Labor Savings with Temperature and Environmental Monitoring

Hospitals, clinics and pharmacies–and their team members–benefit from manual workload reduction

The No. 1 concern of healthcare executives today (and yesterday)?

Labor. 

Or, more precisely, the lack thereof.

The United States Bureau of Labor Statistics, as cited in a report by The Hill, “projects that the country will face a shortage of 195,400 nurses by the year 2031,” and a recent survey by the consulting firm McKinsey finds that “nursing turnover continues to be a substantial challenge for healthcare organizations.” 

The World Health Organization, meanwhile, foresees a global shortage of some 10 million healthcare workers by 2030.

What’s causing the shortage?

For one thing, advances in medical treatment for chronic conditions mean those who reach retirement age are living longer and, in many cases, requiring more care later in life.

As Baby Boomers leave the workforce, the healthcare industry faces the multi-pronged challenge of replacing retiring providers while also caring for a rapidly aging population.

A report by the American Association of Medical Colleges (AAMC) says the number of those 65-and-over will increase by 48 percent by 2032. At the same time, the AAMC foresees a shortfall of some 122,000 physicians–in part because they are aging out of the workforce as well.

At the same time, and perhaps even more worrisome, nurses are leaving the profession in droves.

And the reason they cite most often is burnout.

According to a study published in 2023 by the National Council of State Boards of Nursing, some 100,000 registered nurses left the workforce over the past two years because of burnout, stress and retirements, with an additional 600,000-plus looking to depart within the next three years.

The healthcare industry, however, cannot afford to allow the ongoing global labor shortage to impact the time-sensitive and life-saving services they provide to their patients each day.

One of the ways in which this issue manifests itself is in the labor-intensive management and administration of vaccine stocks. 

The addition of the COVID-19 virus to other perennial public-health threats such as 

• Flu
• RSV
• pneumonia 
• and more 

has exponentially increased the demand for annual vaccines and, along with it, the demands on the workers handling these vaccines.

Fortunately, the advancement of time-saving technological solutions that help automate and regulate the storage of sensitive materials—and reduce the manual-heavy processes and tasks associated with their management and processing—provides hospitals, clinics, health departments and pharmacies with critical assistance in optimizing workloads.

The Sonicu temperature and environmental monitoring system, for example, comprises state-of-the-art technology offering a range of benefits, saving employees time and organizations money by reducing manual processes.

Compliance Automation, Asset Protection and Cost Savings: The Sonicu Deliverables

Indiana University Health is one of more than 700 customers, including scores of hospitals and other healthcare facilities, that realize significant time and financial savings by adopting the Sonicu monitoring platform. 

Many of those customers have conducted time studies to fully appreciate the labor costs associated with manual logging as well as manual regulatory reporting. 

The typical Sonicu customer finds they spend about the equivalent of two full-time employees' time for every 100 hospital beds, or about $80,000. 

And since the typical pharmacy or hospital fridge contains about $25,000 in perishable assets, Sonicu calculates that IU Health mitigates against the threat of $400,000 in annual losses due to cold storage unit malfunction or human mishap.

These numbers aren't as definitive as reducing an electric bill after adopting LED lighting, but energy-saving lighting also won't send a midnight text if your oncology drugs are at risk of spoilage due to a temperature excursion. 

It's simply impossible to measure the value of a healthcare catastrophe averted.

You can learn more about how Sonicu customers trust our monitoring solutions to automate compliance, safeguard essential assets and reduce manual processes:

• Hendricks Hospital 
• https://www.sonicu.com/hendricks-regional-hospital-case-study
  

• Exide Technologies: Air Pressure Differential for Construction 
• https://www.sonicu.com/exide-case-study
  

• MiraVista Diagnostics: Laboratory Monitoring  
• https://www.sonicu.com/miravista-case-study-temperature-monitoring

Sonicu temperature monitoring protects valuable vaccines and drugs, automates and eliminates manual monitoring, logging and reporting, and is fully compliant with all state and federal requirements and recommendations, including those of the CDC and VFC program.

Compliance and Regulatory Benefits

Many industries are subject to strict regulatory requirements regarding temperature and environmental monitoring. 

Non-compliance can result in hefty fines and reputational damage. Sonicu's system not only helps organizations maintain compliance but also reduces the administrative burden associated with record-keeping and reporting.

According to a study by the National Institute for Occupational Safety and Health (NIOSH), real-time monitoring systems have been shown to decrease the time spent on environmental checks by up to 70 percent [Source: NIOSH.gov]. 

By automating data collection, employees can focus on more critical tasks, enhancing overall productivity. 

Smart Internet of Things (IoT) solutions eliminate manual logging, improve compliance readiness and protect your assets. 

Real-time temperature sensing of vaccines by IoT sensors helps ensure vaccine integrity, and IoT-powered environmental monitoring alerts facility managers to become aware of maintenance needs or potential equipment failure.

