- Research article
- Open Access
- Open Peer Review
Tobacco control policies in hospitals before and after the implementation of a national smoking ban in Catalonia, Spain
- Cristina Martínez1, 2, 3Email author,
- Marcela Fu1, 3,
- Jose M Martínez-Sánchez1, 3,
- Montse Ballbè†1, 2, 4,
- Montse Puig1, 2, 5,
- Montse García1,
- Esther Carabasa1, 2,
- Esteve Saltó6, 7 and
- Esteve Fernández1, 2, 3
© Martínez et al; licensee BioMed Central Ltd. 2009
- Received: 28 December 2008
- Accepted: 28 May 2009
- Published: 28 May 2009
Diverse projects and guidelines to assist hospitals towards the attainment of comprehensive smoke-free policies have been developed. In 2006, Spain government passed a new smoking ban that reinforce tobacco control policies and banned completely smoking in hospitals. This study assesses the progression of tobacco control policies in the Catalan Network of Smoke-free Hospitals before and after a comprehensive national smoking ban.
We used the Self-Audit Questionnaire of the European Network for Smoke-free Hospitals to score the compliance of 9 policy standards (global score = 102). We used two cross-sectional surveys to evaluate tobacco control policies before (2005) and after the implementation of a national smoking ban (2007) in 32 hospitals of Catalonia, Spain. We compared the means of the overall score in 2005 and 2007 according to the type of hospital, the number of beds, the prevalence of tobacco consumption, and the number of years as a smoke-free hospital.
The mean of the implementation score of tobacco control policies was 52.4 (95% CI: 45.4–59.5) in 2005 and 71.6 (95% CI: 67.0–76.2) in 2007 with an increase of 36.7% (p < 0.01). The hospitals with greater improvement were general hospitals (48% increase; p < 0.01), hospitals with > 300 beds (41.1% increase; p < 0.01), hospitals with employees' tobacco consumption prevalence 35–39% (72.2% increase; p < 0.05) and hospitals that had recently implemented smoke-free policies (74.2% increase; p < 0.01).
The national smoking ban appears to increase tobacco control activities in hospitals combined with other non-bylaw initiatives such as the Smoke-free Hospital Network.
- Tobacco Control
- Tobacco Consumption
- Tobacco Control Policy
- Cessation Support
- Catalan Network
After the approval of the World Health Organization (WHO) Framework Convention on Tobacco Control , many countries have introduced smoke-free policies to protect non-smokers from the hazards of secondhand smoke (SHS) . Hospitals should be an example in terms of controlling tobacco consumption and championing compliance with the law [3, 4]. Furthermore, health care services should take the lead in implementing smoke-free policies which promote adequate environments for patients, visitors and employees. Current evidence suggests that a comprehensive tobacco policy in hospital settings should include enforcement of indoor smoke-free policies, reducing tobacco consumption among health professionals, encouraging abstinence for patients [5, 6], and contributing in health promotion to denormalise tobacco consumption .
In 1993, US hospitals became smoke-free in accordance with the Joint Commission on Accreditation of Health Care Organizations . In Europe, the European Network of Smoke-free Hospitals (ENSH) has developed an European Code that sets guidelines for the establishment of smoke-free policies in hospitals since 2000 . Furthermore, the ENSH has developed standards and supportive instruments to assist hospitals' efforts towards the attainment of a comprehensive smoke-free policy [5, 10].
The Catalan Network of Smoke-free Hospitals has used the ENSH model to promote smoke-free hospitals in Catalonia, Spain . The national government of Spain passed a new tobacco control law that came into force the first of January 2006 . Smoking was banned in all enclosed public places and workplaces, including health care facilities . Smoking in care centres was already prohibited under both national and regional previous legislation in Catalonia , although smoking rooms and smoking areas within the hospitals' cafeterias were allowed. The new law, however, bans completely smoking in all health care facilities without exceptions. After the law, SHS exposure has decreased in Catalan hospitals .
This study assesses the progression of tobacco control policies in the Catalan Network of Smoke-free Hospitals before and after a national smoking ban in hospitals that had implemented the ENSH Code and Standards, and hence may contribute to further evaluate the impact of the law.
We conducted two independent cross-sectional surveys to monitor tobacco control policies in hospitals members of the Catalan Network of Smoke-free Hospitals at consolidation stage. We defined as consolidation stage those hospitals with two or more years of enrollment after the official launching of the project  in 2005. From the 43 members of the Network in 2005, 32 (74.4%) satisfied this criterion, and were included in the study. The baseline survey was run in April 2005, six months before implementing the law, and the second one a year and four months after its implementation in April 2007.
