Early Water Leak Detection for Life Science Buildings
Defend tenants' sensitive equipment and your reputation against water leak-related damage and downtime with innovative early water leak detection.
Gold-standard water leak detection for life science facilities
Life science tenants have specific operational requirements that require more than run-of-the-mill water leak detection. Many operate 24x7x365, performing critical experiments that cannot tolerate downtime. And water leak-induced shutdown or cleanup not only interrupts operations - it can also cause breaches of environmental and safety regulations, and even put compliance at risk.
With such high uptime sensitivity in these facilities, the challenge has always been to find a water leak detection solution that is capable of detecting leaks in the early stages, well before they cause significant business interruption - but that doesn't cause the frequent false positive alarms that make facilities team distrust and disengage with the technology. And in labs where humidity and dampness is present, there hasn't been a real solution to reliably detect leaks.
Severn WLD™ gives you the confidence that you can detect water leaks in the early stages, before they significantly impact your life sciences tenants - even in areas where water is typically present, and without frequent false positive alarms.
Minimize operational and reputational risk. Detect water leaks before they impact tenant satisfaction and uptime.
CUSTOMER CASE STUDY
Rentokil Initial ensures business continuity in R&D labs
Global leader in pest control monitors and detects water leaks to minimize leak-related business interruption after a catastrophic leak in their labs.
CUSTOMER CASE STUDY
Proactively ensuring uptime to support operational continuity
Water leak detection for Class A+ life science facility owned by a leading life science and technology focused REIT.
Automatically detect leaks, before they're visible
Automatically detect genuine leaks before damage is visible - even when they're small, in concealed locations, or when no one is onsite.
Maximize operational efficiency, and minimize downtime
Minimize tenant disruption, damage, downtime, and the associated costs by identifying and dealing with genuine water leaks quickly. Avoid catastrophic leaks with early detection.
Remotely monitor properties for water leaks, in real time
Avoid the cost and inconvenience of manual inspections. Get an accurate view of where and when leaks occur, in real time, within properties and across your portfolio.
Eliminate false positives with custom sensitivity
Use the adjustable sensitivity to set different leak alert thresholds for different use cases, on a device-by-device basis. Reliably detect water leaks even in wet areas, without running the risk of frequent false positive alarms.
Make informed, data-driven decisions
Generate proprietary water leak data, including when and where and when they occur. Identify factors that increase the likelihood of leaks, across facility layouts, usage, and parts.
Get water leak detection up and running quickly
Enjoy a quick, easy, non-invasive install that takes just minutes per device. Get up and running quickly, without needing any specialist tools or assistance.
Streamline maintenance
Minimize the burden on facilities teams with a solution requires no regular maintenance, and has an average battery life of 6 years.
Protect your reputation
Continue to deliver the high quality tenant experience you're known for, by employing gold-standard water leak detection to protect your tenants and your asset.
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WATER LEAK DETECTION USE CASES FOR LIFE SCIENCE FACILITIES
Where you'll find Severn WLD in life science facilities
Life science facility owner operators install Severn WLD to monitor anywhere a leak is likely, costly, or both - including:
- Laboratories and equipment rooms, under and around equipment
- Mechanical rooms
- Water tanks
- Fire protection systems
- Sump pits
- HVAC
- Utility areas
- Elevator pits
- Plumbing & drainage systems, including pipes, flanges, and fittings
- Risers
- Sinks
- Washers & dryers
- Restrooms and bathrooms
- Kitchens, including near dishwashers, fridges, and freezers
FAQs about water leak detection in life science facilities
Why is water leak detection critical in life science buildings?
Life science facilities house sensitive equipment, valuable research, and controlled environments. Water leaks can cause operational downtime, contaminate experiments, or damage critical infrastructure. Early detection is essential for preserving scientific integrity and facility uptime.
How do smart leak detection systems work in laboratory and biotech settings?
Smart water leak sensors continuously monitor for the presence of water in designated high-risk zones. When a leak is detected, alerts are sent immediately via digital channels so maintenance teams can act before a small issue becomes a major disruption.
Can I change my plan later?
Where should water leak detection sensors be installed in a lab or research facility?
Water leak sensors are typically placed under laboratory sinks, near HVAC and cooling systems, around water purification systems, incubators, and equipment racks. Locations with active plumbing, high humidity, or sensitive instrumentation are also key targets.
Life science facilities also benefit from water leak sensors in areas common to a range of building types: mechanical and control rooms, water risers, elevtor pits, and subterranean basements.
Can your water leak sensors be integrated with existing building automation systems (BAS)?
Yes, we can integrate our water leak detection system with BAS, SCADA systems, or facility management software. Please get in touch to discuss your specific requirements.
Will your water leak detection solution interfere with lab workflows or compliance standards?
No. Our water leak sensors are small and non-intrusive, and can be installed without affecting lab certifications or daily operations. Their low-profile design and wireless communication options support sterile and highly regulated environments.
How can water leak detection support business continuity in life science facilities?
By detecting issues before they escalate, water leak detection minimizes unplanned downtime, protects specialized lab environments, and reduces the risk of asset loss. This ensures experiments, production, and compliance workflows continue uninterrupted.
Is it possible to monitor multiple lab zones or buildings remotely?
Yes. Centralized dashboards allow facilities teams to monitor water leak sensor status across multiple zones, floors, or buildings from a single platform. This is especially valuable for campus-style research parks or distributed lab environments.
What kind of alerts are generated when you detect a water leak?
Alerts are sent via SMS and/ or email to nominated members of your facilities team. These alerts include the name of the device that's detected a leak, its location, and and a time stampn.