Built for Care: Supporting Better Care Through Reliable, Resilient, and Efficient Infrastructure

Sustainability in healthcare is becoming one of the most consequential frontiers in infrastructure because it connects patient safety, clinical operations, energy and water efficiency, resilience, life safety, and financial performance across every hour a facility is open. At 1EnergyWorld, host Glenn Tyranski, Partner at 1BusinessWorld, welcomes Chris Fenwick, Head of Sustainability at APi Group, for Built for Care: Supporting Better Care Through Reliable, Resilient, and Efficient Infrastructure, a leadership conversation on how the systems behind the walls of a hospital shape the quality, safety, and continuity of care. The conversation examines what it takes to treat sustainability not as a reporting exercise but as the everyday performance of the buildings and systems that care depends on.

The conversation moves from narrow definitions of sustainability to infrastructure performance in service of care. Fenwick reframes sustainability beyond emissions and reporting to the quality of the care environment itself, where air quality, ventilation, temperature, humidity, and building performance become part of care delivery, and where wasting less energy, water, and infrastructure frees resources for staffing, patient care, and capital planning. He lays out a practical decarbonization sequence that begins by understanding the biggest loads and risks, then reduces waste and optimizes the equipment already in place, before moving to electrification, equipment replacement, controls modernization, and cleaner energy. Tyranski, drawing on his experience on a health system board and decades working with healthcare organizations, connects that discipline to a zero-defect reality where reliability builds the trust that drives outcomes, reputation, and financial performance.

The next era of healthcare sustainability will be defined by the ability to connect reliability, resilience, efficiency, life safety, and continuity of care into a single operating discipline rather than a set of separate goals. That requires predictive inspection and maintenance, life-cycle thinking in place of first-cost decisions, building management systems and AI that strengthen human judgment rather than replace it, and steady progress guided by good data with patient care at the center. The opportunity now is to treat the hospital building as part of the care team, so that every system behind the walls performs safely and dependably for the patients, clinicians, and families who count on it.

Sustainability as the Care Environment

Fenwick opens by arguing that sustainability in healthcare is often framed too narrowly. It is not only about emissions or reporting, it is also about the quality of the care environment itself. Air quality, ventilation, temperature, humidity, and overall building performance all shape the patient and staff experience, which means the building becomes part of care delivery rather than a backdrop to it.

That is the idea behind "built for care." Infrastructure has to be safe, resilient, efficient, and dependable enough to protect patients, support staff, and keep operations running day in and day out. Fenwick leads sustainability for APi Group, which brings together capabilities across life safety, security, HVAC, building systems, vertical transportation, and service maintenance and inspection. In healthcare, no single system operates on its own, and performance depends on how all of these systems work together over time.

Efficiency That Creates Capacity

One of the simplest and most important ideas in the session is that reducing waste creates room for the mission. When a facility uses energy, water, and infrastructure more efficiently, it frees financial capacity for other priorities, which in healthcare can mean more resources for patient care, staffing, or capital planning. Efficiency, in this framing, is not about doing less, it is about wasting less so more can go toward care.

The scale of the opportunity follows from how healthcare buildings operate. They run around the clock, so even small inefficiencies in HVAC, lighting, controls, steam, or water become major costs over time. The value is not only financial, because efficient systems tend to run more smoothly, place less strain on equipment, and create a more stable operating environment overall.

Where Reliability, Resilience, and Sustainability Meet

Fenwick emphasizes that sustainability and reliability belong to the same conversation. A system that fails when it is needed is not sustainable, no matter how efficient it looks on paper, so resilience, maintainability, and operational discipline have to be part of the sustainability strategy. The goal is consistent performance in critical environments, and building health directly supports human health, since ventilation, humidity, and pressurization affect infection control, comfort, and staff performance.

Compliance matters, but Fenwick treats it as the starting point rather than the finish line. Critical spaces need to perform reliably every single day, so the larger objective is an environment that stays stable, safe, and resilient even when conditions are difficult. Climate risk sharpens the point, because more heat, storms, and utility disruption place new stress on buildings and turn sustainability into a question of preparedness as much as of long-term impact.

That is why reliability, resilience, and sustainability are increasingly the same discussion in healthcare infrastructure. Climate risk has moved sustainability from a distant environmental goal to an immediate operational priority, and a facility that cannot keep critical systems running when outside conditions become unpredictable cannot honestly call itself sustainable.

A Disciplined Path to Decarbonization

When the conversation turns to decarbonization, Fenwick keeps the mission front and center. Hospitals cannot simply turn things off, so the path has to be thoughtful. The best place to begin is usually by removing waste, tuning systems, and improving performance in ways that lower emissions without introducing unnecessary risk to care delivery or regulatory compliance.

He offers a sequence worth following. First, understand where the biggest loads, emission sources, and operational risks sit. Then reduce waste and improve efficiency by taking care of the equipment already in place and ensuring it operates optimally. Only after that come the bigger moves, such as electrification, equipment replacement, controls modernization, and cleaner energy sources. The order matters, because once demand is lower and systems are better optimized, the next steps tend to be more practical and cost-effective.

Life Safety and Continuity of Care

Sustainability and life safety come together very directly in healthcare. Fire protection, emergency power, smoke control, and system readiness cannot be separated from the broader resilience strategy, and in many cases the same discipline that supports sustainability, including better visibility, better maintenance, and better asset management, also strengthens life safety performance. Resilience, in this sense, is a patient safety issue as much as a facilities issue, because a sustainable facility is one that can continue to serve people during disruption.

