Modernizing Hot Water Systems at Ronald McDonald House Philadelphia

What the Client Needed

At Ronald McDonald House Philadelphia, hot water is not just a convenience. It supports daily life for families caring for seriously ill children. With more than 100 guest families staying in the facility every day, consistent hot water is critical for showering, sanitizing, laundry, meal preparation, and overall comfort.

Over time, the facility began experiencing increasing temperature fluctuations. Guests reported water that was sometimes too cold, sometimes too hot, and inconsistent from use to use. Eventually, a failure in the existing thermostatic mixing valve led to a complete hot water outage. While temporary workarounds restored service, the system continued to show instability.

For a fully occupied facility like this, extended downtime or repeated shutdowns were not acceptable. The organization needed a solution that would deliver tight temperature control, minimize disruption during installation, and provide better visibility into system performance going forward.

Solution

The project team installed the Powers IntelliStation® 2 digital mixing valve. Designed for high‑demand commercial facilities, the system continuously monitors incoming hot and cold water and automatically adjusts to maintain precise temperature control, helping eliminate the fluctuations guests had been experiencing throughout the building.

Because the IntelliStation 2 ships as a factory‑assembled system, the retrofit could be completed quickly with minimal rework to existing piping. This was critical in a fully occupied facility where limiting downtime was essential. Once installed, the system was commissioned through a digital interface and hot water was restored to the building almost immediately, allowing normal operations to resume without extended disruption.

The upgrade also introduced full visibility and remote monitoring capabilities through the built-in Nexa water management system platform. Real‑time temperature readings and alerts now allow the team to detect changes early and troubleshoot issues remotely.

Results

Following installation, the facility achieved consistent, stable hot water throughout the building. For staff, the upgrade reduced uncertainty and response time. Instead of relying on guest complaints to identify issues, the facilities team now has visibility into system inputs and outputs and can address potential problems before they escalate.

Just as importantly, the project was completed without prolonged downtime. Families were informed in advance, disruption was minimized, and normal operations resumed quickly. The result is a more reliable system that supports the Ronald McDonald House mission of letting families focus on their child’s care rather than the mechanics of the building around them.