2026 executive update · Sustainability and resilience · Leadership action
Prioritizing Sustainability in Healthcare: Strategies for 2024
In 2026, healthcare sustainability is best governed as an operating, resilience, and public health strategy. Hospitals and medical offices depend on energy, water, transportation, supplies, pharmaceuticals, food, and waste systems that can be disrupted or create avoidable cost and environmental burden. Executives do not need to…
At a Glance
In 2026, healthcare sustainability is best governed as an operating, resilience, and public health strategy. Hospitals and medical offices depend on energy, water, transportation, supplies, pharmaceuticals, food, and waste systems that can be disrupted or create avoidable cost and environmental burden. Executives do not need to…
Executive opening: connect sustainability to care continuity and operating discipline
In 2026, healthcare sustainability is best governed as an operating, resilience, and public-health strategy. Hospitals and medical offices depend on energy, water, transportation, supplies, pharmaceuticals, food, and waste systems that can be disrupted or create avoidable cost and environmental burden. Executives do not need to treat every environmental issue as an immediate capital project. They do need a disciplined process for identifying material risks, protecting care continuity, reducing waste, and evaluating investments against quality, safety, financial, and community outcomes.
The strongest programs join mitigation and resilience. Mitigation reduces resource use and emissions; resilience prepares the organization to continue serving patients when heat, severe weather, utility failure, or supply disruption affects operations. HHS and ASPR TRACIE provide healthcare-specific resilience resources, while EPA tools support energy benchmarking. The executive task is to create one accountable portfolio instead of separate facilities, procurement, emergency-preparedness, and community initiatives that compete for attention.
Internal-link suggestions
Leadership priorities
Build an integrated leadership response
establish governance, scope, and a credible baseline
Assign an executive sponsor and a cross-functional steering group with facilities, clinical operations, finance, supply chain, emergency management, infection prevention, pharmacy, food services, environmental services, data, and community health. Define whether the initial scope covers one facility, a campus, or the system. A narrow and reliable baseline is more useful than an enterprise claim built from incomplete data.
Start with energy, water, regulated and nonregulated waste, major purchased categories, refrigerants or anesthetic gases where relevant, and service continuity risks. Document data owners, source systems, estimation methods, reporting periods, and known gaps. EPA's healthcare energy resources describe opportunities for hospitals to improve energy efficiency, while Portfolio Manager can support consistent benchmarking where applicable. Local utility data and engineering systems remain essential for operational decisions.
Approve a small set of principles: patient safety comes first; infection-prevention requirements are not bypassed; savings claims require a documented baseline; and projects must account for maintenance, training, lifecycle cost, and resilience. Establish a review cadence and require proposed goals to state their boundary and measurement method. This prevents leaders from comparing unlike facilities or announcing targets that teams cannot verify.
pursue energy and infrastructure projects through a resilience lens
Energy efficiency can reduce operating exposure, but projects should be prioritized by clinical criticality as well as payback. Begin with commissioning, controls, scheduling, maintenance, envelope performance, lighting, and ventilation optimization that remains consistent with clinical and regulatory requirements. Review central plants, backup power, fuel arrangements, cooling capacity, water systems, and critical equipment dependencies. A project that saves energy but introduces downtime or infection risk is not successful.
Use a facility risk assessment to identify services that cannot tolerate interruption and the infrastructure supporting them. ASPR TRACIE's climate change and healthcare system considerations organize resilience planning around prospective risk assessment, equity and community engagement, infrastructure and operations vulnerabilities, collaboration, and oversight. Apply those elements to heat, flooding, smoke, severe storms, water interruption, and supply disruption based on local hazards.
Capital governance should compare lifecycle cost, avoided disruption, maintenance capacity, incentives, and clinical consequences. Test assumptions through emergency exercises and downtime scenarios. Coordinate sustainability upgrades with deferred maintenance and construction plans so teams do not replace equipment twice or lock in an avoidable constraint. Report energy and resilience benefits separately, even when one project supports both.
make procurement and waste reduction clinically informed
Purchased goods and services create cost, waste, and continuity dependencies. Build category-level reviews with clinicians, supply chain, infection prevention, finance, and end users. Focus first on high-volume or high-cost categories with clear alternatives, recurring shortages, excess packaging, low utilization, or disposal complexity. Product changes require evaluation of clinical performance, compatibility, training, reprocessing limits, and total cost.
Waste work should begin with accurate segregation. Mixing ordinary waste with regulated streams can increase handling burden and cost, while poor segregation can create safety and compliance risk. Standardize bins, labeling, placement, education, and audits. In procedural areas, review unopened product waste, preference-card accuracy, kit configuration, inventory rotation, and expiration. Pharmacy can examine safe inventory practices and disposal requirements without compromising medication access.
Supplier expectations should be specific and verifiable. Ask for packaging data, delivery resilience, manufacturing or distribution locations where material, product take-back options, service support, and continuity plans. Avoid broad environmental claims that cannot be substantiated. Contract terms can require reporting, incident notification, and improvement plans, but smaller suppliers may need a proportionate approach. Sustainability should strengthen supply reliability and clinical value, not become a paperwork exercise detached from care.
align clinical operations, workforce engagement, and community health
Operational sustainability improves when frontline teams can see the connection to their work. Invite staff to identify recurring waste, unnecessary movement, duplicate supplies, idle equipment, and workflow choices that add burden. Improvement teams should test changes in a limited area, measure safety and experience, and stop changes that create unintended consequences. Recognition should reward verified improvement, not only participation.
