In today's buildings, water management is more than just a utility concern -it's a critical factor in maintaining efficiency, safety, and compliance with health regulations. Advances in smart water management systems are transforming the way facilities handle water distribution, reducing risks associated with waterborne pathogens, temperature inconsistencies, and energy waste. By incorporating smart water management technology, like a digital mixing valve, building owners can improve both safety and operational efficiency.

Enhancing Building Efficiency

Efficiency is a top priority for building owners and facility managers looking to reduce operational costs and environmental impact. Digital mixing valves contribute significantly to energy and water conservation while optimizing overall system performance.

• Water Conservation: By leveraging real-time data and automated controls, these systems detect leaks, minimize waste, and regulate water usage more effectively than traditional methods.


• Energy Savings: Efficient temperature regulation helps ensure water is heated only when necessary, reducing energy consumption and operational costs.


• Predictive Maintenance: Integrated monitoring capabilities help identify potential issues before they escalate, preventing costly repairs and downtime.


• Optimized Performance: Digital mixing valves reduce pressure fluctuations and temperature inconsistencies, ultimately leading to improved system reliability and longevity.

A digital mixing valve can help buildings achieve significant cost savings, reduce resource waste, and meet sustainability goals without compromising performance. However, efficiency isn't the only concern - building water systems must also prioritize safety to protect occupants from health hazards and injuries.

Mitigating Legionella Risks

Beyond efficiency, safety is a fundamental component of water management, particularly in mitigating Legionella bacteria, which cause Legionnaires' disease. These bacteria thrive in stagnant or warm water environments commonly found in large plumbing systems. Managing water temperatures and flow effectively is key to mitigating bacterial growth.

A digital mixing valve mitigates Legionella risk by maintaining precise water temperatures that inhibit bacterial growth. They can perform automated high-temperature disinfection cycles and provide continuous monitoring with alerts. These valves balance Legionella prevention and user safety by storing water at high temperatures while distributing it safely at lower temperatures.

Protecting Against Scalding with Precise Temperature Control

Inconsistent water temperatures pose a serious risk to building occupants, especially in healthcare facilities, schools, and hospitality environments. Scalding injuries can occur when water temperatures exceed safe limits, while water that is too cool may fail to meet hygiene standards. Traditional mixing valves often struggle to maintain precise temperature control, particularly under fluctuating demand.

On the other hand, digital mixing valves precisely control water temperature at the point of use by blending hot and cold water to maintain a safe, preset temperature, typically below 120°F (49°C). These valves quickly respond to pressure and temperature changes, preventing sudden hot water surges that could cause burns. They can also be programmed with temperature limits and safety shutoffs for added protection.

IntelliStation^® 2: The Next Generation of Digital Mixing

Incorporating advanced digital mixing valves is essential for optimizing building efficiency and safety. The Powers IntelliStation^® 2 stands out as a premier solution, offering precise water temperature control and real-time system monitoring. Key features of the IntelliStation^® 2 include:

• loT Integration for Remote Management: Equipped with Internet of Things (loT) capabilities, the IntelliStation^® 2 allows facility managers to monitor and adjust water temperatures remotely via the Nexa™ app - helping to ensure consistent performance and rapid response to any issues.


• Automated Sanitization and Scheduling: The system enables users to set up automated sanitization cycles to mitigate the risk of waterborne bacteria, such as Legionella. Additionally, customizable scheduling features promote energy savings by aligning water heating operations with building occupancy patterns.


• Enhanced Safety and Compliance: By maintaining precise water temperatures, the IntelliStation^® 2 reduces the risk of scalding and supports compliance with health and safety regulations. Its real-time monitoring capabilities provide immediate alerts to potential issues, allowing for prompt corrective actions.

The IntelliStation^® 2's advanced features make it a valuable asset for modern facilities aiming to optimize water management practices.

Smarter Water, Safer Buildings

Smart water management is no longer a luxury- it's a necessity for ensuring building efficiency, occupant safety, and regulatory compliance. With a digital mixing valve, facility managers can take a proactive approach to water safety and operational optimization. Whether preventing Legionella growth, mitigating scalding risks, or improving energy efficiency, these innovations are shaping the future of water management in commercial and institutional buildings.