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https://aneskey.com/24-the-anesthesia-workstation-and-delivery-systems-for-inhaled-anesthetics/
Misfilling an empty variable bypass vaporizer with desflurane could theoretically be catastrophic, resulting in delivery of a hypoxic mixture and a massive overdose of inhaled desflurane anesthetic. Inhaled anesthetics can interact with CO 2 absorbents and produce toxic compounds. During sevoflurane (only) anesthesia, compound A can be formed, particularly at low fresh gas flow rates.
http://www.med.mui.ac.ir/clinical/bihoshi/InhaledAnestheticDeliverySystemsI%20(2010-1393-2).pptx
the anesthesia delivery system has evolved from a simple pneumatic device to a complex multisystem workstation. For anesthesia care providers . understanding of its operation is essential. Caplan and coworkers found that although claims related to the medical gas delivery system were rare, when they did occur, they were . usually severe and death
https://aneskey.com/the-anesthesia-workstation-and-delivery-systems-for-inhaled-anesthetics-3/
Some very old anesthesia systems made use of a freestanding vaporizer downstream from the common gas outlet; on these systems, oxygen flushing could rapidly deliver dangerously large quantities of inhaled anesthetic to the patient.
https://www.ncbi.nlm.nih.gov/pubmed/12298305
Inhaled anesthesia delivery systems (ADS) have evolved in the past 20 years from simple pneumatic machines to complex computer-controlled devices. For the purposes of this discussion, we will outline some of the potential complications that may result from the use of these systems.Author: Russell C. Brockwell, John Jeffrey Andrews
https://clinicalgate.com/anesthesia-delivery-systems/
Components of an anesthesia workstation include what was previously recognized as the anesthesia machine, (the pressure-regulating and gas-mixing components), as well as the vaporizers, anesthesia breathing circuit, ventilator, scavenging system, and respiratory and physiologic monitoring systems (electrocardiogram, arterial blood pressure, temperature, pulse oximeter, and inhaled and exhaled …
https://www.researchgate.net/publication/11125792_Complications_of_inhaled_anesthesia_delivery_systems
Inhaled anesthesia delivery systems (ADS) have evolved in the past 20 years from simple pneumatic machines to complex computer-controlled devices. For the purposes of this discussion, we will outline some of the potential complications that may result from the use of these systems.
https://www.openanesthesia.org/anesthesia_delivery_systems_anesthesia_text/
All anesthesia machines have failsafe valves which shut off or decrease gas flows when the O2 pressure drops below 30 PSI, although this system will not prevent the delivery of 100% N2O (thus an oxygen analyzer is necessary).
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