Accession Number : ADB082020

Title :   The Acute Inhalation Toxicity of Diesel Fuels, MIL-F-46162-Referee Grade I(ARCTIC) and MIL-F-46162 Referee Grade II(Regular), Used in Vehicle Engine Exhaust Smoke Systems (VEESS).

Descriptive Note : Technical rept. Feb-May 80,

Corporate Author : ARMY ARMAMENT RESEARCH AND DEVELOPMENT COMMAND ABERDEEN PROVING GROUND MD CHEMICAL SYSTEMS LAB

Personal Author(s) : Callahan,J. F. ; Crouse,C. L. ; Affleck,G. E. ; Farrand,R. L. ; Dorsey,R. W.

Report Date : JUN 1983

Pagination or Media Count : 79

Abstract : Toxic studies were conducted with rats and guinea pigs to determine acute effects from single exposures to M60A1 tank-generated MIL-F-46162-Referee (Arctic) and (Regular) Grade diesel fuel smoke and/or exhaust clouds under static airflow conditions. Emissions were disseminated with the Vehicle Engine Exhaust Smoke System (VEESS) and exposure periods ranged from 15-180 min in the case of the smoke/exhaust emissions and 60-180 min with the exhausts. At attempted airborne concentrations of 10-12 mg (10,000-12,000 mg/cu m) of the Arctic and Regular Grade diesel fuel smoke/exhaust mixtures and 0.07 mg/1 (70 mg/cu m) of the exhausts; toxic signs (excluding death) were seen after 15- and 60-min exposures to the Arctic grade diesel fuel smoke/exhaust emissions and death was observed at the 180-min exposures. The exhaust emissions from the same fuel caused toxic signs including death after 60- to 180-min exposures. Regular-grade diesel fuel smoke/exhaust caused toxic signs and death in animals after 60- to 180-min exposures, while the exhaust clouds from the same fuel caused toxic signs at 60 min and toxic signs including death at 180 min. Significant respiratory changes are evidenced by pulmonary function tests were observed after 15-min exposures to the smoke/exhaust emissions from either type of Referee Grade diesel fuel and similar effects were seen after 60-min exposures to the exhausts.

Descriptors :   *Toxicity, *Diesel fuels, Inhalation, Smoke, Exhaust gases, Emission, Arctic regions, Exposure(Physiology), Air flow, Guinea pigs, Rats, Blood analysis, Blood chemistry, Physiological effects, Tables(Data), Pulmonary function

Subject Categories : Toxicology

Distribution Statement : APPROVED FOR PUBLIC RELEASE