Clinical leaders can review care pathways for avoidable duplication, unnecessary delays, and preventable use of resources while preserving appropriate care. Telehealth or digital processes may reduce some travel or paper use, but leaders should account for access, device, staffing, and technology impacts. Food-service initiatives should consider nutrition, affordability, sourcing reliability, and waste. Facilities work should include indoor environmental quality, safe temperatures, and accessible spaces.
Community planning matters because infrastructure disruptions do not affect everyone equally. Determine which populations face transportation, power, housing, medication-storage, language, or mobility barriers during extreme conditions. Coordinate with public health, emergency management, suppliers, community organizations, and other healthcare providers. Sustainability becomes a public-health strategy when it protects continuity for the people most likely to experience disruption, not only when a facility reports lower resource use.
finance a balanced portfolio and report evidence
Create a portfolio that includes low-cost operational improvements, maintenance-linked upgrades, resilience investments, and longer-term capital projects. Use consistent business-case fields: baseline, scope, capital and operating cost, useful life, maintenance, training, incentives, resource reduction, resilience benefit, quality or safety impact, and data confidence. Sensitivity analysis is appropriate when utility prices, project life, or avoided downtime are uncertain.
Finance should verify savings against normalized conditions rather than accepting a simple before-and-after comparison. Weather, occupancy, service volume, construction, and rate changes can affect results. Facilities and data teams should explain adjustments. For resilience projects, estimate consequences through scenarios and service criticality, while acknowledging that avoided-disruption values are not guaranteed savings.
Public reporting should state boundaries, methods, and limitations. The HHS sustainability page demonstrates federal attention to efficient and sustainable operations, while the HHS Health Sector Climate Pledge has offered voluntary targets to participating organizations. A health system may choose its own commitments, but leadership should not announce a target without accountable ownership, a baseline, interim milestones, and a funded plan. Credibility comes from consistent evidence and corrective action.
Leadership cadence
Start, strengthen, and measure the system in 90 days.
Start: days 1 through 30
Name the executive sponsor, steering group, and facility scope. Inventory available energy, water, waste, procurement, maintenance, and downtime data. Identify critical services and the infrastructure they require. Select three material opportunities and three resilience vulnerabilities. Record baseline definitions and pause unsupported external claims until data can be verified.
Strengthen: days 31 through 60
Launch one operational efficiency pilot, one waste-segregation or supply-use pilot, and one resilience review. Standardize business-case fields and measurement methods. Engage frontline teams and affected community partners. Incorporate sustainability criteria into a selected procurement category and test an infrastructure downtime scenario. Resolve data ownership and reporting gaps.
Measure: days 61 through 90
Review resource use, cost, safety, staff burden, service continuity, and data confidence. Compare pilot performance with its baseline and document confounders. Approve corrective actions and a twelve-month portfolio with owners and funding gates. Report what is known, what remains estimated, and which projects will proceed, change, or stop.
Decision-grade measurement
Metrics that belong on the executive dashboard
- Energy and water use normalized for facility conditions and service volume where feasible
- Waste by stream, segregation accuracy, disposal cost, and unopened or expired product waste
- Critical infrastructure vulnerabilities, mitigation status, and exercise findings
- Procurement categories reviewed for lifecycle cost, resilience, and verifiable supplier data
- Projected and verified savings shown separately, with assumptions and confidence level
- Safety, infection-prevention, patient-experience, and workforce-burden balancing measures
- Community continuity risks and corrective actions completed by due date
Conclusion
Turn strategy into an accountable operating system.
Healthcare sustainability is credible when it protects care, improves operating discipline, and prepares the organization for disruption. Energy, waste, procurement, infrastructure, and community resilience should be managed as one portfolio with clear boundaries and reliable evidence. This approach allows executives to capture practical improvements without making unsupported claims or compromising clinical requirements.
The next step is not an enterprise announcement. It is a defined baseline, a small set of material priorities, and a governance process that compares safety, resilience, cost, and environmental impact. When leaders measure honestly and learn from pilots, sustainability becomes part of how the organization delivers dependable care.
Executive questions
Frequently asked questions
Must a health system make a public emissions pledge to begin?
No. An organization can begin with governance, baseline data, efficiency, waste, procurement, and resilience work. If leaders later make a public commitment, it should include a defined boundary, accountable owner, interim milestones, measurement method, and funded implementation plan.
Which projects should be prioritized first?
Prioritize material opportunities that protect clinical operations, address known infrastructure risk, reduce recurring waste, or offer a credible lifecycle return. Low-cost improvements can proceed alongside planning for larger capital needs.
How should patient safety be protected during sustainability work?
Include clinical leadership, infection prevention, facilities, and end users in design and testing. Use balancing measures, limited pilots, and stop rules. Environmental benefit does not justify bypassing safety, regulatory, or infection-control requirements.
How can leaders avoid greenwashing?
State the scope, baseline, methods, and limitations behind every claim. Distinguish targets from verified results, avoid unsupported supplier language, and report corrective action when performance falls short.
