water waste, minimise maintenance disruption and protect critical infrastructure across their estates.
Many schools and universities are also working to improve sustainability across their estates while maintaining reliable infrastructure for students and staff.
Reducing water waste is an important part of responsible campus management.
Intelligent monitoring platforms help educational institutions:
Solutions such as BREEAM Leak Detection can also support sustainability frameworks commonly used across new educational developments and campus refurbishment projects.
Educational organisations often manage multiple buildings across large campuses or regional estates.
LeakNet enables centralised monitoring across these environments, allowing facilities teams to oversee water infrastructure from a single platform.
This enables institutions to:
For facilities teams responsible for maintaining complex educational estates, this level of visibility supports better infrastructure management and faster response to potential risks.
Up to 7 credits for reducing water usage per person per day compared against a baseline performance. For example, use water-saving WCs, tap aerators, low-flow showers, waterless urinals, and greywater/rainwater for recycling non-potable water.
Our expertise in smart water metering and data analytics allows us to monitor and analyse water consumption patterns, providing valuable insights to identify water-saving opportunities and track progress towards reduction targets.
Installing our device on the main meter earns you 4 points.
Sub-metering building areas consuming 10% or more of the building's total water demand, or metering multi-tenant buildings per tenanted area, achieves an additional 2 credits.
Up to 4 credits (each) are available based on the water efficiency of the following assets to reduce overall water consumption in the building:
WAT02 - Water-efficient equipment: toilets
WAT03 - Water-efficient equipment: urinals
WAT04 - Water-efficient equipment: hand washing basins
WAT05 - Water-efficient equipment: showers
WAT06 - Water-efficient equipment: white goods
Our experience in specifying and installing water-efficient fixtures can help building owners select and implement the most appropriate solutions to achieve significant water savings.
Up to 4 credits for installing a robust leak detection system, which plays a vital role in conserving water resources. By promptly identifying and addressing leaks, buildings can significantly reduce water wastage, contributing to a more sustainable water footprint. 1 credit has traditionally been given for a leak detection system that can detect a major water leak on the mains water supply within the building and/or between the building and the utilities water meter.
Our advanced leak detection technology, including smart metering and real-time monitoring, can quickly identify and locate leaks, enabling prompt repairs and minimising water wastage, potentially enabling you to achieve the full 4 credits after a complete calendar year.
Up to 4 credits for proactive measures to prevent leaks. Proper installation and maintenance of flow control devices, whether in sanitary fittings or larger residential complexes, are essential for minimising water loss and ensuring the longevity of plumbing systems.
Our LeakNet system goes beyond traditional leak prevention methods. With AI-powered monitoring, real-time alerts, and automatic shut-off capabilities, LeakNet actively identifies and stops leaks before they cause significant damage or water wastage. This proactive approach aligns perfectly with the BREEAM focus on minimising water loss and ensuring the longevity of plumbing systems.
Up to 4 credits can be awarded depending on the extent and effectiveness of the isolation valve strategy within the building's water supply system, which allows controlled shut-off of specific sections of the water supply, enabling targeted maintenance or repairs without disrupting the entire system. 1 credit has traditionally been given for installing a flow control device to each WC area/facility so that water is only supplied when needed.
Our smart shut-off valves seamlessly integrate into any plumbing system, providing the isolation capabilities necessary for targeted maintenance and repairs.
This not only meets the traditional BREEAM requirement for isolation valves but also enhances it with intelligent control and automation.
By enabling quick and precise shut-off of specific sections, LeakNet minimises disruption and water wastage during maintenance activities, maximising the potential for achieving up to 4 credits.
The automatic shut-off functionality also serves as an innovative flow control device, securing an additional credit for controlling water supply to WC areas.
Up to 4 credits for using alternative water sources and efficient water-using technologies. Rainwater harvesting, greywater recycling, and the use of water-efficient fixtures are examples of strategies that can substantially decrease reliance on mains water supply.
While we don't directly address alternative water sources, LeakNet's ability to dramatically reduce water wastage through automatic shutoff and leak prevention contributes to lowering mains water consumption.
