E-<strong>cigarettes</strong>: <strong>an</strong> <strong>evidence</strong> <strong>update</strong>2) The official <strong>report</strong>ing statistics for the UK [155] do not specifically <strong>report</strong> EC as acause of fire. There were 2,360 accidental fires between April 2013 <strong>an</strong>d March 2014where the source of ignition was “smokers’ materials” causing 80 fatalities <strong>an</strong>d 673 nonfatalcasualties. Additionally, there were 3,700 fires from faulty appli<strong>an</strong>ces <strong>an</strong>d electricalleads causing 19 fatalities <strong>an</strong>d 820 non-fatal casualties. It is not clear what proportion ofthese were caused <strong>by</strong> EC.Regulations covering chargers <strong>an</strong>d quality st<strong>an</strong>dards of production could help reducethe risk of fire <strong>an</strong>d explosion in EC. An unpublished Department for Business,Innovation <strong>an</strong>d Skills (BIS) funded market surveill<strong>an</strong>ce exercise in 2013/14 found thatsix out of 17 EC had no instructions for charging, <strong>an</strong>d that eight out of 17 EC did nothave a charging cut-off device <strong>an</strong>d therefore did not meet the requirements of BS EN62133:2013 'Safety requirements for portable sealed secondary cells <strong>an</strong>d batteries foruse in portable devices' 4 . It seems likely that the risk of fire <strong>an</strong>d electrical fault is similarto other domestic electrical products, indicating that EC should be subject to the sameguidelines <strong>an</strong>d safety mech<strong>an</strong>isms.Summary of findingsThere is a risk of fire from the electrical elements of EC <strong>an</strong>d a risk of poisoning fromingestion of e-liquids. These risks appear to be comparable to similar electrical goods<strong>an</strong>d potentially poisonous household subst<strong>an</strong>ces.Policy implicationsoooThe risks from fire or poisoning could be controlled through st<strong>an</strong>dard regulations forsimilar types of products, such as childproof containers (contained within the TPDbut which are now emerging as <strong>an</strong> industry st<strong>an</strong>dard) <strong>an</strong>d instructions about theimport<strong>an</strong>ce of using the correct charger.Current products should comply with current British St<strong>an</strong>dard operating st<strong>an</strong>dards.Records of EC incidents could be systematically recorded <strong>by</strong> fire services.4 BIS Funded Market Surveill<strong>an</strong>ce Exercise 2013/14. The Electrical Safety of Electronic Cigarettes <strong>an</strong>d the Labelling of E-liquids. L<strong>an</strong>cashire County Council. Unpublished <strong>report</strong>.84
E-<strong>cigarettes</strong>: <strong>an</strong> <strong>evidence</strong> <strong>update</strong>12. International perspectivesOverviewInternationally, countries have taken a wide variety of approaches to regulating EC[156]. Current approaches r<strong>an</strong>ge from complete b<strong>an</strong>s on the sale of <strong>an</strong>y EC, to applyingexisting laws on other products to EC (poison, nicotine, <strong>an</strong>d/or tobacco laws), toallowing EC to be sold under general consumer product regulations. Similarly, withincountries, different laws have also been applied at the state/provincial level, along withmunicipal <strong>by</strong>-laws, extending into areas including taxes on EC, <strong>an</strong>d b<strong>an</strong>s on use inplaces where smoking is b<strong>an</strong>ned. Furthermore, several nu<strong>an</strong>ces in laws exist, making itdifficult to make broad statements about the regulations in a given country. This sectionfocuses on presenting (1) studies that have compared the use of EC internationallyacross countries using representative samples <strong>an</strong>d comparable methods, (2) a briefreview of adolescent surveys internationally, <strong>an</strong>d (3) the cases of Australia <strong>an</strong>d C<strong>an</strong>ada,two countries that have very similar tobacco control policies to the UK but very differentpolicies relating to EC.Use of e-<strong>cigarettes</strong> among adults internationallyThree studies have compared the use of EC internationally: (1) International TobaccoControl Project (described in the Methodology section), (2) Eurobarometer study <strong>an</strong>d (3)Global Adult Tobacco Survey.The International Tobacco Control Project compared EC use (use defined as less th<strong>an</strong>monthly or more often) among smokers <strong>an</strong>d ex-smokers across 10 countries [157].Gravely et al., 2014 found signific<strong>an</strong>t variability in use across countries, but data weregathered across different years. Gravely et al., 2014 concluded that the study provided<strong>evidence</strong> of the rapid progression of EC use globally, <strong>an</strong>d that variability was due partlyto the year the survey was conducted, but also market factors, including differentregulations on EC. Notably, EC use was highest in Malaysia at 14%, where a b<strong>an</strong> onEC was in place.Two studies using secondary data from the 2012 Eurobarometer 385 survey haveexamined EC use. Vardavas, et al., 2014 [158] examined ever use (tried once or twice)of EC among smokers, ex-smokers <strong>an</strong>d never smokers aged 15 years <strong>an</strong>d over across27 EU countries. The study found wide variation in ever EC use among smokers <strong>an</strong>dnon-smokers, with ever use varying from 20.3% among smokers, 4.4% among exsmokers,<strong>an</strong>d 1.1% among never smokers. Of those who had tried, 69.9% <strong>report</strong>edusing EC once or twice, <strong>an</strong>d 21.1% <strong>an</strong>d 9% <strong>report</strong>ed ever using or currently usingoccasionally or regularly (use or used regularly or occasionally). It is import<strong>an</strong>t to notethat the question asked about ever using or currently using occasionally or regularly,85