The degree of implementation of the Smoke-free Hospitals Project was analysed by means of the score obtained in the SAQ. For the sake of simplicity, we standardized to 100. We computed the mean and 95% confidence interval (CI) of the overall score and the 9 policies standards included in the SAQ in 2005 and 2007, according to the type of hospital (general, reference and high technology), the number of beds (≤ 300 or > 300), the staff hired in hospitals (≤ 700 or > 700), the prevalence of tobacco consumption (< 30, 30–34, 35–39 and ≥ 40%), surveyed from 2003 to 2005, and the number of years as smoke-free hospital (≤ 4 or > 4). We calculated the percentage of change for the global score and for each policy standard. We used Wilcoxon signed-rank non-parametric test to compare the SAQ scores of hospitals before and after the implementation of the smoking ban.
We included the 32 hospitals at the consolidation stage of the Smoke-free Hospital project that had completed the SAQ in 2005 and in 2007. Thirteen were general hospitals, 12 reference hospitals, and 7 high technology hospitals. Fifteen hospitals were members of the Network for ≤ 4 years and 17 for > 4 years in 2007.
Total score of the Self-Audit Questionnaire according to hospital's characteristics before and after the smoking ban
Self-Audit score according to hospitals' characteristics before (2005) and after (2007) the implementation of the Spanish tobacco law.
Overall score (n = 32)
Level of health care
General hospital (n = 13)
Reference hospital (n = 12)
High technology hospital (n = 7)
≤ 300 (n = 16)
> 300 (n = 16)
≤ 700 (n = 14)
> 700 (n = 18)
< 30% (n = 6)
30–34% (n = 16)
35–39% (n = 7)
≥ 40% (n = 3)
Years of adscription (in 2007)
≤ 4 years (n = 15)
> 4 years (n = 17)
We observed the highest scores in 2007 in hospitals with smoking prevalence over 40%, with a mean of 78.8 (95% CI: 60.8–96.7), and in reference hospitals with a mean of 74.2 (95% CI: 68.0–80.4). Hospitals with a smoking prevalence between 35–39%, and general and small (≤ 300 beds) hospitals attained the lowest scores (Table 1). By years of enrolment, the mean score obtained in 2005 was 22.6 points higher in those hospitals with > 4 years in the project than in hospitals with ≤ 4 years. However, the difference narrowed to 2.3 points in 2007 between these two groups of hospitals.
By level of health care, the hospitals that improved the most after the application of the national ban were the general hospitals (increase of 48%; p < 0.01), and those that increased less have been the high technology hospitals (increase of 21.4%; p < 0.05) (Table 1).
By number of beds and number of staff hired in hospitals, the increase has been higher in those with > 300 beds (increase of 41.1%; p < 0.01) and with ≤ 700 workers (increase of 51.3%; p < 0.01). Regarding smoking prevalence, hospitals with prevalence rate between 35–39% (increase of 72.2%; p < 0.05) and those with < 30% (increase of 65.2%; p < 0.05) were the ones with higher score increase after the application of the law. By years of implementation of the smoke-free hospital, those with ≤ 4 years of implementation growth the most (increase of 74.2%; p < 0.01).
Score and increase by policy standards of the Self-Audit Questionnaire before and after the ban
Scores according to standards of the SAQ before (2005) and after (2007) the implementation of the Spanish tobacco law.
Maximum Score available
Education and training
Identification and cessation support
Comparing the results by level of hospitals, we observed a particular situation after the appliance of the tobacco control law, in the results obtained in "education and training" and "identification and cessation support". Whereas hospitals with reference level taught more of their staff in tobacco intervention, with a mean score of 7.5 (95% CI: 6.3–8.7), high technology hospitals offered more cessation program, with a mean score of 17.6 (95% CI: 11.1–23.2; p < 0.05). Finally, hospitals with ≥ 4 years in the network are the ones that apply more cessation programs (mean score = 14.6; 95% CI: 11.5–17.6), and hospitals with < 4 years educated and trained more their staff members (mean score = 7.4; 95% CI: 7.2–14.5) (p < 0.01).
This study indicates how tobacco control policies, as measured by the scores of SAQ, have increased in hospitals after the implementation of a national tobacco control law. The hospitals that have increased the most were the general hospitals, those with > 300 beds, with staff ≤ 700, with tobacco consumption prevalence 35–39%, and with ≤ 4 years of participation. In terms of growth we observed that the highest raises have been produced in those hospitals with an initial worst situation. This could be partly explained by regression towards the mean . However, the increase in SAQ scores was generalized in all hospitals except in four of them (those with the highest scores pre-ban). Hospitals with a shorter enrollment in the Smoke-free Network have achieved similar scores than hospitals with more years in the Network after the enforcing of the ban.
