Acute occupational inhalation injuries—United States, 2011–2022

Author:

Myers Nirmala T.1ORCID,Dodd Katelynn E.1ORCID,Hale Janet M.1ORCID,Blackley David J.1ORCID,Scott Laney A.1ORCID,Hall Noemi B.1ORCID

Affiliation:

1. Respiratory Health Division, Centers for Disease Control and Prevention National Institute for Occupational Safety and Health Morgantown West Virginia USA

Abstract

AbstractBackgroundInhalation injuries due to acute occupational exposures to chemicals are preventable. National surveillance of acute inhalation exposures is limited. This study identified the most common acute inhalation exposure‐related incidents by industry sector among US workers.MethodsTo characterize inhalation‐related injuries and their exposures during April 2011–March 2022, state and federal records from the Occupational Safety and Health Administration (OSHA) Occupational Safety and Health Information System (OIS) accident database were analyzed. Industry‐specific injury, hospitalization, and fatality rates were calculated.ResultsThe most frequent acute inhalation incidents investigated by OSHA were caused by inorganic gases (52.9%) such as carbon monoxide (CO) or acids, bases, and oxidizing chemical agents (12.9%) such as anhydrous ammonia. The largest number of fatal and nonfatal injuries were reported in the manufacturing (28.6%) and construction (17.2%) sectors.ConclusionsWorkers were affected by acute inhalation exposures in most industries. Using this surveillance, employers can recognize frequently‐occurring preventable acute inhalation exposures by industry, such as inorganic gases in the manufacturing sector, and implement prevention measures. Training of workers on exposure characteristics and limits, adverse health effects, and use of protective equipment by exposure agent can prevent inhalation injuries.

Publisher

Wiley

Reference25 articles.

1. TodorovD Reeb‐WhitakerC.Washington State Department of Labor and Industries. Surveillance of toxic inhalation for Washington workers 2017–2020. Safety and Health Assessment and Research for Prevention (SHARP) Program; 2021.

2. Use of Hospital Discharge Data for Surveillance of Chemical-Related Respiratory Disease

3. RosenmanKD ReillyMJ.2021 Annual Reports Tracking Silicosis & Other Work‐Related Lung Diseases in Michigan. Michigan State University Department of Medicine; June 15 2023.

4. Surveillance of acute nonfatal occupational inhalation injuries treated in US hospital emergency departments, 2014–2017

5. Nonfatal work-related inhalations: surveillance data from hospital emergency departments, 1995-1996

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