By minimising unnecessary water loss, LeakNet supports the overarching goal of WAT10, contributing to achieving the maximum credits available.
Up to 4 credits for accurate monitoring and reporting of water consumption data, which is fundamental to effective water management. By tracking consumption patterns, building owners and operators can identify areas for improvement and implement targeted water-saving measures. This will include internal sub-meters to monitor the impacts of inefficiencies and leakage and encourage more effective water management.
Our smart metering and data analytics capabilities can provide detailed insights into water consumption patterns, facilitating the identification of inefficiencies and enabling targeted water-saving interventions.
Up to 4 credits for re-using water for non-potable purposes, such as irrigation or toilet flushing, reduces the demand on treated water supplies. This credit promotes innovative solutions for sustainable water sourcing.
Our experience in monitoring water recycling systems, such as greywater and rainwater harvesting solutions, can help track inefficiencies in these systems and maximise the reuse of water to reduce environmental impact.
Up to 4 credits for standardised reporting of water consumption, benchmarking, and comparison across different buildings and portfolios. This transparency encourages continuous improvement in water efficiency and supports informed decision-making.
Obtain 2 credits by using our data management and reporting tools to automate the collection, analysis, and reporting of water consumption data, providing clear and actionable insights to support decision-making.
Earn 1 extra credit when you report on it internally, and another credit if you publish this information in an annual report.
A comprehensive water strategy goes beyond individual measures by establishing a holistic approach to water management. It includes regular maintenance of water systems, water efficiency, water reuse, and leak detection. The strategy should also include a plan for monitoring and reporting water consumption ensuring optimal performance and longevity, as well as promoting awareness and behavioral changes among building occupants to foster a water-conscious culture.
Up to 8 credits are available depending on the comprehensiveness of the water strategy and the inclusion of specific elements such as:
A proactive maintenance policy for installed water systems
Targets for reducing water consumption
A plan for monitoring and reporting water consumption
A plan for engaging building occupants in water conservation efforts
Our holistic approach to water management and expertise in water efficiency, reuse, and leak detection can help building owners develop and implement comprehensive water strategies that achieve long-term sustainability and cost savings.
Every building’s risk profile and budget differ. Unlike one-size-fits-all systems, Quensus engineers a bespoke leak-detection solution around your insurer’s requirements and cost constraints - saving you thousands in wasted water and premiums. There is an unlimited number of options, but we have simplified leak prevention into our four main tiers:
A combination of bronze, silver and gold will provide the most effective leak prevention system available.
Automatic Flow Monitoring with Smart Shutoff Valves on the boosted supply to each unit/apartment. The most effective solution post-handover over the lifetime of the building.
Automatic Flow Monitoring with Smart Shutoff Valves on the boosted supply to each floor (or each riser if plumbing is vertically fed). Ideal during construction because each floor can be isolated individually.
The absolute minimum you should be looking for is Automatic Flow Monitoring on the Mains Cold Water System and Boosted Cold Water System for the whole building. This is covered in the BREEAM WAT03 standard.
Got questions? Ask us!
We’re your H2O Heroes! Choosing the right water management solution can be tricky, but our friendly team is here to help.
We’ve compiled the top FAQs for quick answers - Read FAQ.
Educational facilities often contain ageing infrastructure and extensive plumbing networks across multiple buildings. Without continuous monitoring, leaks may go unnoticed during evenings, weekends or school holidays.
LeakNet continuously monitors water consumption and identifies abnormal usage patterns that may indicate leaks. Facilities teams receive alerts when unusual activity occurs so potential issues can be investigated quickly.
Yes. LeakNet enables facilities teams to monitor water infrastructure across multiple buildings from a central platform, making it suitable for schools and universities managing large estates.
Common sources include laboratory water systems, heating infrastructure, student accommodation plumbing and sports facility showers.
Yes. Continuous water monitoring helps reduce water waste, improve infrastructure efficiency and support sustainability initiatives across educational estates.
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