| Literature DB >> 28149256 |
S Bohr1, F Almarzouqi1, N Pallua1.
Abstract
Currently, electronic cigarette (EC) devices are widely used as an alternative to conventional smoking. The underlying technical principle is an electric coil-based vaporizer unit, which vaporizes various solutions for inhalation purposes with a rechargeable lithium battery unit as power source. We report a case of extensive burn injury resulting from the thermal explosion of a battery unit within an EC device. Though internal thermal instabilities of lithium ion batteries are a known safety issue, the unique feature here is a pronounced amplification of the extent of burn injury due to an additional scalding burn mechanism that resulted from heating of the liquid reservoir adjacent to the battery. Thus, we demonstrate a relevant design flaw in various EC devices, which in the authors' opinion needs to be addressed both by manufacturers and safety regulations.Entities:
Keywords: adiabatic short circuiting; burn; design flaw; electronic cigarette (EC); lithium battery; scald
Year: 2016 PMID: 28149256 PMCID: PMC5266244
Source DB: PubMed Journal: Ann Burns Fire Disasters ISSN: 1592-9558