In the discussion with Tyranski, that idea extends to the people who deliver care. Reliable, well-run environments help organizations retain staff, because teams feel enabled to perform their work and are less stressed by conditions they cannot control, even across the long and demanding shifts common in hospitals. Continuity of care and continuity of the caregivers turn out to be closely linked, and both depend on infrastructure that performs when it is needed.

Inspection and Maintenance as Operating Discipline

Inspection may not sound exciting, but Fenwick calls it one of the most important tools available. It gives organizations a way to catch drift, degradation, and hidden inefficiencies before they turn into failures, and in healthcare the cost of waiting is often far higher than the cost of seeing issues early and acting on them in a planned way. The next step is making inspection and maintenance more predictive, because better data makes it easier to understand which assets are truly at risk and where to focus time and capital first.

Preventive maintenance is one of the clearest examples of sustainability in action. Equipment that is maintained well lasts longer, runs more efficiently, and is less likely to fail unexpectedly, while deferred maintenance produces more waste, more risk, and higher total cost later. That trade-off is especially important in a hospital, given what is at stake, and it points toward a shift from a first-cost mindset to a life-cycle mindset, where reliability, efficiency, maintenance burden, expected life, and replacement timing are weighed together.

Data, Building Management, and AI

A strong building management system is a major enabler in this work. It gives facilities teams real-time visibility into what is happening and helps them maintain tighter control over critical conditions, which can mean faster response, more consistent environmental performance, and less wasted energy at the same time. In the conversation, Fenwick describes how the right systems travel with the team across the building and even home, delivering notifications when a reading is out of range or a component is pulling more power than it should, and building a history of data that turns a recurring drift into a smarter maintenance schedule that preserves the life of an asset.

Artificial intelligence belongs in the same discussion. Fenwick sees real potential for AI to detect faults early, improve maintenance planning, and turn building data into something more actionable, while insisting that healthcare environments demand a disciplined approach in which human oversight, cybersecurity, and data quality still matter a great deal. As that smart data rolls up into useful information for the C-suite and the board, it becomes a way to act earlier, respond faster, and operate more resiliently.

Trust and the Triple Bottom Line

At the end of the day, reliability creates trust. Patients and clinicians may never see most of the systems behind the walls, but they depend on them completely, and when those systems perform consistently, people experience the facility as safe, stable, and ready. That trust tracks health outcomes, which in turn drives reputation, patient loyalty, and revenue growth, making the reliability of the operation foundational to the success of the organization.

Fenwick frames the payoff through a triple bottom line. For people, better infrastructure creates healthier and more resilient environments. For the environment, it reduces waste, emissions, and resource use. For the business, it reduces downtime, lowers operating costs, and improves life-cycle value. In healthcare, those three outcomes reinforce one another, which is why sustainability is not a trade-off between mission and performance but a way to strengthen both. Tyranski connects the same logic to the fiscal reality of reimbursement, where capturing efficiency through better-run infrastructure helps recapture margin that can be reinvested in care.

A Journey Guided by Data

Fenwick is candid that none of this is easy. Healthcare facilities are complex, heavily regulated, and often working with aging infrastructure and limited capital, so the goal is not perfection but steady progress, guided by good data and clear priorities, always with patient care at the center of the decision. It is, in his words, truly a journey, one where reliable and resilient systems matter just as much as efficient ones, building health supports human health, and inspection, maintenance, and life-cycle planning are foundational.

For Tyranski, who recently joined the board of a health system, the stakes land close to home. He describes a near zero-defect environment in which infrastructure has to work every hour of every day, because a patient can arrive at any moment, and where the ambition is not only to react but to predict. That is where an integrated partner can help, and Fenwick closes by noting how APi Group supports healthcare organizations across life safety, security, and HVAC to improve reliability, maintain compliance, reduce downtime, and drive better long-term facility outcomes.

The most sustainable healthcare facility, in the end, is the one people can count on. Treating the building as part of the care team, and holding its systems to the same standard of safety and reliability as the clinical work they support, is how sustainability becomes tangible in healthcare and how better infrastructure quietly makes better care possible.

Session Intelligence

This session positions sustainability in healthcare as infrastructure performance in service of care, shaped by reliability, resilience, efficiency, life safety, data, and trust. Its central insight is that the systems behind the walls of a hospital are part of care delivery, and that treating them with scientific and operational discipline strengthens both mission and financial performance.

Infrastructure as Care

Air quality, ventilation, temperature, humidity, and building performance shape the patient and staff experience, which makes the building part of care delivery rather than a backdrop to it.

Efficiency Creates Capacity

Reducing waste in energy, water, and infrastructure frees financial room for staffing, patient care, and capital planning, so efficiency is about wasting less rather than doing less.

Reliability and Resilience

Critical systems must perform under stress, through peak demand and emergencies, which makes resilience a patient-safety priority as much as a facilities concern.

Operating Discipline

Predictive inspection, preventive maintenance, life-cycle thinking, building management systems, and disciplined AI turn sustainability from a goal into a daily operating practice.

Healthcare Infrastructure Sustainability Reliability Resilience Life Safety HVAC Building Management Systems Preventive Maintenance Decarbonization Energy Efficiency Climate Risk Continuity of Care AI in Facilities Triple Bottom Line