Rx Pad

Delivered care doesn’t automatically become collected revenue. The gap lives in documentation specificity, visit levels, and resource capture — and it costs both ways.

Each team member in a hyperbaric facility needs continuing education, and almost nobody needs the same kind of credits. The result is that safety training gets fragmented across credentials — which is an administrative nuisance and, more importantly, becomes a clinical matter.

You’ve opened the budget spreadsheet, looked at it, and closed it again. Possibly more than once this week.

If you're a nurse wondering whether the Hyperbaric Certified – Program Director (HC-PD) pathway is open to you, this Q&A breaks down exactly what the certification covers, what it costs, how your nursing CE credit works, and how to get started before the next live workshop fills up.

Hyperbaric medicine is one of the fastest-growing specialties in healthcare, offering treatment options for chronic wounds, radiation injuries, carbon monoxide poisoning, decompression sickness, and many other conditions. (UHMS Indications 15th Edition). For healthcare professionals looking to enter the field of hyperbaric oxygen therapy, the first step is the completion of a UHMS-approved Introduction to Hyperbaric Medicine course.

In this episode of Hyperbaric Safety Stop we're talking with Derall Garrett, CHT, HC-S*D, and Director of the UHMS Hyperbaric Facility Accreditation Program.

Multifaceted Program
A safety program is multifaceted. Although there can be a variety of program elements depending on the specific setting and need, there are several common aspects elementary in program design and execution. These basic elements are as follows:

Static charges and sparks are common. Spark energies produced by, or in the course of normal human activities, can reach levels high enough to ignite fires in some materials. If one considers sparks generated by the human body, the risk of ignition by static sparks in normal and enriched oxygen environments is predominately influenced by the nature of the material into which the spark discharges. Gases and vapors typically require extremely low energy levels compared to solid materials. Increases in oxygen concentrations lower ignition energy requirements in all materials. 

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📚 Add to your Education with the HYPERBARIC MEDICINE LIBRARY

This complete library set will help to ensure that your clinic team has access to the most udpated, authoritative texts in the field of hyperbaric medicine. 

Which pathway is right for you?

The topic of Wound Care Certification has come up a lot this week as we prepare for the upcoming Wound Care Certification Basic Training.