RI 3508 Diesel Engines Underground, 1, Composition of Exhaust Gas from Engines in Proper Mechanical Condition

The National Institute for Occupational Safety and Health (NIOSH)
John C. Holtz L. G. Berger M. A. Elliott H. H. Schrenk
Organization:
The National Institute for Occupational Safety and Health (NIOSH)
Pages:
59
File Size:
10552 KB
Publication Date:
May 1, 1940

Abstract

"INTRODUCTION Interest in the possibility of using Diesel 6/ engines for haulage power in mining and tunneling is increasing in the United States, owing largely to the reported successful use of Diesel locomotives in European coal mines and to the comparatively recent development of automotive Diesel engines in this country. The extent of this interest has been evidenced to the Bureau of Mines by numerous requests for information as to the factors that must be considered if Diesel engines are to be used safely underground.Proponents of the application of the Diesel engine to underground haulage base their claims for its safety upon a comparison with the gasoline engine, assuming that (1) the carbon monoxide content of Diesel exhaust gas is always low and that (2) fire and explosion hazards from Diesel fuel are minimized because of its low volatility. In these respects the Diesel engine appears less hazardous than the gasoline engine, whose use underground has been discouraged by the Bureau of Mines and other organizations interested in safety in mining. However, such generalizations cannot be accepted as conclusive evidence that safety is inherent in Diesel engines in underground service, as European experience indicates that certain hazards may accompany their use. Such hazards were discussed in a previous publication 7/ that reviews developments in the use of Diesel locomotives in European coal mines.The Bureau of Mines has initiated a study of the hazards that may attend the use of Diesel engines underground to obtain first-hand information that may serve as a basis for recommending sale practices under conditions existing in the United States."
Citation

APA: John C. Holtz L. G. Berger M. A. Elliott H. H. Schrenk  (1940)  RI 3508 Diesel Engines Underground, 1, Composition of Exhaust Gas from Engines in Proper Mechanical Condition

MLA: John C. Holtz L. G. Berger M. A. Elliott H. H. Schrenk RI 3508 Diesel Engines Underground, 1, Composition of Exhaust Gas from Engines in Proper Mechanical Condition. The National Institute for Occupational Safety and Health (NIOSH), 1940.

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