Spain applied like other European countries (Norway, Ireland, Italy, Malta and Sweden) a national law that bans smoking in public places including hospitals. Comparing our results with a multi-country study run by ENSH, Catalonia has achieved a high implementation of the project only overcome by Ireland . Although national and regional partial regulations were previously in force in our country, it is clear that the new comprehensive law has reinforced the accomplishment.
Hospitals members of the Catalan Network have increased their monitoring activities to measure progress toward a smoke-free policy after the implementation of the law. This fact suggests that hospitals identified their weakness to update and increase their quality in the search of the "gold standard".
Since 2004 the Catalan Network of Smoke-free Hospitals monitors the progression of tobacco control policies by means of the SAQ. The results have shown the annual growth of the ENSH standards according this evaluation tool. At the beginning of its use the mean SAQ score was 47.5 (year 2004) and three years later was 71.6. The utmost increase in tobacco control policies was achieved from 2005 to 2006 with a 25.1% increase in the score. This increase is twofold comparing to the preceding year (10.3%) and the observed in the subsequent year (9.2%). This pattern indicates that the new law has an independent effect besides the expected annual increase already observed.
In addition to the increase observed in SAQ scores, hospitals are still suitable to broaden their policies. Some areas that have achieved only 50% of their maximum score possible could be enhanced (i.e., "education and training", "identification and cessation support" and "healthy workplace"). So we should increase and intensify the hospitals' measures addressed to inform and ask for the commitment of the tobacco policies to new staff members, monitor their tobacco consumption, and provide cessation programs inside the institutions. The growth in those areas could be a solution to work out with the lack of support and fulfillment of health professionals in the implementation of smoke-free polices at hospitals showed in other studies [18, 19]. Although smoking inside the hospitals is forbidden, there are still areas where SHS is detectable . Policy infringements are common in hospitals and require reinforcement, including measures to control tobacco consumption and to reduce the visibility of health professionals smoking in their white suits .
Smoking by patients is still common and craving occurres frequently [21, 22]. Therefore smoking care practices, such as identification of smoking status, counseling, and provision of cessation therapy, are necessary . Even in the context of smoke-free hospitals site, the majority of patients who are smokers receive inadequate smoking care . From our study, training and education in tobacco cessation and intervention programs are still areas to enhance. Although previous instructive tobacco cessation initiatives in our context have shown that teaching increases professionals' knowledge of psychological skills and pharmacological resources, no changes have been observed in professionals' attitude in providing help to quit . The lack of systematic protocols to attend smokers at hospitals could be a barrier to apply the knowledge of professionals. Hospital policies should include intervention protocols for all units and services, where all the professionals had the responsibility to tackle the issue as a front line issue in their everyday practice. Without clear and easy protocols regarding cessation there is limited support to integrate cessation into clinical practice . Smoke-free policies should be viewed as a part of large comprehensive strategies, the implementation of which is arguably the most important action of heath prevention, promotion, and recover from illness. The constant strengthening of the smoke-free hospital policy and its active promotion seems a central determinant of successful policies.
Among the potential limitations of the study we should note that the questionnaire has been filled in by the Project's Coordinators, after a consensus meeting with others key persons involved in tobacco control in the hospitals. Therefore, some bias due to self-complacency can not be ruled out. The Catalan Network compares this data with other more objective results, such as the tobacco consumption surveys, airborne nicotine measurements, and observational surveys of tobacco consumption signs. Up to now, the SAQ has not been formally validated against these objective measures, but the observed agreement between them is high.
We should also mention some strengths of this study. We have annually assessed the tobacco control policies at hospitals using the SAQ since 2004, which permits to evaluate both the individual progression of the hospitals and the progression of the Network. In addition, this tool is used by more than 1180 European Hospitals and should allow contrasting our results with other national or regional Networks.
This research has important public health and policy implications for tobacco control in hospitals. First, we have seen that national smoking bans are effective in combination with other initiatives such as the Catalan Network of Smoke-free Hospitals. Second, the yearly assessment of tobacco control policies by the SAQ helps to identify the strengths and weaknesses in each hospital, so best strategies towards a smoke-free policy can be developed. And third, hospitals should incorporate effective smoking cessation interventions as part of a standard practice. Consequently, tobacco regulations and bans should be accompanied by organizations and resources to guarantee the implementation of policies.
The authors would like to thank the 32 Project Coordinators for providing the Self-Audit Questionnaire data. This Catalan Network of Smoke-free Hospitals and this study are funded by the Government of Catalonia (Directorate of Public Health). The Tobacco Control & research Unit is also funded by the Government of Catalonia (Directorate of Research and Universities grant 2005SGR00646) and the Government of Spain (Thematic Network of Cooperative Research on Cancer, RD06/0020/0089). The authors express their gratitude to Dr. Ruth Malone for her careful revision of the manuscript.
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