Future-Proof Your Healthcare Facility by Focusing on These Four Outcomes

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Tip #34

Christy Fetsch, Healthcare Sales Leader, Trane Commercial


Hospitals operate around the clock in complex environments where infrastructure must support not only comfort, and quality of care but also long-term sustainability. However, many of these facilities are aging and becoming less efficient or were not originally designed with efficiency or environmental performance in mind, and now face growing pressure to lower utility costs, cut emissions, and meet evolving regulations.

By focusing on four clear outcomes, healthcare decision-makers can make measurable improvements that help advance sustainability initiatives, operational efficiency, and long-term resilience.


1. Reduce Energy Costs with Efficiency
HVAC systems in healthcare facilities often consume significant energy. Improving how they operate and are maintained can help lower costs and reduce environmental impact. Strategic changes that can improve efficiency include:

  • Using smart building systems to align HVAC performance with occupancy patterns instead of relying on fixed schedules.
  • Leverage HVAC controls to maintain strict environmental conditions in vital areas and reduce unnecessary energy use in those that are less critical.
  • Applying predictive maintenance and analytics to detect issues early, helping to improve efficiency, and avoid costly repairs or outages.

2. Improve Indoor Environmental Quality
Indoor air quality, comfort, and consistency impact the experience of patients and staff. Focused improvements that contribute to enhanced healthcare environments include:

  • Installing monitoring tools in noncritical spaces that automatically adjust airflow and filtration based on real-time occupancy and air quality conditions.
  • Maintaining comfortable temperature and humidity levels to support patients as they recover.
  • Integrating supplemental air purification technologies in high-risk areas to help neutralize airborne pathogens.

3. Strengthen Operational Reliability with Sustainable Solutions
Reliable system performance is essential to help provide uninterrupted care. Sustainability strategies can also enhance both day-to-day operations and long-term resilience. These include:

  • Leveraging 24/7 monitoring systems that provide real-time data to identify issues early and respond quickly before disruptions occur.
  • Developing maintenance protocols to help extend equipment life, maintain stability, and reduce costly service interruptions.
  • Selecting upgrades that are modular and scalable, allowing the facility to adapt as care delivery models and technologies evolve.

4. Simplify Compliance and Unlock Incentives
As standards change, consistent documentation and reporting are becoming essential for maintaining compliance and accessing available funding opportunities. Aligning sustainability efforts with regulatory expectations can help reduce risk, improve transparency, and open the door to additional resources. You can get started by:

  • Tracking energy, water, and emissions to simplify audits, reports, and regulatory reviews.
  • Identifying applicable incentives and developing reporting practices that meet verification and eligibility standards.
  • Collaborating with utility providers, funding agencies, or technical experts to uncover and explore programs that support infrastructure upgrades and long-term resilience investments.

In a healthcare setting, every building decision carries weight. Efficiency, air quality, system reliability, and compliance are more than operational concerns. They can shape and influence the overall experience of patients and staff. By focusing on these four outcomes, facility teams can lead meaningful progress and build a stronger foundation for the future.

Author

Christy Fetsch HeadshotChristy Fetsch, Healthcare Vertical Market Strategy Leader

Christy Fetsch is the Healthcare Vertical Market Strategy Leader at Trane, where she spearheads the development and execution of go-to-market strategies for the healthcare sector across Trane’s controls, services and commercial equipment.

Since joining Trane in 2007, Christy has held progressive key roles within the energy services organization, serving as a trusted advisor to healthcare networks and commercial spaces on building decarbonization and energy management. Passionate about marrying energy with technology and data, Christy works closely with Trane engineers to address healthcare building management needs through product innovation.

An accomplished industry speaker on energy and decarbonization, her contributions to the healthcare engineering field have been recognized with Trane’s Growth Through Innovation award and the Contributor of the Year award by the American Society of Healthcare Engineers, Kentucky Chapter.

Christy graduated from the University of Kentucky, earning a bachelor’s degree in mechanical engineering. She is a LEED Accredited Professional (LEED AP) and a Certified Energy Manager (CEM).

Connect with Christy Fetsch on LinkedIn.