The Pulmonary Project

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The Pulmonary Project https://linktr.ee/thepulmonaryproject

Evidence-based education from an RRT with decades of patient care & classroom teaching.

Public health education, clinical skills, NBRC prep, and practical insight for healthcare

18/10/2025

Medical gases are stored in portable high-pressure cylinders. To avoid memorizing the contents of each cylinder and constantly converting between metric and English units, users can utilize cylinder factors to swiftly determine the flow duration. To estimate the duration of flow, we can use the following information: the gas flow rate, the cylinder’s conversion factor based on its size, and the gauge pressure at the start of use. As the flow rate increases, the cylinder’s capacity also increases, and consequently, the duration of flow also increases. Follow THE PULMONARY PROJECT for more information about the correct use of oxygen. CLICK LINK IN BIO FOR MORE INFORMATION!

18/10/2025

When a cylinder of oxygen is used, it’s often necessary to predict how long its contents will last at a specific flow rate. To estimate the duration of flow, we can use the following information: the gas flow rate, the cylinder’s conversion factor based on its size, and the gauge pressure at the start of use. As the flow rate increases, the cylinder’s capacity also increases, and consequently, the duration of flow also increases. Follow THE PULMONARY PROJECT for more information about the correct use of oxygen. CLICK LINK IN BIO FOR MORE INFORMATION!

13/10/2025

Determining the most suitable oxygen device for your patient’s respiratory condition necessitates calculating the total flow rate. High-flow oxygen devices are capable of meeting or exceeding the patient’s inspiratory flow demands. It is important to note that spontaneous inspiratory flow typically ranges from 20 to 40 liters per minute. Patients in distress will exhibit higher inspiratory flows. CLICK THE SUBSCRIBE BUTTON BELOW for more information on how The Pulmonary Project can empower you as a respiratory therapy student or respiratory therapist.

13/10/2025

RESPIRATORY THERAPISTS ARE ABLE TO DETERMINE the most suitable oxygen device for a patient’s respiratory condition. Calculating the total flow rate of the device is often required. High-flow oxygen devices can meet or exceed the patient’s inspiratory flow demands. Remember that spontaneous inspiratory flow usually ranges from 20 to 40 liters per minute. Patients in distress tend to have higher inspiratory flows. For more information on how The Pulmonary Project can empower you as a respiratory therapy student or respiratory therapist, click the subscribe button below.

06/10/2025

It is absolutely vital that as healthcare professionals we understand the narrow window of optimal PH. One of the many reasons that pH has to be maintained within that narrow window is the function of the heart and the circulatory system. Make sure to follow The Pulmonary Project for all things cardiopulmonary education. For more information follow the link in BIO.

05/10/2025

The Pulmonary Project offers a proven, logic-based method that builds on the assessment skills you’ve honed since the start of respiratory therapy school. This approach is reliable and effective. Visit the link in our bio and reach out to The Pulmonary Project to get the information you need and schedule your review session today!

04/10/2025

There’s a method to decision making and The Pulmonary Project teaches it. This method is logic-based, relies on the assessment skills you’ve learned since the first day of respiratory therapy school, and has been proven to be effective. Follow the link in bio and contact The Pulmonary Project for information and to schedule your review session today!

04/10/2025

The Pulmonary Project offers a methodical approach to this section of the exam. This logic-based method utilizes assessment skills acquired throughout respiratory therapy school and has been proven effective. For more information and to schedule your review session, follow the link in the Bio and contact The Pulmonary Project today!

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