The healthcare landscape has undergone significant transformations, with an increasing number of procedures moving to non-acute care settings. This shift, coupled with heightened awareness of infection risks, has made robust infection prevention programs crucial for healthcare environments outside traditional hospitals. While acute care facilities have long-established protocols, non-acute facilities face unique challenges in maintaining rigorous infection prevention standards while delivering efficient, patient-centered care.
The physical design of healthcare facilities plays a pivotal role in infection prevention. Modern non-acute care centers are moving away from traditional layouts to embrace designs that inherently support infection prevention. A well-planned facility should incorporate:
Dedicated instrument processing areas and sterile storage
Strategic patient flow patterns that minimize cross-contamination risks
Separate clinical and non-clinical spaces
Proper ventilation and air handling systems
Easily cleanable surfaces and materials
Adequate hand hygiene stations
Clear separation between clean and dirty utility areas
Cleanable surfaces and materials that are smooth, seamless and moisture-resistant
A cornerstone of effective infection prevention is a purpose-built instrument processing space. Unlike older facilities where sterilization might share space with break rooms or storage areas, modern designs emphasize dedicated, centrally located instrument processing zones. This separation allows for better containment of contamination risks and helps create clear boundaries between clean and dirty areas. As recommended by the Centers for Disease Control and Prevention (CDC) and the Association for the advancement of Medical Instrumentation (AAMI).
The space should be easily accessible from all patient care areas while maintaining proper workflow segregation. This strategic positioning helps maintain efficiency without compromising sterility protocols or risking cross-contamination.
Three key design approaches have emerged as particularly effective in reducing infection transmission risks:
Collaborative Care Model: This approach keeps patients in one location while bringing necessary services to them. By minimizing patient movement throughout the facility, it reduces potential exposure points and simplifies cleaning protocols between visits.
Self-Rooming System: This innovative approach eliminates traditional waiting areas, allowing patients to move directly to exam rooms. The strategy reduces congregation in common areas and minimizes surface contamination in high-traffic zones.
On-Stage/Off-Stage Design: This model creates separate corridors for staff and patients, reducing cross-traffic and allowing for more controlled environmental cleaning procedures.
Modern infection prevention strategies leverage technology to strengthen traditional protocols. Real-time locating systems (RTLS) have become valuable tools for:
Contact tracing in case of exposure events
Monitoring room cleaning status
Managing patient flow to prevent overcrowding
Tracking equipment for proper sanitization
Effective infection prevention in non-acute settings relies heavily on proper instrument processing. A five step workflow based on CDC guidelines and AAMI best practices should include:
Receiving and Decontamination: Creating designated areas for sorting and cleaning contaminated instruments
Preparation and Packaging: Establishing proper inspection and wrapping protocols
Sterilization: Maintaining appropriate equipment and procedures
Monitoring/Sterility Assurance: Documenting every cycle and performing efficacy testing
Storage: Designing proper storage solutions that maintain sterility
Beyond physical design and protocols, successful infection prevention requires cultivating a workplace culture that prioritizes safety. This includes:
Regular staff education on infection control procedures
Clear communication of protocols and expectations
Engagement of all staff levels in prevention efforts
Continuous monitoring and improvement of processes
As healthcare continues to evolve, non-acute care facilities must stay adaptable in their approach to infection prevention. This means:
Regularly updating protocols founded on evidence-based guidelines
Investing in emerging technologies
Maintaining flexibility in facility design to accommodate changing needs
Building scalable systems that can manage increasing patient volumes
The future of non-acute care depends on robust infection prevention strategies that balance safety with efficiency. By implementing thoughtful design, leveraging technology and maintaining rigorous protocols, non-acute care facilities can create environments that protect both patients and staff while delivering excellent care outcomes. As more complex procedures move to outpatient settings, these strategies will become increasingly crucial for maintaining safety and quality standards in healthcare delivery.
The success of infection prevention in non-acute care settings relies on a comprehensive approach that combines smart facility design, well-defined protocols and engaged staff. By focusing on these elements, healthcare organizations can create safer environments that support both optimal patient care and efficient operations.
For information about implementing infection prevention solutions in your healthcare facility, contact Midmark and learn about integrated approaches that enhance safety and efficiency.
Midmark medical solutions offer opportunities to transform your clinical space through thoughtful design that prioritizes infection prevention and control. Learn more by exploring our complete line of healthcare solutions that bring clinical space, technology and workflow together.