With a variety of methods to connect sensors to the cloud, Sonicu can capture, alert and report on a diverse range of conditions for healthcare, laboratory and facility management applications.

Automation manual data logging is prone to human data input errors, neglect and fraudulent reporting. By using an automated system, your organization can have: 

•     24/7 visibility and web-based access to all monitored locations
•     Data-driven insights to deliver meaningful customer experiences
•     Asset protection, compliance automation and operational efficiency
•     Protections from mishaps and human error

FOCUS ON CARE
Benefits of Temperature Sensing

Temperature sensing solutions provide several ways to relieve the manual burden on healthcare workers and enhance patient care. Among them are:

1. Continuous Monitoring:
   • Automated temperature sensing systems provide real-time data, eliminating the need for manual checks.
   • Healthcare workers can focus on patient care rather than spending time on routine temperature monitoring tasks.
2. Early Alerts and Notifications:
   • Temperature sensors trigger alerts when thresholds are exceeded, enabling proactive intervention.
   • Healthcare staff can address issues promptly, preventing potential damage to temperature-sensitive medications and equipment.
3. Reduced Inventory Checks:
   • With accurate and continuous monitoring, the frequency of manual inventory checks decreases.
   • Healthcare workers spend less time on repetitive tasks, allowing them to allocate more time to patient interactions.
4. Preventing Medication Spoilage:
   • Temperature sensing prevents the degradation of medications, ensuring their efficacy.
   • Healthcare workers can have confidence in the quality of medications, contributing to improved patient outcomes.
5. Optimizing Vaccine Storage:
   • Vaccines are highly sensitive to temperature, and maintaining the right conditions is crucial.
   • Automated temperature monitoring ensures vaccines remain potent, reducing the risk of administering ineffective vaccines to patients.
6. Enhanced Regulatory Compliance:
   • Temperature sensing systems help healthcare facilities comply with regulatory requirements.
   • Automated data logging simplifies the documentation process, reducing the manual burden of compliance tasks.
7. Resource Allocation:
   • Efficient temperature management reduces the need for excess inventory due to spoilage.
   • Healthcare facilities can allocate resources more effectively, minimizing waste and optimizing budget allocation.
8. Improved Patient Safety:
   • Reliable temperature control safeguards medical equipment from malfunction.
   • Ensuring equipment reliability contributes to a safer healthcare environment for patients.

Temperature sensing not only automates monitoring processes but also contributes to overall operational efficiency, allowing healthcare workers to prioritize patient care while ensuring the integrity of temperature-sensitive resources.

Benefits of Environmental Monitoring

Similarly, environmental monitoring in healthcare settings offers various benefits from the standpoints of provider workload reduction and patient care, including:

1. Automated Data Collection:
   • Environmental monitoring systems automate the collection of data on factors like temperature, humidity, and air quality.
   • This reduces the need for manual recording and tracking of environmental conditions.
2. Early Detection of Issues:
   • Continuous monitoring allows for the early detection of environmental anomalies.
   • Healthcare workers receive alerts, enabling prompt intervention before issues escalate.
3. Comprehensive Facility Oversight:
   • Environmental monitoring provides a holistic view of a healthcare facility's conditions.
   • This reduces the need for frequent manual checks of various parameters.
4. Preventing Equipment Failures:
   • Monitoring systems help detect issues that could lead to equipment failures.
   • Healthcare workers can address potential problems proactively, minimizing disruptions in patient care.
5. Maintaining Sterile Environments:
   • Monitoring air quality helps ensure sterile conditions in critical healthcare areas.
   • Healthcare workers can focus on patient care, knowing that environmental conditions are within specified standards.
6. Efficient Resource Management:
   • Continuous monitoring reduces the need for manual oversight of resource-intensive processes.
   • Healthcare facilities can allocate staff more effectively, improving overall operational efficiency.
7. Streamlined Regulatory Compliance:
   • Automated data logging simplifies compliance with regulatory requirements related to environmental conditions.
   • Healthcare workers spend less time on manual record-keeping tasks.
8. Enhanced Patient Safety:
   • Monitoring environmental factors contributes to a safer patient care environment.
   • Healthcare workers can prioritize patient safety with confidence in the controlled environmental conditions.

According to research from the University of California, Davis, efficient environmental monitoring solutions can reduce the time spent on regulatory compliance activities by up to 30 percent, allowing organizations to allocate resources more effectively [Source: UCDavis.edu].

That, in turn, means healthcare workers can focus on more value-adding and revenue-generating tasks and less time spent on inefficient processes outside the normal scope of work.

Monitoring, alerting, logging and reporting are all made easier with IoT solutions like those provided by Sonicu.

In a world where healthcare workers are increasingly stressed out and pulled away from their primary function of serving patients, IoT monitoring devices and cloud platforms can provide immense value beyond the bottom line.

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