US EPA

1468185 

Journal Article 

Hydrocarbon pneumonitis following liquid paraffin aspiration during a fire-eating performance: a case report 

Mylonaki, E; Voutsas, V; Antoniou, D; Papakosta, D; Kontakiotis, T; Skordalaki, A; Vafiadis, E; Christaki, P 

2008 

Yes 

Journal of Medical Case Reports
ISSN: 1752-1947 

2 

214 

English 

18565234 

10.1186/1752-1947-2-214 

INTRODUCTION: Hydrocarbon pneumonitis is an acute, intense pneumonitis resulting from aspiration of volatile hydrocarbon compounds with low viscosity and surface tension, most of which are members of the paraffin, naphthene and aromatic classes.

CASE PRESENTATION: Six hours after participating in a party for teenagers, a 16-year-old boy developed dyspnea, cough, a fever (39 degrees C) and chest pain. A chest radiograph showed infiltration in the right middle lobe. The patient reported alcohol abuse during the party and an episode of vomiting a few hours thereafter. He also reported practicing a fire-eating performance at the party using liquid paraffin, but was unaware of inhaling any of it. The radiographic infiltration was diagnosed as an aspiration pneumonia and he was treated at the local health center with antibiotics. Five days later, because of clinical deterioration, he was referred to a pulmonary clinic. A chest computed tomography scan was performed which showed consolidation with an air bronchogram in the right middle lobe and areas of atelectasis and ground glass opacities in the middle and lower right lobes. Spirometry revealed severe restriction of lung function. A bronchoscopy revealed inflamed, hyperemic mucosa. Bronchoalveolar lavage fluid revealed lipid-laden alveolar macrophages, which were detected by lipid staining, and neutrophilia. The patient was finally diagnosed with hydrocarbon pneumonitis and he was treated with systemic steroids and antibiotics. After 6 days of treatment there was complete clinical and significant radiologic regression.

CONCLUSION: Hydrocarbon pneumonitis should be included in the differential diagnosis of pneumonias. Recent exposure to volatile hydrocarbons provides a basis for clinical diagnosis, as symptoms and radiologic findings are not specific.