Imagine failure of a hospital’s oxygen support system or electricity heading into the operating room. A single failure, no matter what it is or where it happens, creates an incredible risk to life. Yet, every day, facilities face the same pressures to remain operational to perfection. That doesn’t come from luck. It comes from smart facility management.

Careful consideration of every functional element is the starting point. Creating a system that minimizes risk starts with exploring the latest technology and tools. Consider the steps smart facilities are using to maintain operations by designing their functions around downtime prevention.

It’s Proactive and Preventive, Not Reactive

Advanced design strategies for hospital systems prioritize preventive solutions. That means not just creating a strategy to react to situations. Facilities cannot wait until there is a problem to act, leading to chaotic emergency repairs and deferred upgrades. Instead, they must prioritize a preventative strategy that incorporates:

• A built-in strategy for redundancy
• Proactive maintenance and replacement schedules to keep systems operating longer
• Rapid response alerts to minimize the worst possible outcome

As hospital systems age and old systems lack the compatibility they need to maintain for modern fail-over protocols, organizations need to look for better options. Aging infrastructure is easily one of the most hidden threats.

How a Proactive Plan Works

Consider medical gas services. Systems must incorporate predictive maintenance, integrated safety systems, and real-time monitoring to ensure there is no emergency that cannot be managed without patient loss of life or delays.

Technology built to last. At the core of this process is designing technology and components that last. That might mean, for example, long-life compressors and vacuum systems that can handle intensive clinical use. They are built to handle the wear and tear and demands of a critical care environment.

Predictive maintenance as a routine. The next step incorporates predictive maintenance strategies that are not just preventative. They are constantly monitoring function, capabilities, and changes in operation to spot initial and often early warning signs of a concern.

Failover-ready design. Choose systems that offer a fail-over design that alerts and then controls the move to activate standby systems automatically. These systems do not wait for people to recognize a concern. They use sensors to predict what’s happening and make a move.

Real-time monitoring is in place. Another core component of these systems is real-time, automatic monitoring. All systems are constantly monitored with automated solutions that react, whether that is an alert sent or a simple move to a standby system. Real-time monitoring like this predicts risks long before they become threats.

Proactive infrastructure upgrades assured. Every system will age, and technology will change. Companies that design integrated systems and incorporate safety steps to keep operations moving forward also recognize the importance of updating and replacing aging components before they become a real threat. That means there’s less risk for complications over time.

The Benefits and Outcomes Are Clearly Evident

When incorporating a system like this, one that is integrated with real-time monitoring and automatic application of backup plans, several things occur.

• Surgeries no longer need to be postponed. That means people get care more readily when they need it.
• ICUs don’t have to move to shift patients around, creating stress. Instead, they maintain reliable care.
• Emergency patients can be treated properly in the facility instead of transferring them. That reduces costs.
• Hospital systems maintain a reputation for being more reliable. That carries over not just to patient care needs, but also to investments in the future, partnerships, and advancing technology.
• Hospitals are ready to implement the most advanced and life-saving strategies, technologies, and infrastructure when they become available.

Building a more resilient system is the primary goal of today’s safety professionals in all medical systems. For manufacturing and construction professionals in the safety industry, advanced design strategies like these are more readily available than ever.