We’re not going to have a problem with ventilators. We’ve got close to 200K available!
“Supply of mechanical ventilators in U.S. acute care hospitals: Based on a 2009 survey of AHA hospitals, U.S. acute care hospitals are estimated to own approximately 62,000 full-featured mechanical ventilators.10,11 Approximately 46% of these can be used to ventilate pediatric and neonatal patients. Additionally, some hospitals keep older models for emergency purposes. Older models, which are not full featured but may provide basic functions, add an additional 98,738 ventilators to the U.S. supply.10 The older devices include 22,976 noninvasive ventilators, 32,668 automatic resuscitators, and 8567 continuous positive airway pressure units.
Centers for Disease Control and Prevention Strategic National Stockpile (SNS) and other ventilator sources: The SNS has an estimated 12,700 ventilators for emergency deployment, according to recent public announcements from National Institutes of Health officials.12 These devices are also not full featured but offer basic ventilatory modes. In simulation testing they performed very well despite long-term storage.13 Accessing the SNS requires hospital administrators to request that state health officials ask for access to this equipment. SNS can deliver ventilators within 24-36 hours of the federal decision to deploy them. States may have their own ventilator stockpiles as well.14 Respiratory therapy departments also rent ventilators from local companies to meet either baseline and/or seasonal demand, further expanding their supply. Additionally, many modern anesthesia machines are capable of ventilating patients and can be used to increase hospitals’ surge capacity.
The addition of older hospital ventilators, SNS ventilators, and anesthesia machines increases the absolute number of ventilators to possibly above 200,000 units nationally. Many of the additional and older ventilators, however, may not be capable of sustained use or of adequately supporting patients with severe acute respiratory failure. Also, supplies for these ventilators may be unavailable due to interruptions in the international supply chain. Alternatively, ventilator manufacturers could be encouraged to rapidly produce modern full-featured ventilators to allow experienced clinicians to use supplemental ventilators that are familiar to them and can be readily incorporated into the hospital ventilator fleet and informatics systems. An analysis of the literature suggests, however, that U.S. hospitals could absorb a maximum of 26,000 to 56,000 additional ventilators at the peak of a national pandemic, as safe use of ventilators requires trained personnel.15”
https://sccm.org/Blog/March-2020/United-States-Resource-Availability-for-COVID-19
If so, excellent!OTOH this sounds like a far superior solution to the problem addressed by the ventilator. Might very well save lives that a ventilator can’t - and (if it isn’t being overhyped) might systematically deliver superior outcomes.
I notice that an oxygen tank is part of the system; they make battery-operated units which can extract concentrated O2 out of the air which are much more compact than an oxygen tank.
Might make life livable longer for COPD patients . . .
Once you put you on ventilator your prognosis is grim.